Subject Area Advisors

This page honors the USF and corporate professionals who have either supervised or consulted on interdisciplinary projects involving mathematics during the Fall of 2008 to the present.

24-7 InTouch

Brendan Barnett (1)

1. Profitability through Peak Sales Season    (Elizabeth Dixon, Fall 2015)

91st ARS

Aaron Parsons (1)

1. How Altitude and Time Spent in Best Endurance Flight Relation for the KC-135R    (Brodie Parsons, Spring 2022)

717 Parking Enterprises

Ryan Broome (1)

1. Parking Perfection    (Caleb Winfield, Spring 2015)

3000ad Games

Bobby Brinson (1)

1. Determining the Position and motion of a virtual object    (Eric Sparrow, Spring 2016)

A-Quality Pool Service

Dennis Kutzan (1)

1. Utilizing Matrices in JavaScript to Balance a Chemical Reaction    (Sebastian Arbelaez, Spring 2022)

ABC Home Health Manager

Yelena Chacon (1)

1. Efficiency of Nebulizer Machine    (Ladisleidys Cuellar, Fall 2016)

Abdullah Ibrahim al Sayegh & sons co

Ibrahim Alsayegh (1)

1. Application of calculus in integrated circuits and resonant circuits.    (Abdullah Alaboudi, Spring 2021)

Abo Hilal Institutions

Abdullah Burah (1)

1. Mathematics-Physics Project    (Saeed Alderei, Fall 2018)

Absolute Line Technologies

Ricky Stucky (1)

1. Calculating the volume of material needed to fill voids in a sewer pipe    (Mikal Stucky, Spring 2022)

AC-Structural

Remy Agenor (1)

1. Calculating Fill for I-75 Ramp Expansions    (Davin Hill, Spring 2017)

Academia Britanica Cuscatleca

Sandra De Leon (1)

1. Finding the center of mass of different cups with same base size to determine stability.    (Santiago Escobar Amaya, Spring 2021)

Academic Program Specialist — Undergraduate Program Advisor

Ana Greenspan (2)

1. Employment    (Saif Alnaemi, Spring 2019)
2. Estimation of Anti-Corrosive Coating for the Eiffel Tower    (Mohamed Bienein, Spring 2019)

Accent Marketing

Catrinia Hanlon (1)

1. Call Forecasting for an Inbound Call Center    (Peter Vinje, Fall 2009)

Accurate Drilling Systems

Alex Merlin (1)

1. Length of Electric Pipe in HDD    (Alberto Perez, Spring 2015)

Admissions

Jerome Thomas (1)

1. Regression Analysis of Campus Tours    (Jeremy Abreu, Spring 2014)

Advant-Tech

Neil Pepi (1)

1. Calculation of the Volume of a Light Bulb    (Michael Piekarski, Spring 2012)

Advent Health

Larry Land (1)

1. Monitoring Drug Concentration in Emergency Medicine    (Andrew Woods, Spring 2022)

Advising for Engineering Pre-Majors

Maile Sinclair Baxter (1)

1. Volume of a plant pot    (Demi Oses, Spring 2022)

AECOM

Andrew Lloyd (1)

1. Calculating times of yellow light intervals for intersections on inclines    (Monique Hurley, Spring 2014)

Aerojet Rocketdyne

Paul Jermyn (1)

1. Modeling the Boost Phase of the RS68A Rocket Engine    (August Weber, Fall 2013)

AFS Technologies

Daren McDearis (1)

1. Calculus Behind Cruise Control    (Christopher Gacsy, Spring 2019)

Ajman University of Science and Technology

Mohammed Baloola (1)

1. Formulation of Sieve Analysis of a fine-grained soil    (Saif Alkaabi, Fall 2018)

Aldridge Farms

George Aldridge (1)

1. Land Assessment    (Justin Austin, Fall 2015)

Allcare Medical Consultants

Olivia Sires (1)

1. EFFECT OF ATHEROSCLEROSIS ON BLOOD FLOW    (George Gillespie, Fall 2014)

All Children's Hospital

Amanda Daniels (1)

1. Importance of Proper Dosage Calculations    (Alyssa Kulow, Fall 2014)

Allen Concrete

Elijah Allen (1)

1. Optimization of Handicap Ramp    (Tyler Schilling, Fall 2019)

Alliant Techsystems

John Clancy Jr. (1)

1. The Force of Flooding    (John Clancy III, Fall 2018)

All Pets Clinic

Mauricio Vargas (1)

1. How the Concentration of Amoxicillin Can Identify the Prescription for a Patient    (Leanna Flores-Machado, Spring 2020)

Alpha EMC

Bill Schenebel (1)

1. Lost Valley River Basin    (Ryan Sullivan, Fall 2012)

Alps

Jakob McClelland (1)

1. Controlling Rate of Change Using Proportional Integrals and Derivatives    (Bradley Vint, Fall 2020)

Alston

Brian Isaacson (1)

1. Finding the Total Energy Emitted from Rail Road Bearings    (Christian White, Fall 2020)

Americare Ambulance Service

Michael Maceachon (1)

1. Minimizing Overtime    (Abraham Vargas, Fall 2012)

Amgen

Jerome Olivas (1)

1. Injection Time Using A Compression Spring-Based Auto Injector    (Lauren Hack, Fall 2020)

Ana G. Méndez University

Mary Nelly Soto Malavé (1)

1. Trash bags: the plastic killer    (Emanuelle Torres , Fall 2019)

Ana G. Méndez University & University of Malaga

Mary Nelly Soto Malavé (1)

1. “Can we stop Buruli ulcer?”    (Anelys Figueroa-Soto, Fall 2019)

AnHui JianGong Construction Company

ZhiFeng Tang (1)

1. Optimal production of cement model    (Wentian Guo, Spring 2020)

Animal Health & Husbandry at The Florida Aquarium

Cristy Barrett (1)

1. Observing Survival Rates of the Quarantine Process in Aquarium Fish    (Caitlin Sanders, Fall 2014)

Answers

Ryan Butler (1)

1. Creating a Three Dimensional Supercoiled DNA model with Two Dimensional Layers    (David Decker, Spring 2015)

Anthropology

Amy Gatenbee (1)

1. Tons of Plastic in the Ocean    (Ashley Kuchta, Fall 2019)

Elicia Kimble (1)

1. Time and Growth    (Foday Jaward, Spring 2017)

Jason Miller (1)

1. Population of the US in 2012    (Bich Quyen Nguyen, Spring 2012)

Anytime Fitness Center

Julius Williams (1)

1. Fitness and Calculus    (Adnan Campara, Spring 2015)

Applied Research Associates

David Hust (1)

1. Time of Death    (Jacqueline King, Fall 2013)

APTIM

Donald Lewis; Christopher Parker (1)

1. Leaked Gas    (Murray Alford, Spring 2018)

Aramark

Russell Simonitis (1)

1. Projections at the USF Sun Dome    (Vladimir Valle, Fall 2013)

Arcadis US

Michael DeLoach (1)

1. Using BOD for Safe Activated Sludge Disposal in a Stream    (Lauren Grant, Spring 2013)

Arizona State University

Ashish Khan (1)

1. Determination of red blood cells lost during surgery    (Mohamed Alnaqbi, Fall 2018)

Arkansas University

Davis LaZar Strobel (1)

1. Probability of microbiome stripped damselfish’s offspring    (Kelsey Drummond, Spring 2021)

Arnamy Inc.

Dattatraya Kadam (1)

1. Which type of septic tanks, cylindrical, or conical, are the most efficient and require the least am    (Arnav Kadam, Fall 2020)

ARQ Estudio Arquitectural

Jose Maurcio Abad Castillo (1)

1. Optimizing Area of Fields for a Farm    (Pablo Cabrera, Spring 2015)

Ascension: Anesthesiology Baltimore

Roger Hector (1)

1. On the Area Covered by Contagious Airborne Pathogens    (Ariana Enrique Cardona , Spring 2021)

Ascension Health (Senior Clinical Analyst)

Donald Hill (1)

1. Applying Partial Derivatives to Organ Efficiency with Concern to Body Surface Area    (Paul Darnell, Fall 2016)

ASRC Aerospace

Daniel Wegerif (1)

1. The Bending of a Cantilever Beam    (Van Wegerif, Spring 2011)

AT&T

John Figura (1)

1. Signal Strength of Cell Signals    (Lorenzo Perez, Fall 2010)

Atlantic Respiratory Physicians

Dennis King (1)

1. Krogh-Erlang Tissue Cylinder Model for Capillary Diffusion    (Eugene Pastorius, Spring 2009)

Atlas Aviation

Colin Arnold (1)

1. The Dangers of Lift on Parked Planes: General Aviation Airport Safety    (Robert Malloy, Fall 2020)

Auburndale High School

Rogelio Aleman (1)

1. Melting Ice Cube    (Ryan Smith, Spring 2010)

Automotive Audio/Stereo

John Mcadoo (1)

1. Finding Specific Volume to Minimize Materials Used    (Tyler Kovel, Spring 2012)

Avata Inc.

John Parsons (1)

1. Calculating Reaction Time to Intercept a Missile    (Gabriel Perez, Spring 2013)

B & J Consulting Engineers

Jaime Jaramillo (1)

1. Conditional probability of the BRCA Mutation Gene 1 through Bayes Theorem    (Manuela Jaramillo, Spring 2021)

B.M.E

Bjor Trivino (1)

1. Wankel Rotary Engine    (Maira Agudelo, Fall 2015)

Baekseok University (South Korea)

Youngmi Lee (1)

1. Study of Psychological Tests    (Ye Jin Lee, Spring 2017)

Bakers Footware

Josue Rivera (1)

1. The Women's Footware Store Report    (Stacey Anderson, Fall 2011)

Ball Corporation (Electrical Supervisor)

Paul Stewart (1)

1. Accurate Counting System    (Zachary Stewart, Fall 2016)

Bank of America

Jodi Allen (1)

1. Customer Satisfaction Score Rate in the Financial Institution    (Sheeza Rashid, Fall 2010)

Bartow Regional Medical Center

Debbie Eubanks (1)

1. Productivity of Nursing Paid Hours    (Valerie Lee, Spring 2010)

BayCare

Jeanmarie Scordino (1)

1. Mathematical Analysis of Impact Ankle Brace Overuse    (Amanda Johnson, Fall 2017)

Baycare Outpatient Imaging

Anthony Fatovic (1)

1. Radiation Levels    (Jessica Bernstein, Fall 2013)

Bayfront Health St. Petersburg

Angelica Troncoso (1)

1. Enabling Correct Dosage of the Antibiotic Vancomycin To Prevent Nephrotoxicity    (Lisa Veri, Fall 2013)

Beko Compressed Air Technologies Pvt. Ltd.

Venkateswarlu Renangi (1)

1. Finding the Volume of a Filter and Analyzing the Amount of Withstanding Pressure of a Gas    (Venkata Sai Teja Renangi, Fall 2020)

Bell Hops moving company

Alex Corona (1)

1. Optimal Pairing of Driver to District    (Joshua Ross, Spring 2015)

Bell Shoals Baptist Academy

Zoraya Preseau (1)

1. Traumatic Brain Injury - Are Concussions On the Rise?    (Cory Ringley, Fall 2015)

Greg Preseau (1)

1. Traumatic Brain Injury - Are Concussions On the Rise?    (Cory Ringley, Fall 2015)

Benchmark Environmental Analytics

Michael Graves (1)

1. Modeling of Lionfish Population Growth    (Preston Graves, Spring 2017)

Best Buy

Mike Popowski (1)

1. Best Buy Stock Analysis    (Supakij Ngamwongpaiboon, Fall 2013)

Bill Baggs Cape Florida State Park

Lu Dodson (1)

1. Beach Nourishment Analysis    (Leonor Arencibia, Fall 2018)

Biological Oceanography

Pamela Hallock-Muller (6)

1. Light Measurements at Molasses Reef    (Sofialejandra Bejarano, Spring 2011)
2. The Relationship of Light and it’s Affect on Coral Reefs    (Claudia Burriss, Fall 2010)
3. Light Attenuation at Molasses Reef    (Ashley Earls, Fall 2010)
4. Arsenic and Growth of Amphistegina gibbosa    (Elise Keister, Fall 2009)
5. Light Measurements in West Florida Shelf Waters    (Ja Seng Nan, Spring 2014)
6. pH change in Seawater    (Elizabeth Stoever, Fall 2011)

Biomechanic Sports Specialist for Olympic Athlete Development

Pamela Hopkins (1)

1. Running Efficiently    (Jacob Hensley, Fall 2019)

Boasso Global

Joseph Troy (1)

1. The Derivation of Thrills    (Michael Troy, Spring 2022)

Boat Club

Richard Bickhardt (1)

1. Investigating the Hydrostatics of a Boat Hull    (James Leworthy, Spring 2011)

BobCAD-CAM

Nick Bischoff (1)

1. The Application of Calculus to Aerodynamics    (Nicholas Arana, Fall 2019)

Boca Ciega High School

Robert Lynch (1)

1. Computational Differentiation Used for Epidemiology: Prediction and Approximation    (Devin Pratt, Spring 2020)

Boeing Company in Stennis

Paul Jermyn (1)

1. Modeling the Volume and Temperature of a Rocket Engine Tank    (August Weber, Spring 2013)

Bond Auto Sales

Andy Chimo (1)

1. Increase profit car sales with respect to rebate    (Omar Quezada, Spring 2019)

Braden River High School: Technology

Gilbert Burlew (1)

1. Calculus with Constant Acceleration - Airplane Runways    (Josh Bolan, Fall 2015)

Brandon Equine Medical Center

Steffani Kowalczyk (1)

1. Use of the SIR Epidemic Model to Predict the Infection Rate of Strangles in the State of Florida    (Caroline Wagstaff, Spring 2018)

Brandon Regional Hospital

M. Gonzalez (1)

1. Applied Calculus in the Emergency Room    (Nikita Nersian, Spring 2010)

Bristol Myers Squibb

Mark Ramos (1)

1. Systems Engineer Response Time to Chromatography Experimentation Labs    (Ariana Ramos, Spring 2020)

Busch Gardens Tampa

Kevin Berube (1)

1. Roller Coaster Jerk    (Perry Fisher, Spring 2013)

Fred Gauna III (1)

1. The Future of the Rhino    (Nathan Jordan, Fall 2013)

Jeff Hornick (1)

1. Roller Coasters Need Calculus Too!    (Christina Marshall, Spring 2011)

Dominique Keller (1)

1. Comparison of Pharmacokinetics in Sheep and Goats    (Cheyenne Canal, Fall 2019)

Jonathan Kelly (1)

1. A Cheetah Dilemma    (Christopher Noyce, Fall 2012)

Christopher Noyce (1)

1. Comparing Animal Weight to Sedative Amount    (Desmond Brown, Fall 2018)

Anthony Perry (1)

1. Simulation of a Roller Coaster    (John Brautigam, Spring 2012)

Business Administration

Janice Forman (1)

1. Distribution of Graduation Applications in the College of Business    (Michael Elkins, Fall 2013)

Justin Lewis (1)

1. Cluttered Desk    (Fernando Tolon, Fall 2016)

C. Gordon Griffith Comprehensive Cancer Center

Myriam Chaves (1)

1. Dosimetry Calculations of Radiopharmaceuticals in Nuclear Medicine    (Kelbe Jahnke, Fall 2010)

Cabana Construction of SWFL

Kenneth John Cabana (2)

1. Arc Length of a Pipe Needed for a Directional Drill    (Kenneth Cabana , Spring 2011)
2. Job Site Optimization Cost Efficiency Problem    (Kenneth Cabana, Spring 2012)

Cabrera Services Inc.

Michael Winters (1)

1. Radioactivity: Internal Radiation    (Erika Winters, Fall 2015)

CAE

Michael Eggleston (1)

1. Runtime Analysis of an Algorithm    (Daniel Untiveros, Fall 2014)

David Montalvo (1)

1. Optimizing the Shape of a Simulator    (Raphael Montalvo, Fall 2011)

Calculus Textbook Authors

James Stewart and Troy Day (1)

1. Covid-19 Infection Rate in Relation to Quarantine and Vaccine Efficacy    (Devin Keeley, Fall 2020)

Canadian Navy

Darryl Bruce (1)

1. Uptime of Proc Per Minute vs. Internal Cool Down    (Caelen Burke, Fall 2014)

Capital One

Adam Cordle (1)

1. Customer Satisfaction    (Erik Perez, Fall 2012)

Care Plus Walk-In Clinic

Ellisa Mills (1)

1. Dosage Calculation and Drug Concentration over Time    (Amanda Sanchez, Fall 2014)

Castillo Lawn Service

Carmelo Castillo (1)

1. Calculus Helps Maintain Crops Healthy    (Maritza Castillo, Spring 2012)

CB&I, Boca Raton

Ben Alcocer (1)

1. Dive Profiles: The Varying Permeability Model    (Mathew Gibson, Spring 2013)

Cekura A/S

Viacheslav Shepelev (1)

1. Design of Electric Engines for Bicycles    (Anton Shepelev, Spring 2019)

Cell Biology, Microbiology, and Molecular Biology

Neil Copes (1)

1. Development of Analytic Tools for Green Florescent Protein (GFP) Health Span Curves of Caenorhabditi    (David Lipps, Spring 2014)

Ioannis Dogaris (1)

1. Accurate Depiction of Mannochloris oculata Growth Curve    (Jeffrey Cox, Fall 2014)

Kelly Leach (1)

1. Repetition and Retention    (Insiya Ezzi, Spring 2012)

Yadang Li (1)

1. Finding an Equation Between the Pouring Angle and Volume Regarding to the Coffee Pot    (Cha Ma, Spring 2016)

Hamed Mirzaei-Souderjani (1)

1. Necessity of an Immune System via Viral Replication Model    (Danny Rivera, Spring 2013)

Meera Nanjundan (1)

1. Population Growth Modeling of Infectious Diseases Using the SIR Model    (Giovanni de Vivo, Fall 2012)

Sameer Varma (1)

1. Stochastic Approach in the Field of Neuroscience    (Mohammadali Alishahedani, Fall 2013)

Cemenos Argos S.A.

Gary De La Rosa Sr. (1)

1. Finding the Volume of a Material Inside a Silo    (Gary De La Rosa, Spring 2013)

Centene

Angel Greene (1)

1. Growth of Healthcare Spending    (Tranise Wilson, Fall 2014)

Centene Technologies

Andrew Oustimov (1)

1. Gradient Descent in Machine Learning    (Lleyton Fischer, Fall 2020)

Center for Assistive-Rehabilitation and Robotics Technologies

Urvish Trivedi (1)

1. Virtual Analyzer    (Piyush Manjhi, Spring 2020)

Center for Biocalculus and Statistics

Erin Leone (1)

1. Alligator Growth can Correlate to Age    (Jordan Hughes, Fall 2016)

Center for Leadership & Civic Engagement

Amy Simon (1)

1. Storybook Forest    (Andres Rodriguez, Fall 2008)

Center of Excellence for Aging and Brain Repair

Diana Hernandez (1)

1. Splenic Expression of CD-36 in a Rat Model of Traumatic Brain Injury    (Diego Lozano, Spring 2014)

CEO Access Healthcare

(1)

1. Save a Life by Thinking Twice    (Sophia Hostetler, Fall 2019)

CEO of Istaqim Design Company

Rasha Abu Olaim (1)

1. Irregular Shaped Roof Involving the Area Between Curves    (Omar Alkhawaldeh, Fall 2020)

CEO of Storm Group Entertainment

Haley Evans (1)

1. Maximizing Profit for a Concert    (Dylan Simoncelli, Fall 2017)

CEO of Suntech Brazil

Ricardo Ito (1)

1. Corn Bin Experiment    (Murilo Ito, Spring 2021)

CFM SmartVent

Jim Watt (1)

1. Why Flood Vents are Necessary to Protect your Home ?    (Kathryn Harring, Fall 2020)

Chemical & Biomedical Engineering

Christopher Passaglia (1)

1. Emergency Planning and Resource Allocation in Hospitals Using Calculus and Regression Models    (Nushaier Alavi, Fall 2020)

Souheil Zekri (1)

1. Exploring Rate of Fermentation via Integration    (Muskaan Punjabi, Fall 2019)

Mohammad Abutayeh (2)

1. Global Average Temperature using Newton's Law of Cooling    (Abdulla Alnuaimi, Fall 2019)
2. Passive Vacuum Solar Flash Desalination    (Davorin Cancarevic, Spring 2009)

Olukemi Akintewe (2)

1. The Brachistochrone    (Patryk Gasior, Spring 2020)
2. Hyperelastic Bone Involving the Washer Method    (Kristin Jones, Spring 2020)

Norma Alcantar (3)

1. The Sieve Analysis of a fine-grained soil    (Said Aldughaishi, Fall 2019)
2. Calculations on Coffee Cups    (Sofiya Cherepanova, Spring 2015)
3. Van der Waals Equation at Constant Pressure    (Jennifer Wedebrock, Spring 2009)

Parveen Bazard (1)

1. Infrared Stimulation of Auditory Neurons    (Cesil Alex, Fall 2016)

Clayton Beardsley (2)

1. Momentum Transfer and Fluid Flow    (Garrett Craft, Fall 2008)
2. Reaction of Sodium Hydroxide and Crystal Violet    (Andrew Wantland, Fall 2008)

Dustin Begosh-Mayne (1)

1. Oral Drug Absorption    (Camilla Pessoa-Brito, Fall 2011)

Venkat Bhethanabotla (1)

1. Determining Size and Concentration of Gold Nanoparticles via Ultraviolet-Visible Spectrophotometer    (Sanim Rahman, Fall 2015)

Scott Campbell (587)

1. Optimal Operation of an Evaporator    (Rihana Aboulhosn, Fall 2013)
2. Maximum Power Point of a Solar Cell    (Eyad Abuimaish, Spring 2012)
3. Waterline of a Barge    (Timothy Aikins, Spring 2012)
4. Barge Waterline    (Timothy Aikins, Fall 2012)
5. Cable Tension and Shape on a Suspension Bridge    (Ahmed Al-Khalil, Fall 2012)
6. Specification of a Hot Water Heater    (Zaed Al-Mousily, Fall 2008)
7. Effect of Air Resistance on a Soccer Ball    (Tasfiq Alam, Spring 2014)
8. Bicycle Speed Through Different Gears and Drag    (Gregory Alba, Spring 2012)
9. Optimization of a water gas shift reaction    (Ali Albuloushi, Fall 2017)
10. Arc Length Estimation Program    (Robert Aldridge, Fall 2011)
11. Road up a mountain    (Wesam Ali, Fall 2013)
12. Revolving Diamond Trimmer Blade    (Sean Allen, Spring 2009)
13. Review of Kinetic and Thermodynamic Modela for Pyrolisis and Polymerization Reactions    (Yassmin Almashmoom, Fall 2019)
14. Blood Glucose Levels    (Hiba Alqasemi, Spring 2012)
15. Reaction Forces on a Beam with a Distributed Load    (Joshua Alston, Spring 2009)
16. Optimal Manufacturing Strategy For Multiple Products    (Erick Altamirano, Fall 2012)
17. Weight and Surface Area of a Prosthetic Limb    (Jason Alvarez, Fall 2012)
18. Effect of Tire Size on the Acceleration of a Monster Truck    (Hussam Alzamzami, Fall 2012)
19. Pasteurization of Milk    (Alejandro Barbosa Alzate, Spring 2010)
20. Insulated Furnace    (Tom Angelina, Spring 2010)
21. Modeling of Peritoneal Dialysis    (Dajana Antonic, Spring 2012)
22. Optimization of a Heat Exchanger    (Jose Aparicio, Fall 2008)
23. Skidding Distance on Wet and Dry Roads    (Christopher Apple, Spring 2012)
24. Optimization of a Chemical Reactor Train    (Christopher Aquino, Spring 2014)
25. Optimization of a Wood Pressure-Treating Process    (Isabel Arango, Spring 2010)
26. Design of a Semi-Circular Hopper    (Jessica Arce, Spring 2011)
27. Optimum Gear Ratios for a Human-Powered Vehicle    (Jessica Arce, Spring 2012)
28. The Recovery of the Anesthetic Isofluran    (Trimicia Archibald, Fall 2008)
29. Calculation of Imaging Projections    (Trimicia Archibald, Spring 2010)
30. Oxygen Sag in a River    (Shaara Argo, Spring 2009)
31. Optimal Manufacturing Strategy for Three Products    (Andrea Arnstein, Fall 2013)
32. Optimizing A Vessel    (Andrea Arnstein, Spring 2013)
33. Polytropic Processes in a Compression-Ignition Engine    (Josh Ash, Fall 2010)
34. Energy Output from a Solar Panel    (Anthony Ash, Spring 2011)
35. Escape Velocity    (Daniel Ashley, Fall 2009)
36. Rayleigh Distillation    (Mason Ashori, Fall 2010)
37. Lift Capacity of a Helium Balloon    (Austin Atkins, Spring 2010)
38. Predicting Outcomes of a Drug Overdose    (Chris Atteridge, Spring 2013)
39. Transportation of Machinery through a Confined Space    (Diana Atwood, Spring 2009)
40. Optimization of a Water Purification Process    (Christopher Bahamundi, Fall 2011)
41. Optimization of a Paint Mixer    (Christopher Bahamundi, Spring 2012)
42. Modeling of Interperitoneal Volume    (Lucia Baker, Fall 2010)
43. Design of a Resistive Heating Circuit    (Lucia Baker, Spring 2011)
44. Open Triangular Channel Flow    (Spencer Baker, Fall 2011)
45. Groundwater Remediation through Air Stripping    (Milva Ballester, Spring 2013)
46. Air Resistance on a Golf Ball    (Ryan Balzer, Fall 2010)
47. The Aerodynamics of Frisbee Flight    (Kathleen Baumback, Fall 2010)
48. Designing the Intersection of Two Streets    (Travis Bautista, Fall 2011)
49. Fill Needed for a Highway Exit Ramp    (Timothy Bayne, Spring 2014)
50. Unsteady Temperature Distribution in a Sphere    (Frank Beaulieu, Spring 2010)
51. Sizing of an Ammonia Discharge Tank    (Tuliagenda Beckfords, Spring 2011)
52. Calculating the Center of Gravity    (Christopher Bell, Fall 2008)
53. An Algorithm for Rayleigh Distillation    (Brian Berg, Spring 2009)
54. Isentropic Compression using Newton's Method    (Michael Bernard, Spring 2009)
55. Inventory Management    (Haley Beutler, Spring 2012)
56. Optimization of an Agitated Extractor    (Haley Beutler, Fall 2012)
57. Maximum Efficiency of a Wind Turbine    (Marisa Blackwood, Spring 2014)
58. Evaluation of Mass Moment of Inertia of a Thin Plate    (Andres Blanco, Fall 2010)
59. Pressure-Time Curve and Work Done for a Compression-Ignition (CI) Engine    (LeeMarie Bocanegra, Spring 2012)
60. Depostion of Silicon Dioxide    (Adrian Bociu, Fall 2010)
61. Power Generated by a Compression-Ignition Engine    (Michael Bornick, Spring 2010)
62. AC Transients in an RC Circuit    (Francine Bouyett, Spring 2012)
63. Model For Facial Cooling    (Taylor Bowen, Spring 2014)
64. Simulation of a Roller Coaster    (John Brautigam, Spring 2012)
65. Capillary Density    (Morgan Brazel, Fall 2011)
66. Optimization of a Chemical Reactor Train    (Austin Breitenstein, Fall 2017)
67. Shear and Bending Moments Diagrams    (Patrick Brengle, Fall 2010)
68. Kinetics of Atmospheric NOx Reactions    (Amy Broadwater, Fall 2012)
69. Shear Force and Bending Moment in a Beam    (Bradley Broncati, Spring 2012)
70. Locating Stresses Developing in a Beam    (Jeremy Brown, Spring 2009)
71. Using Calculus to Interpret Time Varying Accelerations    (Brad Buckles, Spring 2012)
72. Open Channel Flow    (Tu Bui, Spring 2010)
73. Radar (Speed) Gun Physics    (Anthony Bunn, Fall 2013)
74. Modeling Blood Alcohol Content    (Krystal Burton, Fall 2013)
75. An Application of Euler’s Method Evaluating Nitrogen Oxides (NOx)    (Melissa Butcher, Fall 2010)
76. Application of Integration and 3-Dimensional Modeling for Solar Insolation    (Melissa Butcher, Spring 2011)
77. Arc Length of a Pipe Needed for a Directional Drill    (Kenneth Cabana , Spring 2011)
78. Job Site Optimization Cost Efficiency Problem    (Kenneth Cabana, Spring 2012)
79. Optimization of a Curing Process    (Alexa Cabrera, Fall 2012)
80. Electrical Efficiency of a Solar Cell    (Johnnie Cairns, Spring 2015)
81. Design of a Rainwater Catchment System    (Neil Cammardella, Fall 2011)
82. Lift Capacity of a Helium Balloon    (Enkai Cao, Fall 2011)
83. Stress Distribution of a Beam Under a Load    (Juan Cardenas, Fall 2009)
84. Using Calculus to Model the Growth of L. Plantarum Bacteria    (Erin Carey, Spring 2009)
85. The Gompertz versus the Logistical Equations    (Erin Carey, Fall 2009)
86. Insulation Thickness of Small Steam Tubes    (Zamia Carey, Spring 2010)
87. Aerodynamics of an Inverted Airfoil    (Lucas Carita, Fall 2010)
88. Aerodynamics of an Airfoil    (Lucas Carita, Spring 2011)
89. AC Transients in a RC Circuit    (Austin Carlson, Spring 2014)
90. Shape of an Irregular Room    (Derek Carman, Spring 2011)
91. AC Transients in an RC Circuit    (Anne Carpenter, Fall 2010)
92. Analysis of a Band Pass Filter    (Anne Carpenter, Spring 2011)
93. Engine Horsepower    (Ernest Carr, Fall 2011)
94. Empying of a Tank using Torricelli Equation    (David Carson, Spring 2009)
95. Optimum Thickness of Furnace Insulation    (Jaime Carter, Fall 2008)
96. Evaporation of Xylene    (Lynn Carter, Spring 2011)
97. Using Gompertz Model to Compare the Growth Curve of Two Bacterias    (Mervyn Cedre, Fall 2011)
98. Reaction Forces on a Beam With a Distributed Load    (Kashun Chan, Fall 2010)
99. Shear Force and Bending Moment in a Beam    (Kashun Chan, Spring 2011)
100. Specifying a Vertical Sag Curve for a Roadway    (Kaiwen Chen, Fall 2012)
101. Shear Force and Bending Moment in a Beam    (Philip Chorath, Fall 2010)
102. Simulation of a Band Pass Filter Circuit    (Jordan Chronister, Spring 2012)
103. Naphthalene Oxidation in a Plug Flow Reactor    (Jordan Church, Spring 2012)
104. Effect of Tire Size on the Acceleration of a Monster Truck    (Mattias Ciabatti, Spring 2012)
105. Optimum Thickness of Furnace Insulation    (Victor Cimino, Spring 2013)
106. Oxygen Depletion in a River    (Giovanna Claiborne, Spring 2013)
107. Open Triangular Channel Flow    (Madison Clark, Fall 2010)
108. Optimization of a Long Distance Oil Pipeline    (Khalid Clarke, Fall 2010)
109. Electrical Efficiency of a CuInGaSe2 Solar Panel    (Brittany Clift, Spring 2013)
110. Determination of Azeotropy    (Kyle Cogswell, Spring 2009)
111. Sizing a Dragster Parachute    (Darrell Coleman, Spring 2011)
112. Optimization of a Variocyclic Water Purification Process    (John Collins, Spring 2010)
113. Naphthalene Oxidation in a Plug Flow Reactor    (Steffan Conboy, Spring 2015)
114. Optimizing an Open Channel    (Thomas Conlon, Spring 2009)
115. Building a Properly-Sized Storage Tank    (Thomas Conlon, Fall 2008)
116. Controlled Release of Drugs    (Patrick Cooper, Spring 2016)
117. Voltage Smoothing with a Capacitor    (Martin Copello, Spring 2012)
118. Hydrolysis of Acetic Anhydride in a CSTR    (Veronica Coraci, Spring 2014)
119. Evaporation of Volatile Organics from Basins in Series    (John Correa, Spring 2013)
120. Blood Alcohol Content    (Melina Coto, Fall 2010)
121. The Study of Breast Carcinoma in Mice    (Tiana Courchaine, Spring 2010)
122. Finding Areas: Baseball Field    (Jacob Courchaine, Spring 2012)
123. Optimization of a Water Gas Shift Reaction    (Evan Crall, Spring 2012)
124. Optimum compression ratio for an Otto cycle engine    (Richard Curtis, Spring 2013)
125. Diffusion of Sodium into Silicon dioxide    (Richard Curtis, Spring 2014)
126. Sizing a Dragster Parachute    (Kevin D'Angelo, Spring 2010)
127. Optimal Pipe Diameter for Pumping a Viscous Fluid    (Crystal D'Orville, Fall 2011)
128. Optimization of a Heat Exchanger    (Alexander Dalzell, Spring 2012)
129. Pressure, Volume, and Work Done in an Internal Combustion Engine    (Erik Davila, Spring 2014)
130. Geothermal Turbine Power Maximization    (Zachary Davis, Spring 2012)
131. Specification of a caliper disc brake    (Timothy Davis, Fall 2015)
132. Plotting Shear Force and Bending Moment Diagrams    (Mellanie de Mata, Spring 2011)
133. Reaction Order And Rate Constants In Chemistry    (Stephanie Dean, Fall 2010)
134. Energy Produced from a Solar Panel    (Christopher Delgado, Spring 2014)
135. Acceleration Profile for Rail Transit    (Christopher Denton, Fall 2008)
136. Effect of Air Resistence on a Bullet    (Christopher Denton, Spring 2010)
137. How's it hanging? – The Power Line Catenary    (Ryan Deputy, Spring 2012)
138. Effects of Pressure Changes on a Gas Power Cycle    (Brendan Deuble, Fall 2009)
139. Joule-Thomson Cooling of CO₂    (Brendan Deuble, Spring 2010)
140. Total Energy from a Solar Panel    (Naval Dhawan, Fall 2010)
141. Optimization for Producing Multiple Products    (Jose Diaz, Spring 2012)
142. Force at Two Points    (Amy Dodson, Spring 2009)
143. Optimization of Three Crops    (Alyssa Domek, Fall 2011)
144. Using an Inductor to Moderate Load Current    (Seth Donelson, Spring 2009)
145. Prosthetic Limb Cover Sleeve(s)    (Ryan Dorofee, Spring 2010)
146. Specifying the Size of a Parachute    (Anna Douglas, Fall 2009)
147. Optimum Size of a Pressure Vessel    (John Duhaime, Spring 2009)
148. Power Required for a Steam Compressor    (Wade Duncan, Spring 2009)
149. Volatilization Of Benzene In A River    (Eric Dunlop, Spring 2012)
150. Pipeline Optimization    (Emily Dutton, Fall 2011)
151. Heat flux from a Square Beam    (Olisa Echeazu, Spring 2009)
152. Temperature Distribution in a Cylindrical Bar    (Natalie Edinger, Fall 2011)
153. Heat Flow into a Semi-Infinite Solid    (Natalie Edinger, Spring 2012)
154. Oxygen Depletion in a River    (Ruth Edwards, Fall 2010)
155. Analysis of Shear and Bending Moment Values    (Ruth Edwards, Spring 2011)
156. Optimization of a Geothermal Turbine    (Jordan Egg, Spring 2013)
157. Optimum Location of a Power Plant    (Maria Ehrlich, Spring 2012)
158. AC Transients in an RL Circuit    (Maxwell Eickholt, Spring 2012)
159. Optimum Location of a Power Plant    (Maxwell Eickholt, Fall 2012)
160. Analysis of an Adiabatic Plug Flow Reactor    (Justin Eisenmann, Spring 2013)
161. Computer Simulation and Bridge Design    (Benjamin Ellison, Spring 2010)
162. Modeling of Peritoneal Dialysis    (Hassan Elzayat, Spring 2011)
163. Power Generated by a Compression-Ignition Engine    (Matthew Endres, Fall 2010)
164. Comparison of First Gear Performance for Manual and Standard Transmissions    (Matthew Endres, Spring 2011)
165. Oxygen Sag in a River    (Ryan Eppler, Fall 2011)
166. Optimization of an Open Trapezoidal Channel    (Ryan Eppler, Spring 2012)
167. Optimization of a Vessel    (Perla Espinoza, Fall 2011)
168. Fill Needed for a Highway Overpass    (Perla Espinoza, Spring 2012)
169. Optimization of a Long Distance Oil Pipeline    (Michael Esteban, Spring 2011)
170. Capillary Spacing    (Carlos Estela, Fall 2010)
171. Blood Glucose Levels    (Carlos Estela, Spring 2011)
172. Temperature Distribution in a Square Beam    (Dustin Eyers, Spring 2009)
173. Internal Combustion Engines: Modeling Internal Temperature as a Function of Time    (Garrett Fandrich, Spring 2022)
174. Average Temperature of a Sphere as a Function of Time    (Lee Farrell, Spring 2009)
175. Joule-Thomson Inversion Temperatures    (Mike Favero, Fall 2011)
176. Collection of Nitrate in a Denuder    (Hannah Feig, Fall 2008)
177. Analysis of a Turbojet Engine    (Timothy Feldmann, Spring 2014)
178. Product Optimization    (Austin Figler, Fall 2009)
179. Optimization of a Batch Process    (Austin Figler, Spring 2009)
180. Optimization of a water gas shift reaction    (Christian Figueroa, Spring 2015)
181. Evaporation by a Well-Mixed Basin    (Andrew Filippi, Spring 2010)
182. Analysis of Radioactive Decay of Uranium 238    (Lynn Fischer, Spring 2014)
183. Average Temperature in a Cylinder    (Nicholas Flammia, Spring 2009)
184. Optimal Pipe Diameter    (Glen Flores, Fall 2008)
185. Optimum Compression Ratio for an Otto Cycle Engine    (Andrew Flores, Fall 2011)
186. Simulation of Model Rocket Flight    (Lauren Forst, Fall 2012)
187. Benzene Volatilization from a River    (Caitlin Frank, Fall 2010)
188. Temperature Distribution in a Cylindrical Bar    (Christopher Frazier, Fall 2012)
189. Material Markup & Exponential Growth    (Michael Friedman, Fall 2015)
190. Model Rocket Predicted Altitudes    (Joseph Frye, Fall 2011)
191. Vector Calculator    (Joseph Frye, Spring 2012)
192. Insulation Thickness for a Micro-Reactor    (Melanie Gallegos, Spring 2012)
193. Average Temperature in a Square Beam    (Michal Galus, Spring 2009)
194. Buoyant Force    (Justin Geerdes, Fall 2010)
195. Diffusion of Copper into Silicon    (Francis Gelderloos, Spring 2009)
196. Time to Drain an Oil Storage Tank    (Christin Gentz, Fall 2012)
197. Designing a Freight Elevator    (Zachary Ghalayini, Spring 2012)
198. Minimizing Reservoir Costs    (Daniel Gibney, Spring 2014)
199. Acceleration on a Bungee Ride    (Wesley Gibson, Fall 2011)
200. Optimization of a Fuel Cell Electrode    (Ryland Gifford, Spring 2016)
201. Reaction Forces on a Structure with a Moving Load    (James Gillespie, Fall 2010)
202. Optimization of a Fuel Cell    (Eduardo Gines, Spring 2017)
203. Solar Cell for use in Space    (Ryan Gittens, Fall 2012)
204. Average Temperature in a Steel Bearing During Quenching    (Ryan Gittens, Spring 2013)
205. Analysis of Adiabatic Batch Reactor    (Erald Gjonaj, Spring 2014)
206. Reaction Forces on a Beam With a Distributed Load    (Madeline Glassman, Fall 2013)
207. Joule-Thomson Coefficient    (Daniel Gomez, Spring 2010)
208. Design of a Spiral Walkway    (Maria Gomez Gomez, Fall 2012)
209. Pressure-Time Curve in a Compression-Ignition (CI) Engine    (Xavier Gonzalez, Spring 2010)
210. Hydrolysis of Acetic Anhydride in a CSTR    (Andre Gooden, Fall 2010)
211. Ballast Required for a Buoy    (Maxim Gordeev, Spring 2013)
212. Temperature Profiles in Lake Redman    (Stacia Gorniak, Spring 2010)
213. Resonance in an Undampened Spring-Mass System    (Blair Gramentz, Fall 2009)
214. Statistical Optimization of the Increase of Aerodynamic Effectiveness and Efficiency at Low Reynold    (David Grant, Fall 2010)
215. PV Chart to Horsepower Conversion    (Aaron Grierson, Spring 2011)
216. Horsepower of an Diesel Engine    (Darrell Griffin, Fall 2014)
217. Sequential Reactions in a CSTR    (Michael Grillo, Fall 2013)
218. Effect of Wheel Size on Acceleration of Vehicle    (Joshua Grohman, Spring 2011)
219. Buoy Dynamics in Subsurface Zones    (Randy Guillen, Spring 2009)
220. Time to Fill an Elevated Storage Tank    (Amit Gulati, Spring 2012)
221. Sag in Power Lines    (Ajay Gulati, Fall 2012)
222. Resonance in a Suspension System    (Tyler Guthrie, Spring 2012)
223. Moderation of flow using a Storage Tank    (Daniel Hagan, Spring 2009)
224. Optimization of an Open Circular Channel    (Sebastian Hagn, Spring 2011)
225. Rayleigh Distillation    (Hunter Hajaistron, Fall 2013)
226. Logarithmic Spiral Roller Coaster    (Walker Hall, Fall 2019)
227. Optimization of a Wall Built on a Slope    (John Hanna, Spring 2011)
228. Temperature Distribution in a Cylindrical Bar    (Brooke Harris, Spring 2013)
229. Spring and Dampening Behavior    (Kyle Heer, Fall 2010)
230. Effects of Air Resistance on a Baseball    (Steven Helak, Fall 2009)
231. Optimum Location of an Oil Storage Facility with Different Supply Rates    (Nathan Henderson, Spring 2011)
232. Steady State Temperature Distribution in a Bar    (Tiffaney Hicks, Spring 2009)
233. High and Low Pass Filters    (Tiffaney Hicks, Spring 2009)
234. Analysis of a Turbojet Engine    (Jonathan Hilliard, Spring 2012)
235. Calculation of Centroids    (Nicole Hoffman, Fall 2012)
236. Volume of Gas Tank Calculus Real World Application    (Alexander Hoffman, Fall 2013)
237. Determining the Optimum Number of Ordering Cycles    (Brian Holloway, Spring 2013)
238. Viscous Dampening Spring-Mass System    (Wesley Homenda, Spring 2010)
239. Using a Capacitor to Moderate Load Voltage    (Bryce Hotalen, Spring 2009)
240. Optimization of a Shipping Crate    (Wentao Hu, Fall 2012)
241. Calculating the Drag Coefficient of a Parachute for a Dragster    (Evan Hunt, Fall 2009)
242. Power Generated by SI Engine    (Evan Hunt, Spring 2010)
243. Predator-Prey Modeling    (Shaza Hussein, Fall 2010)
244. Sizing of a Surge Tank    (Jimmy Hutto, Fall 2009)
245. Calculation of Centroids in Irregular Shaped Objects    (Marc Isaac, Fall 2014)
246. Simulation of a Thrill Ride    (Humberto Isaza, Spring 2012)
247. Soccer Ball Ballistics    (Kaitlin Ivy, Fall 2011)
248. Optimization of a paint mixer    (Salim Jahlna , Fall 2016)
249. Critical Dampening in an RLC Circuit    (Frank James, Spring 2009)
250. Optimizing a Fuel Cell    (Gefthe Jean Philippe, Spring 2014)
251. Reaction Forces on a Beam with a Distributed Load    (Tite Jean-Philippe, Spring 2013)
252. Horsepower    (William Jensen, Fall 2010)
253. Weight and Surface Area of a Prosthetic Limb    (Jonathan Jones, Spring 2013)
254. Optimization of a Fuel Cell    (Kerry Judson, Fall 2010)
255. Shape of a Roller Coaster for the Minimum Time of Travel    (Stacy Kam, Spring 2014)
256. Optimization of a Water Purification Process    (Daniel Kamsler, Spring 2010)
257. The Effect of Air Resistance on a Golf Ball    (Brecken Kanz, Fall 2013)
258. Finding the Centroid and Center of Mass    (Kris Karanxha, Spring 2014)
259. Temperature Distribution in a Cylindrical Bar    (Jordan Katz, Spring 2009)
260. Minimum Cost of an Oil Pipeline    (Quinn Keenan, Spring 2011)
261. Reaction Forces on a Structure with a Moveable Load    (Zachary Keller, Spring 2010)
262. Water Optimization    (Nicholas Keller, Spring 2012)
263. Flow Rate of a Cylindrical Tank    (Elizabeth Kenworthy, Spring 2014)
264. Sizing of a Storage Tank Outlet    (Elizabeth Kenworthy, Fall 2014)
265. Glucose Level Model    (Kaitlin Kidd, Fall 2013)
266. Optimizing Engine Efficiency with the Rotational Inertia of a Flywheel    (Gregory Klein, Spring 2014)
267. Power From A Geothermal Source Using The Brayton Cycle    (Sina Koochakzadeh, Spring 2010)
268. Optimization of Power in a Circuit    (Ryan Kornegay, Spring 2010)
269. Phase Compositions in Vapor-Liquid Equilibrium via the Coexistence Equation    (Edward Krause, Spring 2009)
270. Simulation of Model Rocket Flight with Estes B6 Engine    (Daniel Kresge, Fall 2012)
271. Food Sterilization with Temperature Ramping    (Shayna Kriss, Spring 2010)
272. Analysis of Blood Alcohol Content Data    (Shayna Kriss, Fall 2010)
273. Tuning A Circuit To An External Frequency    (Garrett Krotee, Spring 2012)
274. Time to Fill an Elevated Storage Tank    (Yevgeniya Kudinova, Spring 2010)
275. Building the Most Buoyant Boat    (Michael LaDuke, Fall 2008)
276. Optimum Location of a Power Plant    (Evens Lambert, Fall 2011)
277. Bicycle speed through different gears with drag    (Ian Larson, Fall 2018)
278. Silver Nanoparticle Saturation of Clay Pot Water Filters    (Candace Lawrence, Spring 2013)
279. Sizing a Dragster Parachute    (Sarah Lawrence, Spring 2013)
280. Ballistics: Euler's Method and Air Resistance    (Kevin LeBlanc, Fall 2012)
281. A Thrill Ride in Free Fall    (Robert Leda, Spring 2011)
282. Work From A Stirling Cycle    (Elizabeth Lee, Spring 2013)
283. Analysis of Sequential Chemical Reactions    (Jacqueline Lehmann, Spring 2009)
284. Transfer of Heat in a Cylindrical Bar    (Bryan Lendzian, Fall 2009)
285. Filling a Water Tank    (Devin Leon, Spring 2009)
286. Controlled Release of a Drug    (Zoe Leonarczyk, Spring 2013)
287. Design of a Cooling Bath    (Alex Leonard, Fall 2010)
288. Absorption In a Packed Column    (Alex Leonard, Spring 2011)
289. Efficiency of Otto Cycle as a Function of Compression Ratio    (Derrick Lewinson, Fall 2009)
290. Car Suspension Meets Speed Bumps    (Derrick Lewinson, Spring 2011)
291. Voltage Smoothing with an L-Section    (Calvin Likens, Spring 2012)
292. Unsteady Temperature Distribution in a Wall    (Daniel Lizardi, Fall 2011)
293. Balloon Lift    (Jonathan Lowery, Spring 2012)
294. Modeling of Intraperitoneal Volume    (Despina Lucas, Spring 2013)
295. Simulation of an RL Circuit    (Jordi Lucero, Spring 2009)
296. Blood Alcohol Content    (Chris Ludwin, Spring 2011)
297. Total Energy of a Solar Panel    (Marcos Lugosantiago, Fall 2012)
298. US Oil Reserves and Peak Oil    (Trang Luong, Spring 2012)
299. Diffusion of Oxygen into a Hydrogel    (Arianna Lupo, Fall 2012)
300. Power Requirement for Compression of Air    (Scott Lyon, Fall 2008)
301. Sizing a Parachute    (Adam Lytle, Spring 2009)
302. Calculating Work Done to Pull Coal Out of a Mine Shaft    (Tyler MacDougall, Fall 2013)
303. Touch Screen Centroid    (Erik Madsen, Spring 2010)
304. Using a Capacitor to Moderate Load Voltage    (Zachery Magrini, Spring 2011)
305. Roller Coaster Thrill Ride    (Francisco Magro, Fall 2016)
306. Optimization of Heat Treatment for Metal Bearings    (Keron Major, Spring 2011)
307. Optimum Dimensions For a Pressure Vessel    (Sarita Malhan, Fall 2010)
308. Optimization of a Variocyclic Water Purification Process    (Sarita Malhan, Spring 2011)
309. Optimal Operation of a Concentrator    (Sarita Malhan, Fall 2011)
310. Inventory Management for Multiple Products    (Sarita Malhan, Spring 2013)
311. Paramecium Growth by the Monod Model    (Eryk Marsak, Spring 2010)
312. Piping Optimization    (Eryk Marsak, Fall 2010)
313. Design of Grain Hopper    (Eryk Marsak, Spring 2011)
314. Capillary Density    (Maddison Marshalsea, Spring 2013)
315. Analysis of an Adiabatic Batch Reactor    (Jeffrey Martin, Fall 2011)
316. Discharging of Capacitors in Parallel    (Jeremy Marzano, Spring 2013)
317. Effect of Soccer Ball Size on Kick Distance    (Christopher Massell, Spring 2012)
318. AC Transients in an RL Circuit    (Paul Mayers, Spring 2010)
319. Weight of a Sign Stand    (Arnoldo Mazzone, Fall 2010)
320. Road Construction    (Nicholas McAdams, Fall 2013)
321. Pressure-Time Curve and Power for a Diesel Engine    (Chad McCann, Fall 2012)
322. Optimal Heat Transfer From An Extended Surface    (James McClendon, Spring 2016)
323. Analysis of the Progression of Sequential Reactions    (Jack McGeachy, Spring 2010)
324. RL Circuit as a DC/AC filter    (Caitlin McHale, Fall 2012)
325. Fill Needed for a Highway Entrance Ramp    (Caitlin McHale, Spring 2013)
326. Hydrogen Balloon and Calculus Book    (Robert McKain, Fall 2009)
327. Moderating Load Voltage Using a Capacitor    (Louis Melgar, Fall 2009)
328. Power Required for a Steam Compressor    (Christopher Mendes, Fall 2011)
329. Polytropic Processes in a Compression-Ignition Engine    (Arthur Mendonca de Souza, Fall 2012)
330. Finding Centroids the Easy Way    (John Menezes, Spring 2012)
331. Unsteady Temperature Distribution in a Wall    (Arian Milanian, Spring 2009)
332. Maximum Power from a Solar Panel    (Michael Miller, Fall 2010)
333. Design of an Exercise Bike    (Justin Miller, Fall 2010)
334. Band Pass Filter    (Michael Miller, Spring 2011)
335. Power from a Geothermal Source Using a Brayton Cycle    (Samara Miller, Spring 2014)
336. Cable Tension and Shape on a Suspension Bridge    (Gregory Miller, Fall 2014)
337. OPTIMUM STEAM FLOW RATE FOR REACTOR OPERATING AT 300℃    (Daniel Miller, Fall 2018)
338. Ballast Required for a Buoy    (Mike Mills, Spring 2013)
339. Comparison of Two Flywheel-Piston Linkages    (Nicholas Mira, Spring 2012)
340. Quantum Mechanical Example of Anti-Tunneling    (Tim Mitchell, Spring 2010)
341. Maximum Efficiency of a Solar Powered Cell    (Salah Mohamed, Fall 2012)
342. Evaporation of Benzene from Basins in Series    (Jenelle Mohammed, Spring 2015)
343. Specification of a Caliper Disc Brake    (Katarina Moller, Fall 2013)
344. Calculating the Mass of a Prosthetic Limb    (Riley Monaghan, Fall 2012)
345. Breathing and Isofluran    (Bradford Montane, Spring 2009)
346. Moving Mountains    (Stephan Moore, Spring 2011)
347. Bridging The Gap    (Stephan Moore, Spring 2012)
348. Specification of a Caliper Disc Brake    (Shane Moore, Fall 2012)
349. Reaction Forces on a Beam with a Distributed Load    (Anthony Morales, Spring 2012)
350. Locations of Frets on a Guitar    (Alexander Morency, Spring 2012)
351. Sizing of an Ammonia Discharge Tank    (Erin Morrison, Spring 2010)
352. Open Triangular Channel Flow    (Tristan Mosenthal, Spring 2012)
353. Calculation of Centroids    (Jeremiah Mosley, Spring 2011)
354. I-V Curve and Maximum Power of a Solar Panel    (Khaled Mougharbel, Fall 2010)
355. Total Energy from a Solar Panel    (Khaled Mougharbel, Spring 2011)
356. Calculation of Center of Gravity in Cylindrical Coordinates    (Amir Moussly, Fall 2012)
357. Maximum Efficiency of a Wind Turbine    (Taylor Mowery, Spring 2012)
358. Optimization of a Two-stage Compressor    (Christian Muneton, Fall 2008)
359. Optimization of n stage compressor    (Patrick Munnia, Spring 2014)
360. Optimization of a Product for Maximum Profit    (Johana Munoz, Spring 2012)
361. Pressure-Time curve and Work done for a Compression-Ignition Engine    (Robert Muschamp, Fall 2012)
362. Weight of a Prosthetic Leg    (Robert Muschamp, Spring 2013)
363. Exhaust Emission Concentrations as a Function of Distance from the Road    (Sean Myers, Spring 2012)
364. Concrete Fill Volume and Slab Area Necessary for a Highway Exit Ramp    (Sean Myers, Fall 2012)
365. Laser-Induced Emissions in Phosphorescence Studies of Calcium Sulphate    (John Nabozny, Fall 2010)
366. Bicycle Speed through Different Gears with Drag    (Deepya Nallamshetty, Spring 2013)
367. Optimization of an n-Stage Compressor    (Kahan Nazar, Spring 2012)
368. A Simplified Model of the Internal Combustion Engine    (Christofer Neff, Spring 2012)
369. Analysis of a Continuous Stirred Tank Reactor (CSTR)    (Drew Neihart, Spring 2010)
370. Simulation of Model Rocket Flight    (Sean Nieto, Spring 2012)
371. Opitimal Design of a Tank    (Renis Nishku, Spring 2009)
372. Fill Needed for a Highway Overpass    (Nikolas Nomikos, Spring 2013)
373. Power Generated by a 2-Stroke Engine    (Timofei Novikov, Spring 2012)
374. Optimum Gear Ratios For An Electric Vehicle    (Timofei Novikov, Fall 2012)
375. Optimum Gear Ratios for an Electric Vehicle    (Timofei Novikov, Spring 2013)
376. Stirling Cycle Work and Associated Equations    (Justin Nussbaum, Spring 2010)
377. Stirling Cycle Volume and Angle Correlation    (Justin Nussbaum, Fall 2010)
378. Optimal Insulation Thickness for a Reactor    (Danielle O'Connor, Fall 2012)
379. Euler Integration with High and Low Pass Filters    (Matthew Oldfield, Spring 2012)
380. Analysis of a Turbojet Engine    (Abdel Ouhib, Fall 2011)
381. Spiral Thrill Ride    (Benjamin Overton, Fall 2012)
382. Calculation of Latent Heat from Vapor Pressure Data    (Brink Oviedo, Spring 2009)
383. Optimum location of a central storage facility    (Kamilah Owens, Spring 2012)
384. How Far Does the Bicycle Travel?    (James Page, Spring 2010)
385. Horsepower from a 2-Stroke Engine    (Alexander Palmer, Spring 2012)
386. Melting Ice Sphere    (Michael Pannapacker, Spring 2009)
387. Reaction Forces on a Beam with a Distributed Load    (Jeremy Park, Spring 2010)
388. Optimum Gear Ratios for an Electric Vehicle    (Scott Parkinson, Spring 2014)
389. Volume and cost for a cyllindrical-shaped with conical roof silo    (Gabriel Parola, Spring 2021)
390. Economic Order Quantity    (Jesus Pascal, Fall 2011)
391. Optimization of an Extraction-Evaporation Process    (Wesley Pate, Spring 2013)
392. Removal of Atmospheric Ammonia During a Rain Event    (Adit Patel, Spring 2013)
393. Simulation of an RC Circuit    (Keith Patterson, Spring 2012)
394. Heat Flux from a Square Beam    (Tino Pegnataro, Fall 2008)
395. Optimal Manufacturing Strategy for Three Products    (Luz Peguero, Spring 2013)
396. Sequential Reaction in a CSTR    (Ruby Perez, Spring 2010)
397. Vapor Pressure of Methane    (Carla Perla, Spring 2010)
398. Optimizing an Open Channel    (Michael Perry, Spring 2011)
399. Determining the Optimal Pipe Diameter    (Nicholas Pieri, Spring 2011)
400. Inversion Line for Carbon Dioxide Gas    (Roman Pikalov, Spring 2014)
401. Calculation of Imaging Projections    (Eric Pillock, Fall 2012)
402. Evaluating the Mass Moment of Inertia for a Volume of Revolution    (Alejandro Pina, Fall 2010)
403. RC as an AC/DC Filter    (Alejandro Pinero, Fall 2011)
404. Optimal Insulation Thickness for Steam Piping    (Kevin Piper, Fall 2011)
405. Lift Capacity of a Helium Balloon    (Kevin Piper, Fall 2012)
406. Growth Curve of LPlantarum Bacteria    (Aryn Plas, Spring 2012)
407. Analysis of Radioactive Decay    (Aryn Plas, Fall 2012)
408. Simulation of a Shock Absorber    (Joseph Plourde, Fall 2010)
409. Optimization of a Crate    (Joseph Plunkett, Spring 2011)
410. The Effect of Air Resistance on a Golf Ball    (Melissa Pocius, Spring 2012)
411. Optimization of a Cyclic Process    (Candace Poirier, Spring 2009)
412. Rollercoasters    (Rachel Porter, Fall 2012)
413. Inventory Management    (Audrey Porto, Spring 2019)
414. Sizing a Full Disk Brake    (Fabrice Pryor, Spring 2012)
415. Adiabatic Flame Temperature for Combustion of Methane    (Rebeca Pupo, Spring 2011)
416. Adiabatic Flame Temperature for Combustion of Methane with a Diluent Gas Present    (Rebeca Pupo, Spring 2012)
417. Modeling of Peritoneal Dialysis    (Jeanette Qablawi, Spring 2013)
418. Optimal Pipe Diameter    (Giovanni Quiel, Spring 2010)
419. Optimum Location of an Oil Storage Facility    (Giovanni Quiel, Fall 2010)
420. Specifying a Vertical Crest Curve of a Roadway    (Anna Quinones, Fall 2012)
421. The Effect of Air Resistance on a Cannon Ball    (Kjersti Raabe, Spring 2013)
422. Sizing of an Automotive Clutch    (Kiran Rajaram, Fall 2012)
423. Fence River Project    (Nathan Rakes, Fall 2011)
424. Air Resistance on a Paintball    (James Rathbun, Spring 2010)
425. Hydrolysis of Acetic Acid Anhydride in a CSTR    (Logan Ray, Fall 2010)
426. Optimization of a Fuel Cell    (Logan Ray, Spring 2011)
427. Controlled Release of a Drug    (Sara Redlick, Fall 2013)
428. Half Full or Half Empty    (Travis Reeves, Fall 2010)
429. Concentrations from a Thermal Conductivity Detector    (Brady Register, Spring 2009)
430. Optimal Insulation Thickness for the Minimum Annual Cost of Steam Piping    (David Remedios, Spring 2012)
431. Total Energy from a Photovoltaic Solar Cell    (Erin Ritter, Spring 2012)
432. Power Generated by a Compression-Ignition Engine    (Hansel Rivera, Spring 2015)
433. Optimizing Theoretical Fuel Cell    (Luis Riviere, Spring 2019)
434. Calculation of Center of Gravity with Cylindrical Elements    (Donald Roby, Spring 2012)
435. Sizing of a Discharge Tank    (Matthew Roche, Fall 2008)
436. Optimal Insulation Thickness for a Reactor    (Luis Rodriguez, Spring 2010)
437. Sizing a Dragster Parachute    (Luis Rodriguez, Spring 2009)
438. Analysis of an Adiabatic Batch Reactor    (Andy Rodriguez, Spring 2012)
439. Tidal Power    (Eric Romeo, Fall 2010)
440. Rocket car simulation    (Daniel Roqueplot, Fall 2014)
441. Unsteady Temperature Distribution    (Carmen Rosales, Fall 2008)
442. Calculating the Solar Energy of a Flat Plate Collector    (Ariane Rosario, Spring 2013)
443. Bicycle Speed Through Three Gears    (Ryan Roseboom, Fall 2011)
444. Maximum Weight on a Kayak    (Ryan Roseboom, Spring 2012)
445. Sizing of an Automotive Clutch Disc    (Christian Rossi, Spring 2012)
446. Traveling Distance of a Skimboard    (Michael Rzonca, Spring 2011)
447. High and Low Pass Filters    (Paul Safara, Spring 2012)
448. Analyzing Band Pass Filter Behavior    (Paul Safara, Fall 2012)
449. Insulation Thickness for a Micro-Reactor    (Disha Saha, Spring 2010)
450. Energy Output from a Solar Panel    (Disha Saha, Spring 2011)
451. Inventory Management    (Jason Salm, Spring 2011)
452. Design of a Grain Hopper    (Jason Salm, Fall 2011)
453. Thermal Conductivity Concentration    (Philip Saltsman, Fall 2008)
454. Facial Cooling    (Jacalyn Sampson, Fall 2011)
455. Algae Bloom in a Lake    (David Sanabria, Fall 2008)
456. Comparing two flywheel-piston linkages    (Anthony Sanchez, Fall 2017)
457. Optimization of a Chemical Reactor Train    (Bahar Sansar, Spring 2010)
458. Role of CO in Atmospheric NOx Reaction    (Victoria Satizabal Hernandez, Spring 2010)
459. Simulation of Model Rocket Flight    (Hayley Sawh Ramdhan, Fall 2019)
460. Controlled Release of a Drug    (William Saxon, Spring 2012)
461. Using Calculus to Describe Projectile Behavior in Video Game Design    (Christopher Scannapieco, Fall 2010)
462. Concrete Needed for the Sides of an Exit Ramp    (Scott Scarpinato, Spring 2013)
463. Area of Concrete Needed for the Sides of an Exit Ramp    (Frederick Schekorra, Spring 2014)
464. Kinetics of Atmospheric Nitrous Oxide Reactions    (Olivia Scheuer, Fall 2008)
465. Fishig Reel Drag Mechanism    (Connor Schmidt, Spring 2013)
466. Study of Dieldrin in Coralville Reservoir    (Cameo Scott, Spring 2013)
467. Electrical Efficiency of a Solar Cell    (Willard Scott, Fall 2014)
468. Sizing of a Parachute    (Jessi Searing, Fall 2010)
469. Optimum Location of a Power Plant    (Dominic Serra, Spring 2011)
470. Optimization of a Chemical Reactor Train    (Geraldine Serrano, Fall 2011)
471. Optimization of a Chemical Reactor    (Geraldine Serrano, Spring 2012)
472. Optimum Location of a Shipping Depot    (Matthew Sestilio, Spring 2011)
473. Surface Area of an Oil Slick    (Salvatore Sferrazza, Fall 2012)
474. Temperature Profiles in Keowee Reservoir    (Salvatore Sferrazza, Spring 2013)
475. Heat flow in a Semi-Infinite Solid    (Dhir Shah, Fall 2008)
476. Naphthalene oxidation in a plug flow reactor    (Shrinand Shah, Spring 2016)
477. The Optimum Compression Ratio for an Otto Cycle Engine    (Jason Sharma, Spring 2010)
478. Grain Hopper Optimization    (Jason Sharma, Fall 2010)
479. Minimizing Heat Loss of an Octagonal Shaped Building    (Maxwell Shepherd, Spring 2011)
480. Calculation of Center of Gravity    (Jason Sikorski, Fall 2008)
481. Optimal Pipe Diameter for Pumping a Viscous Fluid    (Jason Sikorski, Fall 2009)
482. Speed of Sound on the Surface of Venus    (Renita Singh, Spring 2012)
483. Reaction Forces on a Beam with a Distributed Load    (Daniel Singleton, Spring 2012)
484. Energy output from a solar panel    (Andrey Sklyar, Spring 2013)
485. A Cost Effective Approach to Biodiesel Storage    (Patrick Smith, Fall 2010)
486. Vertical Trajectory Calculation of a Model Rocket    (Patrick Smith, Spring 2011)
487. Pressure-Time Curve in a Compression-Ignition Engine    (Brandon Smith, Spring 2011)
488. Study of Dieldrin in Coralville Reservoir    (Jeremy Smith, Spring 2012)
489. Cable Tension and Shape on a Suspension Bridge    (Eduardo Spinetti, Fall 2011)
490. Shear Force and Bending Moment Diagram    (Matthew Sprague, Fall 2010)
491. Band Pass Filter    (Thomas Stanley, Fall 2010)
492. Diffusion of Sodium into Silicon Dioxide    (Nickolas Steinman, Spring 2010)
493. Analysis of a Turbojet Engine    (Joshua Steinrock, Fall 2012)
494. BMW 1st Gear Speed Comparison - Automatic vs. Manual Transmission.    (Aneika Stephenson, Spring 2011)
495. Kinetics of Atmospheric NOx Reactions    (Tyler Stewart, Spring 2010)
496. Kinetics of Atmospheric NOx Reactions    (Tyler Stewart, Fall 2010)
497. Controlled Release of a Drug    (Kyle Stewart-Frantz, Spring 2013)
498. Optimization of an Extraction Train    (Katrina Stine, Fall 2011)
499. Optimal Operation of a Concentrator    (Katrina Stine, Spring 2012)
500. Simulation of Model Rocket Flight    (Joshua Stone, Spring 2013)
501. Otto Cycle Thermodynamics    (Joseph Stonebraker, Spring 2012)
502. Diffusion of Oxygen into a Hydrogel    (Justin Stottlemyer, Spring 2010)
503. Mathematical Modeling of Radiographic Imagery of a Variable Density 3D Object    (Justin Stottlemyer, Fall 2010)
504. Comparison of First Gear Performance for Manual and Automatic Transmissions    (Kyle Stottlemyer, Fall 2011)
505. Resonance in a Suspension System    (Michael Stoupas, Fall 2011)
506. Capacity of an Airboat    (Travis Strammer, Fall 2012)
507. Analysis of Radioactive Decay    (Charles Suleskey, Fall 2013)
508. Resonance in a Suspension System    (Andrew Tanasescu, Fall 2008)
509. Desorption of Ammonia from a Well-Mixed Basin    (Jennifer Tankel, Spring 2010)
510. What Effect does Drag have on the Flight of a Golf Ball?    (Andrew Taran, Spring 2009)
511. Calculations of Centroids    (Mozhdeh Tayebi, Fall 2010)
512. Steady State Average Temperature in a Bar    (Julio Tejera, Spring 2009)
513. AC Transients in an RC Circuit    (Alexander Terk, Spring 2013)
514. Resonance in a Damped Spring-Mass System    (Priya Thakrar, Spring 2009)
515. Reaction Forces on a Beam with a Distributed Load    (Keyrine Thomas, Spring 2011)
516. Adibatic Plug Flow Reactor    (Zachary Thomas, Fall 2011)
517. Designing A Water Tank with Specific Parameters    (Steven Thorne, Fall 2009)
518. Sizing of a Storage Tank    (Steven Thorne, Fall 2008)
519. Approximating the VLE for Ethyl Acetate + 2-Ethoxyethanol    (Chelsea Tieu, Spring 2010)
520. Simulation of Projectile Motion with Air Resistance    (Jake Tomecek, Spring 2012)
521. Sizing A Dragster Parachute    (Augustin Tommy Jr., Fall 2011)
522. Design of a Grain Hopper    (Augustin Tommy Jr., Spring 2012)
523. Optimum Location of an Oil Storage Facility with Different Supply Rates    (Elizabeth Toth, Spring 2014)
524. Distributed Loads    (Joseph Troescher, Spring 2011)
525. Air Resistance on a Baseball    (Timothy Troyer, Fall 2011)
526. Mass Moment of Inertia of a Thin Plate    (Timothy Troyer, Spring 2012)
527. Rocket Car Simulation    (Riley Trumble, Fall 2012)
528. Pipeline Optimization    (Harry Tuazon, Fall 2010)
529. Simulation of a Rack and Pinion System    (Benjamin Tudor, Spring 2012)
530. Fish Velocity    (Bryan Tweed, Fall 2010)
531. Phase Composition in Vapor-Liquid Equilibrium    (Maurice Uchegbu, Fall 2008)
532. Expansion of Air from a Pressurized Vessel    (Devin Ulrey, Spring 2010)
533. Analysis of an Adiabatic Batch Reactor    (Sarah Urrutia, Fall 2012)
534. Diffusion of Vitamin B12 across a Mesoporous Metal Organic Framework    (Veronica Valencia, Spring 2012)
535. Inventory Management    (Alvaro Vargas, Fall 2010)
536. Co-Current Heat Exchanger    (Jose Vasquez, Spring 2011)
537. Work Performed by an Engine    (Brian Vazquez, Fall 2010)
538. Optimization of a Pressure - Treating Process    (Josean Velez, Fall 2011)
539. Diffusion of Sodium into Silicon Dioxide    (Marissa Vertucci, Fall 2009)
540. Integration Applied to Beams    (Anne Vikre, Spring 2012)
541. Power for a Micro-Engine    (Silvana Villamizar, Spring 2013)
542. Average Temperature in a Sphere    (Peter Vinje, Fall 2009)
543. Escape Velocity (SI)    (Nikola Vlacic, Fall 2010)
544. Comparative Analysis of GPS Data    (Kiel von Lindenberg, Spring 2012)
545. Simulation of an RC Circuit    (Ruan Vosloo, Spring 2009)
546. Going Ballistic    (Amanda Wade, Fall 2011)
547. Sizing Of An Automotive Clutch    (Richard Wade, Fall 2013)
548. Volumetric Flow Rate of Water through a Ceramic Water Filter    (Ileana Wald, Fall 2011)
549. Modeling Flow Rate to Estimate Hydraulic Conductivity in a Parabolic Ceramic Water Filter    (Ileana Wald, Spring 2012)
550. Efficiency of Otto Cycle    (Peter Wales, Spring 2010)
551. Isothermal Compression of CO₂    (Michael Walker, Fall 2011)
552. Design of a Resistive Heating Circuit    (Angelique Waller, Spring 2010)
553. Optimization of an Open Trapezoidal Channel    (Justin Walls, Fall 2010)
554. Gas Power Cycle with Temperature Dependent Heat Capacity    (Mathew Warrilow, Spring 2009)
555. Rocket Flight Path    (Jamie Waters, Fall 2014)
556. Design of a Resistive Heating Circuit    (Jean Weatherwax, Spring 2009)
557. Voltage and Capacitance    (Ryan Weaver, Spring 2009)
558. Optimization of a Storage Tank    (Conrad Weaver, Spring 2010)
559. Calculating Power of a CO₂ Compressor    (Jennifer Wedebrock, Fall 2009)
560. An Optimization of Land to Produce the Most Gold Possible    (Matthew Wedebrock, Spring 2012)
561. Ballistics with Air Resistance    (Matthew Wedebrock, Spring 2013)
562. Sequential Reactions in a continuous stirred tank reactor (CSTR)    (Leticia Weimer, Fall 2019)
563. Time to Drain a Tank Through a Pipe    (George Weisnicht, Fall 2011)
564. Groundwater Remediation    (Roxann West, Spring 2011)
565. Average Temperature in a Cylindrical Bar    (Clayton Whitelaw, Spring 2009)
566. Shear Force and Bending Moment in a Beam    (Janelle Wilcox, Fall 2012)
567. Specification of Shape of a Bridge    (Janelle Wilcox, Spring 2013)
568. Draining of a Storage Tank    (Justin Wilde, Spring 2010)
569. Evaporation of p-xylene    (Broderick Williams, Fall 2009)
570. Optimal Insulation Thickness for Steam Piping    (Broderick Williams, Spring 2010)
571. Effects of Acid Rain on Plant Growth    (Bianca Williams, Spring 2016)
572. Circuit Noise    (Kristopher Willis, Spring 2013)
573. Air Resistance on a Paintball    (Dylan Wilson, Spring 2012)
574. Trip to Mars    (Kevin Wise, Spring 2012)
575. Calculation of Imaging Projections    (Brian Wisner, Spring 2012)
576. Calculation of Center of Gravity    (Bethleham Worku, Spring 2011)
577. Electrical Efficiency of a GaAs Solar Cell    (Elsa Wright, Spring 2012)
578. Optimization of a Three-Stage Compressor    (Dammie Yesudhas, Spring 2010)
579. Determining the Order of Reaction between FD&C Red Dye and Bleach    (Sonya Yim, Spring 2011)
580. Simulation of a Shock Absorber    (Stephen Zaffiri, Spring 2010)
581. Simulation of an RC Circuit    (Max Zalmanoff, Spring 2013)
582. Blood Glucose Levels    (Pedro Zamora-Albor, Fall 2012)
583. On the Analysis of Growth curve of L plantarum bacteria using Richardson    (David Zapata, Spring 2013)
584. Optimization of an Agitated Extractor    (Evan Zapf, Fall 2013)
585. Optimization of an Open Trapezoidal Channel    (Jin Zhang, Fall 2011)
586. Optimization of an Extraction-Evaporation Process    (Vittoria Zucchelli, Spring 2012)
587. Optimization of a Heat Exchanger Network    (Vittoria Zucchelli, Fall 2012)

Scott Campbell; James Galvin (NJ TRANSIT) (1)

1. A Mathematical Model for the Estimation of Blood Glucose Levels over Time in the Human Body    (Brett Galvin, Spring 2019)

Stephanie Carey (1)

1. Numerical and Graphical Differentiation in a Shoulder Abduction Range of Motion Task    (Justin Bland, Spring 2017)

Mahmoud Dweik (2)

1. Compressor Optimization    (Brian Coelho, Fall 2013)
2. The Sheikra    (Genesis Garcia, Spring 2015)

Timothy Fawcett (1)

1. Using the Integral Method to Determine the Reaction Order etc.    (Frank Johnson, Spring 2019)

Ralph Fehr (1)

1. Calculating the Area of a Rotary engine    (Jimmy Cosio, Fall 2016)

Robert Frisina (2)

1. Telomerase, Cancer, and Aging    (Seung-eun Jang, Spring 2012)
2. Optimization of Cardiac Disease Preventions Through Diet    (Tam Tran, Fall 2014)

Clifford Henderson (4)

1. Instantaneous Rate of Change of the Reaction Producing Butyl Alcohol and Hydrocloric Acid    (Tales Foryta Jacoski, Spring 2020)
2. The Volume and Conversions of n-Butanol Reactors    (Mariah Greer-Short, Fall 2020)
3. Using Matrices to Solve Mass Balance Problems    (Erika Jimenez, Fall 2019)
4. Calculating the Volume of Substance in an Industrial System Using Area Between Curves    (Corey Nelson, Fall 2020)

Michael Hutchison (1)

1. Using Integrals to Identify Chemical Formulas    (Robert Core, Spring 2014)

Babu Joseph (1)

1. Mathematical Modeling of Solar Energy Collection and Storage    (Trang Tran, Spring 2012)

John Kuhn (1)

1. Calculating Volume per Effective Area of the Membrane: Evaluating how fouling affects the Separatio    (Shelby Krebs, Spring 2011)

William Lee (4)

1. Analysis of Three Different Types of Closed-Head Injuries    (Rikki Brown, Fall 2013)
2. Diving Dilemma    (Joshua Cureton, Spring 2014)
3. Injury Biomechanics and Fall Height    (Ellen Frahm, Fall 2018)
4. Finding Time of Death    (Gefthe Jean Philippe, Fall 2014)

Philip Myers (1)

1. Modeling Methane Emissions by Ruminants    (Kerri Surbaugh, Spring 2014)

Brandon Smeltzer (1)

1. An Analysis of Composition of Ammonium Nitrate with Polyvinyl Alchohol Coating    (Eilis McGranaghan, Spring 2011)

Carlos Smith (2)

1. Escape Velocity (SI)    (Nikola Vlacic, Fall 2010)
2. Using First- & Second-order Differential Equations to denote different types of systems    (Kijon Washington-Moore, Spring 2017)

Aydin Sunol (1)

1. An Analysis of Composition of Ammonium Nitrate with Polyvinyl Alchohol Coating    (Eilis McGranaghan, Spring 2011)

Ryan Toomey (2)

1. Kinetics of Drug Delivery in Brain    (Hassan Elzayat, Fall 2010)
2. Damped Harmonic Oscillators    (David Walker, Fall 2012)

John Wolan (1)

1. Plug Flow Reactor Problem    (Shelby Krebs, Fall 2010)

Chemistry

Ushiri Kulatunga (1)

1. The Relationship Between Calculus and Rate Laws    (Noreen Alaa Azouz Abdelmaksoud, Spring 2022)

Cong Pan (1)

1. Measuring the concentration of compounds in High Performance Liquid Chromatography    (Melissa Rouco Escobar, Spring 2022)

Laura Anderson (2)

1. How Shape and Volume Batch Reactors Affect Output of Material Balance Equation    (Lynnette Arredondo, Spring 2019)
2. Analysis of Adiabatic Batch Reactor    (Erald Gjonaj, Spring 2014)

Audra Begg (1)

1. Year of COVID-19 Population Growth Rate    (Luke Kim, Spring 2020)

Kirpal Bisht (2)

1. Nanoscale Magnetic Resonance Imaging using Magnetic Resonance Force Microscopy    (Jennifer Daun, Fall 2012)
2. IR through Mathematics    (Alok Singh, Fall 2013)

Sherrisse Bryant (1)

1. The Integrated Rate Law    (Raymond DeCamillis, Spring 2017)

Sherrisse Bryant (1)

1. Analysis on Packed Column Absorption of CO2 from Air Using Water    (Alessandro Parli, Spring 2022)

Jianfeng Cai (2)

1. Using Calculus to Model the 2014 Ebola Virus Disease Outbreak in West Africa    (Rachel Pinkston, Fall 2014)
2. Bioorthogonal Chemistry    (Omar Samaha, Spring 2012)

Alfredo Cardenas (1)

1. Mathematics and Kinetics    (Son Cao, Fall 2008)

Yao Chen (1)

1. Diffusion of Vitamin B12 across a Mesoporous Metal Organic Framework    (Veronica Valencia, Spring 2012)

Matthew Chrzanowski (1)

1. Growth Rate of the U.S. Population    (Michael Watkins, Spring 2014)

Aaron Clark (1)

1. Correlation between Stress and Resting Heart Rate    (Marcia Williams, Fall 2017)

Frankie Costanza (2)

1. Using matrices to balance chemical reactions and modeling the implication of a balanced reaction    (Emilee Barrett, Spring 2019)
2. Application of Calculus to Absorption in the Food Industry    (Justin Hicks, Spring 2022)

Linda Dinial (1)

1. Determining the Proper Dosage Amount of Magnesium in order to Dissolve Kidney Stones    (Nicole Fuller, Spring 2017)

Michael Doligalski (1)

1. Calculus in Radioactive Decay Rates    (Tyler Paffenroth, Fall 2013)

Kimberly Fields (1)

1. Vitamin C Absorption    (Lori-Ann James, Fall 2020)

Jhon Figueroa (2)

1. Standardization of rock salt in a brine solution    (Juu Khin, Spring 2016)
2. Determining the Amount of Salt in a Tank    (Robert Schumaker, Spring 2016)

Adam Hogan (1)

1. Selectivity of Gases in an MOF    (Patrick LePochat, Fall 2013)

Milton Johnston (1)

1. Neptunium Cascade Kinetics    (Kateryna Matiash, Spring 2015)

Randy Larsen (1)

1. The Calculus Behind Spontaneity    (Hirah Khan, Spring 2012)

James Leahy (1)

1. Pharmacokinetics and Calculus Within Anesthesiology    (Lara Lahey, Spring 2018)

Shengqian Ma (1)

1. Diffusion of Vitamin B12 across a Mesoporous Metal Organic Framework    (Veronica Valencia, Spring 2012)

Zachary Magnuson (1)

1. Determining Dye Using Beer-Lambert’s Law and Spectroscopic Methods    (Iman Abu-Khdair, Fall 2019)

Jacob Mayers (1)

1. Blood Velocity in Arteries    (Jessica Parker, Spring 2017)

Rainer Metcalf (1)

1. Stochastic Modeling of Drug Aggregation    (Stephanie Feola, Spring 2014)

Patricia Muisener (1)

1. Exhaust Emission Concentrations as a Function of Distance from the Road    (Sean Myers, Spring 2012)

Ruidong Ni (1)

1. Acid/Base Titration    (David Pierre, Spring 2019)

Timothy Odom (1)

1. Application of Derivatives in Acid/Base Chemical Reactions    (Jashal Patel, Spring 2018)

Wally Pagan (1)

1. Maximum Efficiency of a Hydrogen-Oxygen Fuel Cell    (Sophia Hymes, Fall 2016)

Demetrios Pantages (1)

1. Calculation of VAPOL Phosphoric Acid’s Open Region    (Jonathan Gomogda, Fall 2014)

Aaron Petuch (1)

1. Growth of Tumors    (Sharon Chen, Fall 2013)

Kareem Rhodd (1)

1. Monitoring and anticipating changes in temperature due to medication(s)    (Ashley Russell, Spring 2022)

Edwin Rivera (1)

1. The Fourier Transform: A Preview of One of the Fundamental Equations Involved in the Integrated Fiel    (Vincent Battistini, Fall 2013)

Courtney Smith (1)

1. Radioactive Decay: St. Lucie Nuclear Power Plant    (John Kirkham, Fall 2014)

Qi Tang (1)

1. Predicting the Growth and Growth rate of a bacterial colony    (Darren King, Spring 2022)

Christian Tang (1)

1. Integrated Chemical Rate Laws    (Teresa Mai, Fall 2019)

Chiyu Wei (1)

1. Calculus in Chemical Kinetics    (Tuan Huynh, Spring 2017)

Solomon Weldegirma (1)

1. Investigating the Reaction Rate of Greener Bromination Methods    (Reagan Moody, Fall 2019)

Rong Zhang (1)

1. Determining the Rate of Production in a Chemical Reaction    (Jackson Jasinski, Fall 2019)

Chemistry

Dodd Dawson (1)

1. ANALYZING FOOD COLORANTS    (Egypt Butler, Spring 2022)

Chevron

Tarcisio Apricio (1)

1. Optimization of a Heat Exchanger    (Jose Aparicio, Fall 2008)

Chick-fil-A

Ricardo Sanchez (1)

1. Prediction for Inventory of Restaurants    (Riley MacDonald, Spring 2018)

Childhood Education and Literacy Studies

Roy Winkelman (1)

1. Mathematical analysis of FCIT website hits    (Giorgio Bazzigaluppi, Spring 2013)

Chopsticks Super Buffet

Jenny Huang (1)

1. Estimating the Monthly Order of an Inventory Item    (Celine Ulangkaya, Fall 2011)

Citrus County Sheriff's Office

John Kloss (1)

1. Calculating the Time of Death of a Body    (Isabel Huerta, Spring 2021)

City of Dunedin Water Department

Dan Chislock (1)

1. Calculating the Amount of Chlorine Present in Drinking Water as a Function of Time    (Mckenna Dyjak, Fall 2017)

City of Tampa Wastewater Management Department

Richard Kalberer (1)

1. Calculating Volume of Algae Pool Structures and Optimization of the Property    (Derrick Kalberer, Fall 2020)

Civil & Environmental Engineering

Mauricio Arias (1)

1. Finding the Maximum Volume of a Reservoir and Total Potential Power a Dam in a Small River Can Gener    (Felipe Guell Bernardi , Fall 2016)

Mauricio Arias (2)

1. Surface Area of Fluctuating Lipid Leaflets    (Jaber Alshammari, Fall 2017)
2. Fluid Mechanics: Differential Form of Continuity Equation    (Tony Tabshe, Spring 2019)

Mauricio Arias (3)

1. Lime Scale Deposits Along Piping Systems    (Abdullah Alkhamali, Fall 2017)
2. Hydraulic Analysis Programs    (Omar Alkhathami, Fall 2017)
3. Bridge Capacity    (Mohammad Alqahtani, Fall 2017)

Jacob Bisson (1)

1. Oxygen Depletion in a River    (Ruth Edwards, Fall 2010)

William Carpenter (1)

1. Bridge Analysis of Force Vectors    (Robert Gaylord, Spring 2010)

Yue Chen (1)

1. 2013 Chevrolet Camaro ZL1 Performance Evaluation    (Hao Zhou, Fall 2013)

Jeff Cunningham (1)

1. Criteria Pollutant Concentration    (Victor Neese, Fall 2008)

Remy Echavarria (1)

1. One Drop at a Time    (Anthony Robinson, Spring 2015)

Eva Fernandez (2)

1. Calculus in Farms    (Zachary Esteppe, Spring 2016)
2. Projectile Motion    (Ryan Hengstler, Fall 2013)

Philip Hopkins (3)

1. Cantilever Beam Model for Wind-Induced Vibration in a High-Rise Building    (Heather Holm, Fall 2017)
2. The Geometric Failure Mode of Column Buckling    (My Nguyen, Fall 2015)
3. Geometric Gradients and Series    (Derik Ware, Spring 2016)

Stanley Kranc (9)

1. Numerical Solutions for Partial Differential Equations    (Arjun Gajjar, Spring 2016)
2. Finding The Zeros of Transcendental Equations Using a Fixed Point Iteration Method    (Arjun Gajjar, Fall 2015)
3. Shear and Bending Moment    (Quinn Keenan, Spring 2010)
4. Interdependent Modeling: Aquaculture and Cuniculture    (Adam Kowaleski, Spring 2014)
5. Methods for Plotting Streamlines for Potential Fluid Flow    (Adam Kowaleski, Fall 2014)
6. Hydrostatic Force: Where Does it Act?    (Katelyn Leal, Spring 2012)
7. Net Work Produced by a Closed Simple Piston    (Matthew Pope, Fall 2014)
8. Multiple Integrals on a Spreadsheet    (Alexandra Reid, Fall 2010)
9. Critical Axial Load    (Walt Wells, Fall 2008)

Qing Lu (1)

1. Derivation of Lateral Deflection Equation of the Cantilever Wall    (Younis Al Habsi, Fall 2015)

Thomas Lynn (3)

1. The volume of water in a biosand filter    (Matthew Byram, Spring 2013)
2. Volatilization of Tetrachloroethene    (Dominique Franklin, Fall 2013)
3. Determining Volume of Tanks in a plug Flow Reactor    (David Meyers, Spring 2014)

Sarah Mobley (1)

1. Utilization of Taylor Series and Polynomials in Civil Engineering    (Austin Barkley, Spring 2016)

Gray Mullins (1)

1. Effect of Tire Pressure on Efficiency    (Miles Mullins, Spring 2010)

Karim Nohra (20)

1. Estimation of Concrete Barriers Needed for a Construction Zone    (Laurence Cicale, Fall 2012)
2. Deflection in Simply Supported Beams    (William Coleman, Fall 2009)
3. Calculus in the Elastic Curve    (Ryan Hillock, Spring 2022)
4. Torques & Angels of Twist    (Mohammad Lutfiyya, Fall 2009)
5. Deflection of a Diving Board    (Marcel Mahabir, Spring 2012)
6. Vehicle Crash Testing    (Rohun Mathure, Fall 2010)
7. That's a Drag: The Effects of Drag Forces    (Shane Maxemow, Fall 2009)
8. Slope Displacement by Integration    (Thomas Musgrave, Spring 2009)
9. Motorcycle Crash Testing    (Edward Nieto, Fall 2010)
10. Cantilever Beam Deflection    (Gavin Pate, Spring 2018)
11. The Deflection of Beams    (Jose Paula, Fall 2019)
12. Applying Integration to Engineering Practice    (Donald Roby, Fall 2011)
13. Deflections of Beams and Shafts    (Daniel Satizabal, Fall 2008)
14. Deflection of Beams    (Kimberly Searles, Spring 2016)
15. Calculating the Kinematics of a Mustang    (Ihab Taha, Fall 2013)
16. Calculations of Centroids    (Zackary Vail, Spring 2009)
17. Beam Deflection    (Hermon Williams, Spring 2009)
18. Forces on the beams in an observation platform    (Taylor Winder, Fall 2013)
19. Deflection of a Cantilevered Beam using the Integration Method    (Bryan Woods, Spring 2012)
20. Drag of a Body    (Alexander Yassein, Spring 2010)

James Olliff (5)

1. Using Integrals to Find Automotive Braking Time and Distance    (Jeramy Cannon, Fall 2013)
2. Flight Path of Arrow Shot from Compound Bow    (Nicholas Gaetano, Fall 2013)
3. Variable Drag Coefficient for a Winchester .356 200 grain bullet    (Stephen Kussmaul, Fall 2013)
4. Numerical Approximation of Integrals using Multi-Segment Trapezoidal Rule    (Tyler Riedal, Fall 2013)
5. Aerodynamics: How do Airplanes Fly?    (Alexander Walker, Fall 2016)

Faissal Ouedraogo (1)

1. The Dangers of Projectile Motion    (Christina Williamson, Spring 2015)

Karl Payne (1)

1. A Mathematical Model of Pore Diffusion in an Ion Exchange Material    (Odelmo Joseph, Spring 2015)

Steve Polzin (1)

1. Predicting Future Trends in Florida Transportation    (Donnie Skelton, Spring 2013)

Rajan Sen (3)

1. The Secant Formula and Column Buckling    (Danielle Keirsey, Spring 2010)
2. Deflection in Varying Members    (Alyssa Ordmandy, Spring 2009)
3. Modulus of Subgrade Reaction and Deflection    (Austin Potts, Fall 2009)

Daniel Simkins (5)

1. Integration vs Excel Plotting on Beam Deflection    (Eric Burkett, Spring 2010)
2. Bending of a Beam and Triangular Loads    (Leandro Corrales, Spring 2009)
3. Moments of Inertia    (Velasquez Juan, Fall 2010)
4. Calculation of Deflection of Beams By Integration    (Robert Ruppel, Spring 2018)
5. Finding Centroids and Moments of Inertia    (Russel Weich, Fall 2009)

Michael Stokes (7)

1. Calculating the Moment of Inertia of a Beam    (Gabriele Dionne, Fall 2009)
2. Ball and Socket Joint    (Nicholas McAdams, Spring 2014)
3. Vector Applications in Engineering: Determining Static Equilibrium    (James McClendon, Fall 2016)
4. Shear and Moment Diagrams    (Andrew Mitchell, Fall 2010)
5. Internal Forces    (Tiffany Patterson, Spring 2012)
6. Calculated and Applied Centroids    (Andrew Smith, Fall 2013)
7. Statnamic Testing    (William Wendt, Spring 2009)

Andres Tejada-Martinez (1)

1. Finding the Ideal Size of a First Flush Diverter of a Rainwater Catchment System    (Jacob Marchand, Spring 2019)

Sophie Von Kalm (1)

1. Laundry Mathematics    (Stephanie Shivel, Spring 2021)

Daniel Yeh (1)

1. Using Calculus to Find the Average Light Intensity Inside a Photobioreactor    (Herby Jean, Fall 2011)

Civil and Environmental Engineering

James Olliff (1)

1. Calculus Calculator    (Max Hand, Spring 2016)

Civil Engineering

Trung Mai Quoc (1)

1. Time to drain a Vietnamese household water tank    (Thanh Mai, Spring 2022)

Civil Services United States Air force

Micheal Nixion (1)

1. Complete elliptical integral of the first kind    (Dylan Thetford, Fall 2016)

Clearview Adult Education Center

James Kostka (1)

1. Recreational Overfishing of Reef Sharks: Human Incline vs Shark Decline    (Hailey Vaughan, Spring 2020)

Clearwater Central Catholic High School: Physics

Daniel Noyes (1)

1. Distributed Loads Across a Flat Surface    (Richard Zeitler, Fall 2011)

Clearwater Marine Aquarium

Chrissy Halladay (1)

1. Removal of the Biggest Threat to Sea Turtle Populations    (Channa Mauro, Fall 2020)

Coca Cola

Zohaib Jamil (1)

1. Open Channel Flow    (Sanwal Hussain, Spring 2016)

Coleman Aerospace

David Erickson (1)

1. Creating a Catenary Lightning Protection System    (Lucas Erickson, Fall 2015)

College of Nursing

Nicholas Hall (1)

1. Modeling Tumor Growth    (Guillermina Lohfeldt, Fall 2018)

Colt Creek State Park

Mark Richter (1)

1. Determining population growth rate and growth curve for bald eagle nesting sites in Florida    (Sarah Richter, Fall 2018)

Columbia High School

Bill Young (1)

1. Growth Rates in Schools    (Anne Pucciarelli, Fall 2013)

Communication Concepts

Jeff Kurkowski (1)

1. Calculus in Industry    (Richard Valdez, Spring 2015)

Communication Sciences & Disorders

Samantha Thomas (1)

1. Smart Headphones    (Heather Woodyard, Fall 2014)

Communication Sciences and Disorders

Kaitlyn Graves (1)

1. Mechanics of A Half Pipe    (Andrea Hernandez-Sabanilla, Spring 2020)

Community and Family Health

Whitney Fung (1)

1. Mathematical Modeling of Biodigesters    (Sophia Diaz-Carraway, Spring 2020)

Compañia Inmobiliario Casalvieri

Robert Iannucci (1)

1. Lake El Guri water monitoring    (Robert Iannucci, Fall 2018)

Complete Dental Care

Richard Assing (1)

1. Area of Third Molar (17)    (Oscar Leon, Fall 2011)

Computer Science & Engineering

James Anderson (1)

1. Anti-Satellite Weapon Simulation    (Nithin Palyam, Fall 2020)

Yao Liu (1)

1. Computer simulation: fixed-wing aircraft wing surface area    (Xiangzhong Wei, Fall 2018)

Schinnel Small (3)

1. Estimate the length of a given string of digital data, as the length is approximate    (Turki Alothman, Fall 2017)
2. Probability and Statistics for Computer Science    (Cagla Unsalan, Spring 2020)
3. Relationship Between Arrow Trajectory and Shooting Angle    (Zheming Zhang, Fall 2019)

Paul A. Rosen (1)

1. Analyze the situation when people cross the road    (Xinghao Lin, Fall 2018)

James Anderson (6)

1. Projectile Motion with Initial Velocity    (Terry Almeida Astacio, Spring 2022)
2. Using Calculus to Make Racing Games Involving Acceleration    (McKenna Harkin, Spring 2022)
3. Mathematics-Physics Project    (Rose Hauter, Spring 2022)
4. Applying Calculus in finding elements of Projectile Motion    (Areebah Khandaker, Spring 2022)
5. Probabilistic Machine Learning Using Bayesian Inference    (Mayank Pandey, Spring 2020)
6. Velocity, Time, and Position of a baseball using Integration    (Alexander Powell, Spring 2022)

Kenneth Christensen (1)

1. Ethernet Consumption    (Jessica Otero, Spring 2010)

Yueng De La Hoz (1)

1. Using Accelerometers to Find Velocity and Position Values    (Dale Mahabir, Spring 2013)

Noureddine Elmehraz (42)

1. Age of the Universe    (Meles Anneaud, Spring 2014)
2. Robotics: Inertia Tensor, 2    (Matthew Barthe, Fall 2011)
3. Robotics: Robotic Boat    (Matthew Barthe, Spring 2012)
4. Physical Description of the Eruption of Mount Tambora    (Kaitlin Bellerose, Spring 2012)
5. Air Traffic Control    (Kimberly Black, Spring 2014)
6. Run-Time Analysis of a Java Program    (Roman Bouzine, Fall 2012)
7. Astronomy: Space Shuttle Landing    (Wilson Collado, Spring 2012)
8. Robotics: Robot Motion    (Javier Cruz, Spring 2012)
9. Atom Electrons    (Shannon Cunningham, Spring 2012)
10. Movement Control    (Lindsey Cunningham, Spring 2012)
11. Programming a Basketball    (Aaron Daniel, Spring 2014)
12. Computer Games: Bullet Trajectories    (Christine Dumas, Fall 2011)
13. Space Travel    (Thomas French, Spring 2014)
14. Embedded Systems: Missile Detection/Interception    (Lareisa Fulmore, Fall 2013)
15. Satellite Receiving Dish    (Aaron Galentine, Fall 2013)
16. Embedded Systems    (Riccardo Gutierrez, Spring 2013)
17. Bouncing Ball Calculation    (Long Huynh, Fall 2013)
18. Abstract Programming and Series Manipulation    (Fahim Ibrahim, Fall 2011)
19. Big O Notation and Program Run-Time    (Kowit Karunas, Spring 2014)
20. Decoding Surround Sound    (James Keith, Spring 2014)
21. Integral Simulation    (Richard Kirchofer, Fall 2013)
22. Aerospace: Planetary Slingshot    (Mark Little, Spring 2012)
23. Potential Fields    (Timothy Lizardi, Spring 2012)
24. Robotics: Robotic Motion    (Courtney Loughry, Spring 2014)
25. Sound and Harmonic Series    (Marcos Marrero Disla, Fall 2012)
26. Air Traffic Control    (Marcos Marrero Disla, Spring 2013)
27. Skateboarding Simulation    (Chase Mayhew, Fall 2012)
28. Radiosity    (Raphael Montalvo, Spring 2012)
29. Calculation of the Riemann Integral Through Java    (Jonathan Montesi, Spring 2013)
30. Embedded Systems - Airplane Takeoff Speed    (Daniel Navarro, Fall 2012)
31. Computer Simulation of a Gravity Dam    (Akash Patel, Spring 2012)
32. Water Tank    (Raj Patel , Spring 2012)
33. Embedded Systems - Tank Artillery Alignment    (Charles Powell, Spring 2013)
34. Dish Receiver Design    (Paul Saxon, Fall 2013)
35. Gold Tooth Inlay: Possible Cavity Shapes    (Cy Scott, Fall 2013)
36. Electromagnetic Wave Relation to Temperature    (Garrett Sloop, Spring 2013)
37. Physics Engines and Video Game Development    (Sean Stange, Spring 2014)
38. Bridge Design    (David Suarez, Spring 2014)
39. Air Flights Traffic    (Greg Sweeney, Fall 2013)
40. Arm Control    (Barry Tormey, Spring 2012)
41. Pattern Formation    (Kevin Wagner, Fall 2013)
42. Bullet Trajectory with Moving Target    (Henry Williams, Fall 2011)

Swaroop Ghosh (1)

1. Current Amount    (Maria Zamora , Fall 2014)

William Hendrix III (1)

1. Monte Carlo Integration    (Ines Said, Fall 2016)

Henry Jeanty (5)

1. Stock Market Data Analysis Using Moving Averages    (Luis Dominguez, Spring 2015)
2. Frequency Analysis Using Discrete Fourier Transformations    (Logan Kelly, Fall 2015)
3. Calculating the Speed of a Space Shuttle    (Sujal Patel, Fall 2014)
4. Optimization of an Extraction Train    (Katrina Stine, Fall 2011)
5. Optimal Operation of a Concentrator    (Katrina Stine, Spring 2012)

Henrick Jeanty (1)

1. Hill Ciphers In Linear Algebra    (Hamed Aloraimi, Fall 2019)

Juan Jose (1)

1. Using Accelerometers to Find Velocity and Position Values    (Dale Mahabir, Spring 2013)

Tina Kouri (1)

1. Runtime Analysis of an Algorithm    (Daniel Untiveros, Fall 2014)

Brad Lawrence (1)

1. Calculating Distance Basketball travels on a Shot    (Jaden Luu Luu, Spring 2021)

Jarred Ligatti (1)

1. Assimilation of Cyber-security Metrics    (Brett Waugh, Fall 2015)

Yao Liu (2)

1. Release proper gas to increase car grip    (Xuanchen Fan, Fall 2018)
2. Computer Games: The trajectory of Baseball    (Xiaohu Sun, Fall 2018)

Richard Meana (1)

1. Calculating the Trajectory of a Plane Landing    (Josiah Speed, Spring 2015)

Ajit Mujumdar (1)

1. Measuring Sound Wave Energy Input for Light Indicator Output Function    (Kathy Matos, Spring 2022)

Mayur Palankar (65)

1. Computer Games: Baseball    (Firas Abuqalbeen, Fall 2010)
2. Embedded Systems: Missile Guidance Control Chip    (Saurabh Arora, Fall 2010)
3. Computer Simulation/Modeling: Skydiving    (Jose Barlatier, Fall 2010)
4. Robotics: Inertia Tensor    (Matthew Barthe, Spring 2011)
5. An Investigation of Bullet Behavior In Silico    (Matthew Bradberry, Spring 2010)
6. Computer Games: RPG Trajectories    (Alistair Brice, Spring 2010)
7. Computer Modeling/Simulation: Space Shuttle Landing    (Jackie Brock, Spring 2011)
8. Embedded Systems    (Sarah Brueck, Spring 2011)
9. Robotics - Forward Kinematics    (Jeffery Casey, Fall 2010)
10. Emedded Systems- Missile Detection/Interception    (Luis Cintron, Spring 2010)
11. Modeling of a Two-Jointed Robot Arm    (Angel De Leon, Fall 2009)
12. Robots: Kinematics    (Kyle Dohme, Fall 2010)
13. Computer Simulation/Modeling: Planetary Slingshot    (Christine Dumas, Fall 2010)
14. Modeling Physics within a Computer Simulation    (Matthew Dunmire, Fall 2009)
15. Real-Time Strategy (RTS) Game: Potential Fields    (Matthew Dunmire, Spring 2010)
16. Computer Games: Debris Trajectory    (Christopher Ellis, Fall 2010)
17. Computer Simulation and Bridge Design    (Benjamin Ellison, Spring 2010)
18. Astronomy: Deflecting an Asteroid    (Ryan Fagan, Spring 2010)
19. Robotics: Robotic Boat    (Ryan Fagan, Fall 2010)
20. Robot Arm Modeling - Kinematics    (Lee Farrell, Fall 2009)
21. Computer Modeling/Simulation: Dam Design    (Brian Fee, Spring 2011)
22. Computer Games: Baseball Trajectory    (Melanie Gallegos, Fall 2010)
23. Calculating the Trajectory of a Grenade in a Video Game    (Michal Galus, Fall 2009)
24. Robotics    (Shawn Gicka, Spring 2010)
25. Robotics: Kinematics    (Asaad Goni, Spring 2010)
26. Computer Games: Grenade Trajectory (Bounce)    (Michael Hamant, Spring 2010)
27. Computer Simulation/Modeling: Dam Design    (Michael Hamant, Fall 2010)
28. Computer Games: Baseball Trajectory    (Alexandra Haynes, Spring 2011)
29. Image Conversion: Contrast    (Brandon Hood, Spring 2010)
30. Robotic Kinematics    (Hubbard Hoyt, Spring 2011)
31. Computer Games : Grenade Trajectory    (Youri Karpeev, Spring 2010)
32. Computer Modeling/Simulation: Satellite Orbit    (Seth Kenney, Spring 2011)
33. Robotic Gliding Bird    (Timothy Lizardi, Fall 2010)
34. Robotics: Telerobotics    (Timothy Lizardi, Spring 2011)
35. Robotics: Trajectory Generation    (Anderson Louis, Spring 2011)
36. Computer Science in Robotics    (Jordi Lucero, Fall 2009)
37. Astronomy: Space Shuttle Landing    (Luis Lugo, Fall 2010)
38. Astronomy: Asteroid Collision    (Evan McClenthan, Spring 2010)
39. Robotics: Robotic Ship    (Tyler McClure, Spring 2011)
40. Path of a Thrown Grenade in a Video Game    (Shakara McCord, Fall 2009)
41. Science Simulation Project    (Jeffrey Miller, Fall 2010)
42. Computer Modeling/Simulation: Volcano    (Jeffrey Miller, Spring 2011)
43. Astronomy: Space Shuttle Landing    (Kiara Monroe, Spring 2010)
44. Computer Games: Grenade Trajectory    (Gage Mueller, Fall 2009)
45. Embedded Systems: Airplane Stopping Distance    (Ryan Noelk, Spring 2010)
46. Computer Simulation/Modeling: Bungee Jumping    (Luan Pham, Fall 2010)
47. Bullet Trajectories to Hit a Moving Target    (German Plazas, Fall 2009)
48. Robotics: Robotic Ship Navigation Using Potential Fields Method of Obstacle Avoidance    (Marc Punzirudu, Fall 2010)
49. Robotic Motion    (Ryan Queen, Fall 2010)
50. Aircraft Decision Velocity    (Steven Rainey, Spring 2010)
51. Surround Sound Encoding    (Joel Sereno, Spring 2010)
52. Inverse Kinematics    (Joel Sereno, Fall 2010)
53. Embedded Systems: Weapons    (Andrew Sharpe, Spring 2010)
54. Computer Games: Grenade Trajectory    (Blair Simons, Spring 2010)
55. Planetary Slingshot    (Michael Sorenson, Spring 2011)
56. Computer Games: RPG Trajectory    (Anthony Tangeman, Spring 2011)
57. Computer Games - Bullet Trajectories    (Chad Tarbutton, Fall 2010)
58. Bouncing Balls    (Chad Tarbutton, Spring 2011)
59. Case Study of a Volcanic Eruption: Mount Tambora 1815    (Raymond Tingley, Fall 2010)
60. Embedded Systems: Weapons    (Bradley Updyke, Fall 2010)
61. Telerobotics    (Bradley Updyke, Spring 2011)
62. Embedded Systems    (Varun Vasudeo, Fall 2010)
63. Computer Modeling/Simulation: Asteroid Collision    (William Volpe, Spring 2011)
64. Computer Graphics - Radiosity    (Clayton Whitelaw, Fall 2010)
65. A Comet's Orbit    (Eric Williams, Spring 2010)

Luther Palmer (1)

1. A Study of the Locomotion of a Running Quadruped Robotic Systems    (Bradley Savon, Spring 2010)

Luis Quezada (1)

1. Liquid Cooling (Computer System)    (Blanca Pena-Salvador, Fall 2017)

Sudeep Sarkar (1)

1. Detecting Edges    (Sam Maniscalco, Spring 2009)

Schinnel Small (1)

1. A program that calculates the Area and the Circumference of a circle    (Abdullah Alamri, Fall 2018)

Schinnel Small (10)

1. Calculus in video games    (Cody Casasata, Spring 2017)
2. A Comparison of Bullet Velocity Between a Video Game and the Real Word    (Filip Freund, Spring 2019)
3. Using Integral Calculus to Estimate the Volume of Lake    (Weijie Kang, Fall 2019)
4. Using Hooke's Law to Calculate the Work of a Spring    (James King, Spring 2021)
5. Basic analysis of pyramids by java program and mathematical calculus    (Jiaxuan Lyu, Fall 2019)
6. Design of Contemporary Navigation, Sensing and Control Systems    (Ammar Mashhadi, Spring 2019)
7. Java Program to Determine The Rate At Which You Should Adjust Swimming Pool Chlorine Content    (James Obeso, Spring 2018)
8. Improving Efficacy of Control Systems for Robotics Students    (Jay Sanders, Spring 2020)
9. A Calculus-Based Approach to Computational Methods of Physics Engines    (Daniel Veale, Spring 2019)
10. The famous Coin change problem and its possible new applications in Finance    (Quang Vu, Spring 2020)

Ralph Tindell (2)

1. Analysis of Polynomials Via Newton's Method    (Kyle Hemsley, Fall 2014)
2. Energy in a Capacitor    (Matthew Lewandowski, Fall 2008)

Yicheng Tu (1)

1. Using Series and Sequences to Study Algorithm and Time Complexities    (Jacob Hansen, Fall 2015)

Jing Wang (10)

1. Basic Operations of Matrices in Java    (Richard Boyer, Spring 2009)
2. Unsteady Temperature Distribution in a Sphere    (Kalan Brinkley, Fall 2011)
3. Applying Calculus in Computer Science    (James Keith, Spring 2013)
4. Slow Moving Computer Virus    (Noel Kelly, Fall 2013)
5. Tower of Hanoi    (Alec Mandell, Fall 2014)
6. The Subset Sum Problem: Reducing Time Complexity of NP-Completeness with Quantum Search    (Bo Moon, Spring 2012)
7. Big O Notation Applications    (Vivien Nguyen, Fall 2016)
8. Integration of Java Benchmarks    (Barry Tormey, Fall 2011)
9. Analysis of the Limits of Algorithms    (Tony Vega, Fall 2013)
10. Sea Level Rise Acceleration    (Gregory Wood, Fall 2014)

Mathe Wayne (1)

1. Measuring the Hydrostatic Fluid Force Applied into an Object    (Huy Nguyen, Fall 2020)

Malek Zaben (1)

1. Accessibility Ramp Drafting Program Utilizing Python    (Omoremi Parker, Spring 2021)

Zhen Zhang (1)

1. ODE simulation    (KunYoung Park, Spring 2017)

Connect Solutions Pvt Ltd

Imran Iqbal (1)

1. Applications of Calculus in Computer Engineering    (Abdullah Imran, Spring 2020)

ConnectWise

Bill Morgan (1)

1. Smart Phone Obsolescence    (Collin Ellis, Spring 2016)

Consumables Direct Sales Limited

Dwight Williams (1)

1. Modeling Change Over Time: Growth of Sales    (Kathryn Williams, Fall 2012)

COR at Gartner

Bryan Britz (1)

1. How the opening of more online jobs will affect the number of jobs available after the virus    (Dyllan Britz, Fall 2020)

Countryside High School

Peter Kudelich (1)

1. Hanging on: How Length affects Tension in a Rope with Mass    (Nael Lopez Camargo, Spring 2020)

Countryside Recreation Center

Ramon Pires (1)

1. Age Distribution at Countryside Recreation Center    (Daniel Spielvogel, Spring 2017)

CPA

Alisa Mitchell (1)

1. Finding the Consumer and Producer Surplus using Integration    (Christopher Mitchell, Spring 2022)

CPM LLC: PR

Francisco Martinez (1)

1. Using the Gompertz function to Predict the Progression of COVID-19 Pandemic in Puerto Rico    (Samantha Portillo, Spring 2020)

Creative Process Solutions

Stephanie Woomer (1)

1. Crop Yield Impacts of Saltwater Intrusion into Freshwater Irrigation    (Mackenzie Wookey, Spring 2020)

Criminalist,Office of Chief Medical Examiner New York City

Laura Molina (1)

1. Differential Equations in Forensic Science    (Marina Traister, Fall 2018)

Criminology

Leonard Genco (1)

1. Differential Equations in Time of Death    (Rita Reyes-Ruiz, Fall 2019)

Crispers

Shane Anderson (1)

1. Restaurant Cost Efficiency with Realtion to Labor Costs    (Keagan Anderson, Fall 2016)

Custom Firearm Finishes LLC

Eric Strickland (1)

1. Acceleration of a Projectile    (Michael Kennedy, Spring 2016)

CVS Pharmacy

Jason Kemp (1)

1. Expanding with Calculus    (Jesvin Ravela, Spring 2019)

Cynthia’s School of Dance and Music

Kaitlyn Tagliaferre (1)

1. Calculus of a Pirouette    (Kasey Tagliaferre, Fall 2017)

D.Y. Patil Sports Academy

Gitesh Awasthi (1)

1. Tennis Ball in Motion    (Abhimanyu Dakwale, Spring 2016)

Dallas Insurance Company: Analyst

Loy Harris (1)

1. Surface Area of an Oil Slick    (Ryan Noel, Spring 2012)

Dean's Cutting Edge Lawn Care, Inc.

Dean Ahlers (1)

1. Finding the Area of an Odd Shaped Landscaping Bed    (Brendyn Ahlers, Fall 2009)

De La Maza Ingenieros Constructores

Francisco De La Maza (1)

1. Finding Tension Force and Pressure for the problem of determining the correct equipment    (Nicolas Jara, Fall 2020)

Dental Hygienist

Sheri Bolster (1)

1. Determining volume necessary for a filling given the dimensions of a mandibular molar    (Jarek Bolster, Fall 2020)

Department of Water Resource

Wenqi Guo (1)

1. Demonstrate the Importance of Chinese New Population Policy    (Yijian Fan, Spring 2015)

Descon PVT LTD

Samina Wasim (1)

1. Applications of Calculus in Electrical Engineering    (Neha Wasim, Spring 2020)

Detroit Medical Center and Wayne State University School of Medicine

Marwan Alhajeili (1)

1. Drug Sensitivity    (Muaath Fadel, Fall 2014)

Devtech Sales

Doug Lemler (1)

1. Filling Sinkholes with Integration    (Paul Devlin, Spring 2018)

Digarc

Andrea Link (1)

1. Trend Analysis and Completion Prediction of the Section Project    (Ronald Jones, Spring 2018)

Disciplined Minds Tutoring Center

Caleb Whittenburg (1)

1. Analysis of Fluctuating Temperature on Performance of Filtration Material    (Michael Crippen, Spring 2018)

Distinctive Builders NJ

Glenn Griffin (1)

1. Calculating the Area of a Bedroom with a Curved Wall    (Andrew Waraksa, Spring 2021)

DJL Consultants

Dhanirys Lobaton (1)

1. Power Backup Application for Computer’s Memory    (Janick Serrallonga, Fall 2011)

Dog Coordinator

Shakira Cooks (1)

1. Creating a model of a dog cone based on conic multivariable calculus    (Jakira Davis, Spring 2021)

DoingIT

Dmitrii Karpenko (1)

1. Heatsink Power Dissipation and Overclocking CPU    (Maxim Shepelev, Spring 2019)

Domino's Pizza

Robert Carnes (1)

1. Finding the Right Amount    (Davidson Mann, Fall 2013)

Doosan Hydro Technology

Terry Nguyen (1)

1. Thermodynamics in a coke can    (Delmis Gomez, Fall 2014)

DOW Chemical

Samuel Moffet (1)

1. Pipeline Problems    (Jonathan Mull, Fall 2014)

Duke Energy

Jason Cutliffe (1)

1. Optimization of Length of Conductor Material in Power Lines    (Charles Roehm, Fall 2016)

Clide Forte (1)

1. Test Pool for Boat Engine Performance Diagnostics    (Joseph Bryant, Spring 2017)

Duke Energy

Anthony Ware (1)

1. Fast Fourier Transforms    (Emily Ware, Spring 2017)

DYK club

Khanh Phan (1)

1. Application of calculus in utilizing lighting with two sources of light.    (Duc Le, Spring 2022)

E.A. Sports

Alex Ault (1)

1. Smart Headphones    (Heather Woodyard, Fall 2014)

Eastside High School: Environmental Science

Steve Everett (1)

1. Predicting Hypereutrophication in Lakes    (Mary Stephan, Fall 2013)

Eau Galile High School: Engineering

Brad Lustic (1)

1. Optimizing Speed Via Tire Pressure    (Daniel Spencer, Fall 2013)

EC Driver & Associates

John Metroka (1)

1. Elastic Curvature of a Beam    (Frank Muir, Fall 2009)

Economics

Michael Loewy (1)

1. The Solow Model and Standard of Living    (Eric Frey, Spring 2017)

Andrei Barbos (2)

1. Equilibrium Tuition price for equal University competition    (Raymond Fajardo, Spring 2015)
2. Calculating demand of crude oil in the United States    (Daniel Pava, Spring 2020)

Xin Jin (1)

1. May 2010 United States Poverty Rate    (Amy Morina, Spring 2015)

Christopher Thomas (1)

1. Bertrand Price Beverages    (Ryan Miller, Spring 2015)

Educational Measurement and Research

Jeffrey Kromrey (1)

1. Subtle Artistry in Cogent Statistical Inferences    (Tyler Hicks, Fall 2013)

Electrical and Computer Engineering: USCD

Sabur Baidya (1)

1. Complexity Analysis of an Algorithm: Ordering Algorithms by Efficiency    (Shariah Haque, Spring 2020)

Electrical Engineering

Alexandro Castellanos (1)

1. The Electric Field Due to a Charged Rod    (Fahad Allhim, Fall 2017)

Nicholas Baksh (1)

1. Swivel Chair Wheel Applied Calculus Project    (Ryan Rodriguez, Spring 2022)

Adam Anderson (1)

1. Fourier Transform    (Dane Janssen, Fall 2010)

Kenneth Buckle (1)

1. Antennas and Transmit Power    (Thomas Williams, Spring 2012)

Daniel Capecci (1)

1. Converting Three VCG Component Signals    (Alexander Aguirre, Spring 2015)

Alexandro Castellanos (3)

1. Application of Calculus using a Fast Fourier Transform When Analyzing Data    (Alexander Goodchild, Spring 2019)
2. Applications of Calculus in the Instantaneous Voltage Across an Inductor    (Nathaniel Likens, Spring 2019)
3. Signal Analysis and Audio Filtering Using Fast Fourier Transform    (Jack Schlandt, Fall 2015)

Liliana Clark (1)

1. Knowing the dam force    (Marcus Norman, Spring 2017)

Ralph Fehr (1)

1. Simulation of a Band Pass Filter Circuit    (Jordan Chronister, Spring 2012)

Chris Ferekides (1)

1. Multi-Junction Solar Cell    (Michael Bonitatibus, Fall 2008)

Andrew Hoff (5)

1. Calculus Applications in the Photolithographic Manufacture of Microelectronics.    (Matthew Behunek, Fall 2017)
2. Total Power Delivered to Discrete Electronics    (Orell Hokenek, Spring 2012)
3. Improving Aerodynamics of High Performance and Electric/Hybrid Vehicles    (Austin Kannai, Spring 2022)
4. Diffusion of Ions in Solution    (Michael Kling, Fall 2008)
5. Power Consumption of a MOSFET    (Frederick Selkey, Spring 2010)

Supriya Ketkar (1)

1. Soccer Ball Ballistics    (Kaitlin Ivy, Fall 2011)

Kevin Luongo (1)

1. Impedance and Concentration    (Ammar Abbasi, Fall 2010)

Wilfrido Moreno (2)

1. Convolutions in Electrical Engineering    (Robert Farkas, Jr., Fall 2008)
2. Fourier Series Analysis    (Ashley Pena, Spring 2018)

Salvatore Morgera (1)

1. Executing Orbital Maneuvers    (Vincent Traina, Spring 2013)

Gokhan Mumcu (2)

1. Analysis of Automated Emergency Braking Systems in Automotive Applications    (Myles Keller, Fall 2016)
2. telephone signal    (Sonel Ramponneau, Spring 2015)

Joseph Register (1)

1. Analysis and Application of PID (Proportional-Integral-Derivative) Control Loops on the Inverted Pen    (Coyt Barringer, Fall 2013)

Stephen Saddow (1)

1. Cost Efficient Testing of Integrated Components    (Ryan Asson, Spring 2020)

Rudy Schlaf (2)

1. Computation Fluid Dynamics Investigation of Nanoparticles in Injector    (Christopher Allemang, Fall 2013)
2. Water For Miramar    (Gavin Zubka, Fall 2013)

Bob Sheridan (1)

1. Paraboloid Speaker Intensity    (Chris Mellon, Fall 2016)

Bhavin Sheth (1)

1. Application of simple statistics utilizing linear regression    (Christian Walker, Spring 2018)

Chamila Siyambalapitiya (2)

1. Average Time to Pass through a Toll Booth    (Michael Cheney, Fall 2012)
2. Diving Board Deflection    (Matthew Trapuzzano, Spring 2012)

Elias Stefanakos (1)

1. Electric Vehicle Charging Stations    (John Pilz, Fall 2014)

Paris Wiley (10)

1. Colored Television Made Possible due to Mathematics through the use of Fourier Series    (Dominic Apugliese, Fall 2014)
2. Fourier Series in Electrical Engineering    (Michael Brantley, Fall 2008)
3. Implications of Fourier Series for the Manipulation of Analog Television Signals    (Timothy Feldmann, Fall 2014)
4. Maxwell's Equations - Laws and Theory of Electromagnetics    (Ryan Fries, Spring 2015)
5. Neautralizing a target    (Steven Gioiosa, Fall 2014)
6. Fourier Series - Square Wave Series    (Nathan Hoffman, Spring 2012)
7. Fourier Series in the Case of an Ideal Square Wave    (Michael Kling, Spring 2009)
8. Transition To Color Television    (Jessica Swantek, Spring 2014)
9. How Fourier Series Made Color Television Possible    (Alisa Vasserman, Fall 2013)
10. Is the Vase Volume Big Enough?    (Glenn Zanzig, Spring 2017)

Electro Design Engineering

James Walton (1)

1. Predicting Cylinder Wall Distortion When Torque Plate Honing    (Corey Tucker, Fall 2013)

Electromechanical engineer (Barcelona)

Susana Solis (1)

1. MATHEMATICS-ENGINEERING PROJECT THE ART OF THE CALCULATIONS BEHIND ELECTROMECHANICAL BUILDING DESING    (Javier Solis, Spring 2022)

Endocrine Oncology

Randall Hamilton (1)

1. A Mathematical Model for The Upper Limits of Thyroid Volume in Adolescents    (Jacob Treanor, Fall 2018)

Endocrinology (Tampa)

Andrew Henry (1)

1. Rudimentary Model of Glucose Response to Stress    (Nasha Rios-Guzman, Fall 2016)

Engineering MUG

Matt Woody (1)

1. An Investigation into the Uses of Calculus on the Job site    (Ethan Finley, Spring 2022)

Engineering Student Services

Liliana Clark (1)

1. How to Find the amount of time that a candle will burn by looking the size of the candle    (Zahraa Alturkomani, Spring 2019)

Lili Clark (1)

1. Determination of Particle Size Distribution by Sieve Analysis    (Mohammed Alballam, Spring 2019)

Jeffrey Golabek (1)

1. Locating Centers of Mass with Image Processing    (Amina Gahramanova, Spring 2019)

English

Jeremy Eisenberg (1)

1. S.S NEMO - Undersea Lab Shell Volume    (Maxwell Landes, Spring 2013)

Enterprise Rent a Car

Dan Farlin (1)

1. Analyzing Vehicle Rental Volume    (Nelson Witherspoon, Spring 2013)

Entrepreneurship and Business

Mike Reynolds (1)

1. Calculating the Probability of Certain Offspring in a Labrador Poodle Mix    (Ryan Kobuta, Spring 2021)

Environ

Rovert Powell (1)

1. Possible Contamination from Rainwater in Community pool    (David McGregor, Spring 2021)

Environmental and Occupational Health

Sandra Garren (1)

1. Constructing a Produce Garden in an Urban Setting    (Beyana Hernandez, Spring 2022)

Environmental Law

Jacqueline Davis (1)

1. Environmental Engineering Project    (Alexandra Davis, Fall 2016)

Environmental Protection Commission

Mohammad Nozari (1)

1. Styrene Emission Environmental Compliance    (Andre Nozari, Fall 2010)

Alain Watson (1)

1. Styrene Emission Environmental Compliance    (Andre Nozari, Fall 2010)

Environmental Science and Policy

Osensang Pongen (1)

1. Analyzation of changing rates of CO2 in the atmosphere in relation to warming and cooling trends    (Trinity Ruggieri, Spring 2021)

Environmental Waste Tr Recycling

Silvio Reali (1)

1. Work Required for Pumping Septic Tanks    (Nicholas Reali, Spring 2022)

Equifax Inc.

Rupesh Patel (1)

1. Calculating Probability of Being Approved for a Loan based on a Credit Score    (Krish Patel, Spring 2021)

ERC Incorporated

Jim Jeffers (1)

1. Calculus and Coasters    (Kailyn Jeffers, Spring 2021)

Eriksson Technologies, Inc.

Jermey Castello (1)

1. Evaluating the Deflection of a Concrete Canoe    (Grant Garner, Spring 2016)

EverBank

Shanmugasundaram Thiruvenkatasamy (1)

1. Profit Optimization at Soda Factory    (Panith Thiruvenkatasamy, Spring 2018)

Excela Health Internal Medicine

Alana Headings (1)

1. Pharmacokinetics    (Seth Poziviak, Spring 2020)

Exlar

Bill Zerull (2)

1. Thermally Modeling a Four-Parameter Servomoter    (Courtney Cline, Spring 2015)
2. Cubic Mean Load    (Andrew Erhart, Spring 2015)

External MUG Specialist

Essam Allam (1)

1. Iphone Sales Optimization    (Aly El Tanany, Spring 2021)

Keith Todoroff (1)

1. Evaluation of Florida Standard Wind Speed Zones for South Florida Hurricane Region    (Michael Howell, Spring 2021)

Ali Abu Sulaiman (1)

1. Extraction of Geometric Properties of Undistributed Land    (Bandar Alkhatlan , Spring 2021)

Alyssa Hayford (1)

1. The Volume of a Donut’s Torus.    (Olivia Derdul, Spring 2021)

Noah King (1)

1. The Plastic Issue and how to “Reduce, Reuse and Recycle” with the Volume of a Cylindrical Shell    (Stephanie Mohler, Fall 2020)

Andrew Lowe (1)

1. Oh Maple Street, Oh Maple Street, Why are you so so Busy?    (Sierra Aranda, Fall 2020)

Randy Simes (1)

1. ACP final project    (Chance Simes, Spring 2021)

Dan Solazzo (1)

1. Using Calculus to Test the Accuracy of Physics in a Video Game Engine    (Colin McGill, Fall 2020)

Brent Williams (1)

1. Strength and Moment    (Natalie Huchro, Spring 2021)

Eye Specialists of Mid Florida

Tincy Thomas (1)

1. Visible Surface Area and Space Inside of the Human Eyeball    (Samuel Henry, Spring 2019)

F.N. Geckos

Nick Puppo (1)

1. Leslie Matrix Predicting Lizard Populations    (Peter Simoes, Spring 2013)

FACTS Engineering

Tristan Warder (1)

1. Applications of Calculus with Finding the Appropriate Wheel    (Theodore Frost, Fall 2019)

Faculties and Maintenance Manager at The Fountainhead Group

Paul Ragusa (1)

1. Oddly Shaped Containers and The Cost of Producing Them    (Matthew Enders, Fall 2020)

Family - Masters in CS

Marisol Torres (1)

1. Applied Calculus in Sports    (Jake Torres, Spring 2022)

Fertilizer Technologies

Curtis Griffin (1)

1. Using the Entropy Rate Balance to Determine the Heat Ttransfer and Work in a Flow Process    (Savannah Griffin, Fall 2017)

Finance

Jack Rader (1)

1. Tangencies of the Efficient Frontier and Individual Utility Functions    (Justin Wai, Fall 2010)

First Baptist Church of Dover

David Burtt (1)

1. SOUND PROOFING A MUSIC STUDIO    (Derek Evans, Spring 2017)

Fiserv

Walter Syzonenko (1)

1. Trapezoidal Rule    (Steven Syzonenko, Fall 2014)

Fitz Tropics Family Care

Gerald Fitzgerald (1)

1. Appointment Scheduling for Healthcare    (Skylar Tonova, Spring 2017)

FIU

Benjamin Boesl (1)

1. Determination of Satellite Decay for Low Earth Orbits    (Connor McDaniel, Spring 2021)

Florida Air

Mike Kalfsbeck (1)

1. PID Control Loops    (Levi Pierce, Spring 2011)

Florida Aquarium

Katherine Jeffrey (1)

1. North American River Otter Pup Feeding Technique and Population Considerations    (Ryanne Sullivan, Spring 2011)

Florida Atlantic University

Steve Forrest (1)

1. Calculus in building rollercoasters    (Adam Batat, Fall 2017)

Florida Department of Environmental Protection

Amaury Betancourt (1)

1. Concentration of Phosphorus in the Everglades    (Brianna Godwin, Fall 2014)

Kristopher Brown (1)

1. Florida and Invasive Species Management: Feral Hog    (Brandi Harris, Spring 2010)

Gerald Foster (1)

1. Calculating a Function for Chlorine Residual for the University of South Florida’s Public Water Syst    (Adam Kirchein, Spring 2016)

Bekkah Marshall (1)

1. Calculating a Function for Chlorine Residual for the University of South Florida’s Public Water Syst    (Adam Kirchein, Spring 2016)

Vishwas Sathe (1)

1. Rainfall Storage Capacity of a Phosphogypsum Stack    (Anthony Annibali, Fall 2013)

Florida Department of Transportation

Ned Popov (1)

1. Volume of Asphalt Required to Construct a Speed Hump Compliant with State Regulations    (Abdul Hasbini, Spring 2016)

Florida Engineering Solutions

John Hoy (1)

1. Calculating vibrations of structures    (Michael Edgemon, Fall 2020)

Florida Fish and Wildlife Conservation Commission/Research Institute

Amber Navers (1)

1. Calculating Sustainable Renewable Resources    (Brent Hagood, Fall 2016)

Alina Corcoran (1)

1. How the presence of Nitrogen in the water affects cell size of Karenia brevis and how it alters its    (Kathryn Harring, Spring 2015)

Mary Dowdell (1)

1. Population Growth Analysis of Red-cockaded Woodpeckers in the Citrus Tract of Florida    (Amanda Abel, Spring 2011)

Chris Green (1)

1. RCW Population    (Marissa Tanner, Fall 2014)

Jeffrey Hostetler (1)

1. POPULATION AND MORTALITY PREDICTIONS OF THE FLORIDA MANATEE- TEN YEAR WATERCRAFT MORTALITY    (Dylan Lehigh, Fall 2018)

Stacie Koslovsky (1)

1. Judging the Florida Manatee Synoptic Survey Results as Compared to Logistic Population Growth    (Eric Robinson, Spring 2011)

Robert Muller (2)

1. Overfishing the Common Snook Populations    (Allison Ashcroft, Spring 2012)
2. Stock Recruitment Analysis of Black Grouper    (Catherine Orr, Fall 2012)

Florida Gulf Coast Univeristy

Luis Garcia-Fierro (1)

1. Death In the United States    (Adan Garcia, Spring 2017)

Florida Highway Patrol

Timothy Sleyzack (1)

1. Mathematical Reconstruction of a Traffic Crash    (Benjamin Covert, Spring 2020)

Anthony Napoli (1)

1. Using the Mean Value Theorem To Issue A Traffic Ticket- Political Science    (Chatham Napoli, Spring 2016)

Florida Hospital

Anne Marie Carter (1)

1. Measuring Morphine Concentration in the Human Body    (Keristy Carter, Spring 2018)

Kanwaljit Sidhu (1)

1. Effects of Exercise on Blood Vessel Compliance    (Manveer Sidhu, Spring 2017)

Florida Medical Clinic

Samina Reza (1)

1. A Mathematical Approach to the Growth Rate of Solid Breast Cancer Tumors    (Tiffany Miller, Spring 2013)

Florida Precision Machine and Metal

William Valdes (1)

1. Optimization and Cooling Performance of Racing Radiators    (Alberto Perdomo, Spring 2014)

Florida State University: Urban Planning

Steve Leitman (1)

1. Flint River Flow    (Jay Gilbert, Spring 2014)

Florida Tech

Jim Tryzbiak (1)

1. 2005 Honda TRX450r Performance Testing    (Ethan Wilson, Spring 2013)

Fluor Enterprises

Ernesto Bonet (1)

1. Volume of Duct Bank Excavation    (Scott Miller, Fall 2013)

Fordham Plumbing

Roberto Velasquez (1)

1. Water Tank Pressure and Drainage    (Daniel Soares, Fall 2012)

Ford Motor Company

Jacob Loebenberg (1)

1. Finding the Centroid of an Airfoil    (Evan Fountain, Spring 2014)

Forestry Cunsultants Inc.

Melisa Love (1)

1. Optimization of Pine Tree Farming    (Samuel Dornbusch, Spring 2014)

Former Level Designer at Ukuza

Dylan Moore (1)

1. Kinematic Formula Translation Program    (Nicholas Hess, Fall 2020)

Fortis College: Medical Sciences

Andrei Chugunov (44)

1. Comparing Human and Bacterial Genome    (Shiva Acharya, Fall 2010)
2. Proactive Interference and Forgetting    (Vinishaa Ankala, Spring 2011)
3. Effects of Age on Short Term Memory Loss Due to Proactive Interference    (Alisha Berkauzer, Fall 2011)
4. Familial Alzheimer    (Patrick Brett, Spring 2013)
5. Effectiveness of Commodity Distribution in Haiti    (Kayan Clarke, Spring 2011)
6. Comparison between E. coli and Human Genomes    (Nanci Cook, Fall 2010)
7. Life Expectancy and Living with Cholesterol    (Marlet Corona , Spring 2011)
8. Herpes Simplex Virus 1 and Alzheimer's Disease: Mathematically Modeling Disease Prevalence in Simula    (Kristin Daniels, Spring 2012)
9. Life Expectancy and Variables    (Brian Davis, Spring 2011)
10. Enzymes And Speed of Biochemical Reactions    (Nha-My Do, Spring 2012)
11. Study of How Information is Gathered in the Brain    (Brian Fernandez, Spring 2011)
12. Telomerase and Human Fibroblast Cell Life In Vitro    (Michael Field, Spring 2012)
13. Enzymes and Speed of Biochemical Reactions    (Javier Figueroa, Spring 2012)
14. The Future of Genetically Modified Cotton    (Jacqueline French, Fall 2011)
15. Mathematical Analysis on Genomic Evolution    (Cedric Green, Spring 2011)
16. The Correlation Between Variables and Life Expectancy    (Jermaine Hamilton, Spring 2012)
17. The Moon's phases and the Menses of Earth    (Johnathan Hicks, Fall 2012)
18. Proactive Interference    (Cindy Hincapie, Fall 2011)
19. An Understanding of Beta Amyloid’s Relation to Alzheimer’s Disease    (Tampa Hutchens, Spring 2012)
20. Telomerase, Cancer, and Aging    (Seung-eun Jang, Spring 2012)
21. Analyzing Ideal Blood Glucose and Insulin Levels    (Michael Katzen, Spring 2012)
22. Using the Mutation Rate of E. Coli to Predict Human Evolution    (Nicholas Kokkinakis, Fall 2010)
23. Study of Consciousness    (Samuel Lee, Spring 2011)
24. Correlation Among Different Variables and Life Expectancy    (June Liu, Spring 2011)
25. Lunar Cycles and Tide Correlations    (Maximilian Mantius, Fall 2012)
26. Bacterial Genome Evolution into Human Population Growth and Expansion    (Janate Mara, Spring 2011)
27. Heart Rate in Rowers and Non-Rowers    (Stephanie Martell, Spring 2011)
28. Correlation Between Early Onset of Alzheimer's Disease and Ɛ4 Allele of Apolipoprotein E    (Rajesh Melaram, Spring 2012)
29. Genetic Sequencing    (Samuel Metzen, Fall 2010)
30. Model for Total Number of Synapses in a Human Brain    (Thai Nguyen, Fall 2010)
31. Enzymes: More than just Proteins    (Nam Nguyen, Spring 2012)
32. Relieving Stress and Cancer    (Tri Nguyen, Fall 2012)
33. Cholera Epidemic In Haiti    (Jean Obas, Spring 2011)
34. Mathematical Model of Vaccination Against Cholera    (Orville Pemberton, Spring 2011)
35. Exploring Biological and Quantum Computations    (Jesus Perdomo, Fall 2012)
36. DNA Comparison Study: Comparison between the Human Genome and the Mouse Genome    (Gloria Perez, Fall 2010)
37. SIR Epidemology Model    (Alejandro Pina, Spring 2011)
38. Diverse Physiological and Environmental Means May Influence Life Expectancy of Different Species    (Spiro Ranxha, Fall 2011)
39. Cholera Outbreaks in Haiti    (Scott Samuels, Spring 2011)
40. Quantifying the Mind: Investigating Units of Memory    (Emily Tonjes, Fall 2010)
41. Nerve Cell Deterioration Functions of Alzheimer’s Patient    (Yaping Tu, Fall 2010)
42. Analysis of Enzyme Efficiency    (Rojan Varghese, Spring 2012)
43. Relating Population Size with Different Variables    (Ashley Washington, Spring 2012)
44. The Relationship between Enzymes and Substrate Concentration    (Nina Wilczynski, Spring 2012)

Fort Knox Fire and Communications President

Sean Collins (1)

1. Emergency Communications Deficiency Locator    (Austin Collins, Spring 2020)

Gaither High School

Carissa Deneca (1)

1. The Maximum Production of Solar Energy    (Lindsey Meyer, Spring 2021)

GBA INC

Don Donaldson III (1)

1. PROMOTING THE USE OF THE LOGISTIC GROWTH FUNCTION    (Ali Farik, Fall 2016)

General Dentistry

Angela Melton (1)

1. Brushing to Maintain Oral Health    (Doran Freeman, Fall 2016)

General Dynamic Electric Boat

Jeremy Lauer (1)

1. Submarine V. Surface Ship—Related Rates    (Michael Martin, Fall 2014)

General Manager Hamilton Harbor Yacht Club

George Hamilton (1)

1. Using Statistics to Compare Tidal Data at Hamilton Harbor Yacht Club in Naples Bay    (Gavin Greco, Fall 2020)

General Manager of North Tampa Hooters

Douglas McCoil (1)

1. Dressing Dispenser    (Jacob Muscianese, Spring 2021)

General Motors

Dave Freeman (1)

1. Rate of Displacement between Porsche 918 Spyder and Bugatti Veyron 16.4 Super Sport    (Mark Sadek, Fall 2014)

General Unlimited Contractor

Gregory Humphrey (1)

1. Finding the Equation for Bacteria in Rainwater of an Unusually Shaped Pool    (Delaney Wetter, Spring 2022)

Geography

Michael Eduful (1)

1. Indonesian Deforestation Rate    (Isabella Carbonell, Fall 2016)

Jennifer Collins (1)

1. Analysis of Rainfall in Tampa During the 2016 Calendar Year    (Amy Polen, Spring 2017)

Rebecca David (3)

1. Plastic Waste: The Environmental Cost on the World’s Oceans    (James Conn, Spring 2015)
2. Carbon Dioxide Emissions from Air Conditioner Use    (Michael Gile, Spring 2016)
3. U.S. Agricultural Land and Brazil Growth Trends    (Victoria Koster, Fall 2015)

Joni Downs (6)

1. Area of Mount St. Helens Before and After the 1980 Eruption    (Simona Platukyte, Fall 2009)
2. CO2 Emission on Mauna Loa    (Kiana Ramos, Spring 2021)
3. Swainson's Hawks Migration Area    (Jessica Shumate, Spring 2013)
4. Carrying Capacity on USF Campus for Muscovy Ducks    (Queen Smith, Fall 2020)
5. Utilizing Math to Predict Methane Emissions Levels in Florida in a Year    (Anna Stoner, Spring 2022)
6. Applying Integrals to an Animal's Home Range    (Aaron Wolf, Spring 2009)

Franklin Graham (1)

1. Bee Population in the United States    (Jacob Davis, Spring 2017)

Mark Hafen (1)

1. United States Population Growth    (Hannah Edwards, Fall 2014)

Garrett Hyzer (1)

1. Estimated Bald Cypress Biomass    (Ashley Lowe, Fall 2013)

Christopher Metzger (1)

1. Future of America‘s Electricity Use    (Shelby Mireles, Spring 2013)

Connie Mizak (14)

1. Future Global Population Growth Estimation Using the Logistic Equation    (Wei Chen , Spring 2018)
2. Evaluating the Impact of Red Tide on Florida’s Manatee Population    (Elizabeth Coleman, Fall 2018)
3. Predator-Prey Dynamics    (Zachary Conger, Spring 2018)
4. Effectiveness of Environmental Policies on Manatee Deaths    (Chloe Eaton, Fall 2020)
5. Reconstruction of Brooksville Ridge Cave Temperature    (Amor Elder, Fall 2009)
6. Curve Fitting to Find Equations That Describe Sea Level Rise    (Jared Frederick, Spring 2019)
7. Comparison of Plastic Production and Recycling in the US    (Bridget Hartung, Spring 2021)
8. Related Rates of the BP Deepwater Horizon Oil Spill    (Natalee Judson, Spring 2017)
9. Decline in Bee Population    (Ryan Kelly, Spring 2018)
10. Acceptable ranges of nitrogen and phosphorus nutrient levels in Hillsborough County    (Christina Mbuya, Spring 2016)
11. Predicting the Loggerhead Sea Turtle Population in Ten Years    (Sarah Neglia, Spring 2019)
12. Analyzing Piney Point's Wastewater Discharge Rate    (Josephina Reyman, Spring 2021)
13. Rise of Organic Farming in the United States    (Collin Tennant, Fall 2012)
14. Determining Human Population    (Sanda Zupancic, Spring 2016)

Kai Rains (1)

1. Monitoring the Water Table Aquifer Below the USF Forest Preserve    (David Baldwin, Fall 2016)

David Roache (1)

1. Pressure Within a Tornado    (Kristin Johnson, Fall 2010)

Troy Salisbury (1)

1. 21st Century Population Growth    (Vikrant Pendharkar, Spring 2017)

Laurie Walker (12)

1. The Elevation to Area Relationship of Lake Behnke    (Kaitlin Deutsch, Spring 2012)
2. Anchovy Population Growth    (Eric Edinger, Fall 2018)
3. Calibration of Conventional Bioretention Filters Using Tracer Data    (Bryce Fields, Spring 2018)
4. The Rise of the Mexican Petunia    (Kendall Hathcock, Fall 2015)
5. The Florida Panther Problem    (Kristi Kauzlarich, Spring 2011)
6. Population of Squirrels at the University of South Florida Botanical Gardens    (Alexander Miller, Spring 2012)
7. Brown-Headed Cowbird & Blackbirds Immune Responses to West Nile Viruses and other Mosquito-Borne En    (Keith Moore, Fall 2012)
8. Pollination of a Canary Tree Flower    (Abbie O'Hern Weeks, Fall 2010)
9. Population Dynamics of Toads    (Paul Plourde, Fall 2013)
10. Mangrove Coverage of Weedon Island Preserve    (Sean Reilly, Fall 2012)
11. Biodiversity in a Florida Sandhill Ecosystem    (Samantha Robertson, Fall 2009)
12. The Impact Cogongrass has on Biodiversity at Circle B Bar Reserve    (Stacy West, Spring 2013)

Philip van Beynen (5)

1. Determining Past Climate from Isotopic Analysis of Speleothems    (Jessica Aguilar, Spring 2015)
2. Reconstruction of Brooksville Ridge Cave Temperature    (Amor Elder, Fall 2009)
3. Determining Historic Climates Using Oxygen and Carbon Isotopes Found in Stalagmites    (Eric Gibson, Spring 2020)
4. Determining Past Environmental Conditions through Examination of Stalagmites    (Matthew Rhoades, Spring 2014)
5. Speleothem Laminae Counting and Growth Rates    (Corey WIlson, Fall 2011)

Geological Oceanography

David Naar (1)

1. Removal of CO2 by Sea Floor Subduction    (Ruth Barthle, Fall 2013)

Geology

Rocco Malservisi; Mitchell Hastings (1)

1. Deriving the Steady-State Geothermal Equation from the Principle of the Conservation of Energy    (Sarah Hartshorn, Spring 2019)

Kamal Alsharif (1)

1. Applying Population densities with integrals to calculate populations near Brownfield sites    (Veronica Santiago, Fall 2020)

Arsum Pathak (1)

1. Predicting disease spread through population growth    (Aaron Davis, Fall 2017)

Brian Andres (2)

1. Reconstructing Pterosaur Wingspan    (Lydia Manos, Spring 2012)
2. An approach to the use of stack structures to reduce temperatures in living spaces    (Sebastian Tomassi, Fall 2016)

Zachary Atlas (1)

1. Potassium-Argon Radiometric Dating    (Blake Roux, Fall 2014)

Liana Boop (2)

1. Radiometric Dating Project    (Jonathan Bojar, Fall 2013)
2. Uranium-Lead Radiometric Dating    (Yamil Jimenez, Spring 2014)

Jun Cheng (1)

1. Beach Sediment Analysis 2012-2018    (Emily Ritzel, Fall 2020)

Charles Connor (3)

1. Fukushima: A Model Study    (Melinda Kathryn McKell, Fall 2012)
2. Estimating Lava Flow Volume: Applications in Volcanic Hazard Assessment    (Samantha Tavarez, Spring 2013)
3. Volume and Total Erupted Mass of Volcanic Ash Deposit    (Daniel Wood, Spring 2014)

Kathryn Dorn (1)

1. Determining the Volume of a Volcano    (Nicole Seiden, Spring 2017)

Michael Eduful (2)

1. Water Quality Analysis    (Ismael Diaz, Fall 2015)
2. Assessing the Impact of Humans on Nature's Biodiversity    (Brianna Kesler, Fall 2014)

Aurelie Germa (3)

1. The Application of Fermat’s Ratio in Geology    (Jonathan Belcher, Spring 2020)
2. Potassium – Argon dating of volcanic minerals    (Vincent Carter, Fall 2015)
3. Geochemical Modeling of Fractional Magma Crystalization    (Luke Varner, Spring 2018)

Peter Harries (1)

1. Rarefaction Analysis of Chipola Formation Fossils from the Miocene    (Justin McNabb, Spring 2011)

Gregory Herbert (3)

1. Volume of a Snail Shell    (Allyson Imperio, Spring 2012)
2. Sustainable Harvesting    (Shelby Knobel, Fall 2017)
3. SUSTAINABILITY OF STONE CRAB CLAW HARVESTING FISHERIES    (Ashley Maximilien, Fall 2018)

Tess Ippolito (2)

1. Future World Population    (Chandler Constantino, Fall 2017)
2. Algae Growth rate in local retention ponds    (Julissa Ocampo, Spring 2022)

Thomas Juster (7)

1. Cooling of the Oceanic Lithosphere    (Branden Antoine, Spring 2017)
2. Measuring Discharge of Rivers    (Adam Gebarin, Fall 2011)
3. Flood Frequency of the Mississippi River in Minnesota    (Madison Jender, Fall 2019)
4. Integrating the Equation of Hydrostatics for Groundwater under Non-isothermal Conditions    (Megan Levine, Spring 2019)
5. Study about Hawaii’s Volcano’s Activities by Using Radioactive Decay Formula.    (Minh Luu, Spring 2014)
6. Rainfall Management Systems in Trinidad and Tobago    (Levi Smith, Fall 2017)
7. Alta, Wyoming Groundwater Flow    (Jose Torres, Spring 2014)

Brad Mack (1)

1. A First Order Approximation of the Depth of a Sedimentary Basin    (Mari Patient, Spring 2019)

Rocco Malservisi (1)

1. Tsunami Waves    (Samantha Pennino, Fall 2017)

Judy McIlrath (3)

1. Determining the Geothermal Energy Potential of Bulgaria    (Rebecca Dunn, Fall 2017)
2. Recurrence Interval Analysis    (Kaylee Rushing, Spring 2020)
3. The 2004 Indian Ocean Earthquake and Tsunami    (Adam Winton, Fall 2017)

Blaire O`Neal (1)

1. Finding and Comparing the Diversity of Two Areas within an Ecosystem    (Grayce Smith, Fall 2014)

Bogdan Onac (1)

1. River Erosion and Deposition    (Vanko Antonov, Fall 2013)

Joseph Panzik (2)

1. Approximation of the Two-Layer Structure of Earth, Jupiter, and Neptune    (Selena Kimball, Spring 2019)
2. Analyzing Rates of Change and Trends Within Carbon Dioxide Data    (Priscilla Santiago, Fall 2019)

Joseph Panzik; Sarah Sheffield (1)

1. Role of Paleomagnetism in the Construction of Earth's Geographic Past    (Stephanie Robinson, Spring 2020)

Matthew Pasek (3)

1. Radioactive Dating in Geology    (Kyra Claxton, Spring 2012)
2. The Change in Velocity of Meteorites    (Keir Sanatan, Fall 2011)
3. Half-life of phosphite compounds in the environment    (Emeli Sandoval, Fall 2011)

Matthew Pasek; Christopher Mehta (1)

1. Reaction Mechanisms of Hydrogen Cyanide, Formamide, and Related Species in Prebiotic Earth    (Kaylie Headings, Spring 2019)

Ana Pollock (1)

1. Calculus in Radiometric Dating    (Amber Chambers, Spring 2021)

Anna Pollock (1)

1. THE USE OF CALCULUS TO DETERMINE EFFICIENT FERTILIZER LEVELS FOR CROP PRODUCTION    (Cole Loadholtz, Spring 2022)

Mark Rains (3)

1. Determining Which Depth the 60% Depth Rule for Mean Stream Velocity Refers To    (Elizabeth Davids, Spring 2015)
2. Removing Pharmacueticals From Hillsborough Tap Water    (John Demeter, Spring 2010)
3. The Relationship Between the Length of Chinook Parr and the Temperature of the Water in the Muskegon    (Kamil Taneja, Fall 2015)

Jeffrey Ryan (1)

1. Appling Calculus to Calculate the Temperature of Mineral Formation in Magma    (Jesse Scholpp, Spring 2017)

Joshua Slattery (1)

1. Radiometric Dating of Igneous Rocks    (Robert McDaniel, Spring 2014)

Joseph Smoak (1)

1. Evapotranspiration Rates of Crews Lake    (Lukas Medo, Spring 2015)

Mark Stewart (1)

1. Sinkhole Volume Approximation    (Casey Albritton, Spring 2012)

Graham Tobin (1)

1. Seasonal Algal Growth in Lake Tahoe    (Ariana Halvaei, Spring 2018)

Kenneth Trout (1)

1. Diffusion of TCE into Soil    (Emily Varner, Spring 2013)

Philip Van Beynen (1)

1. Electronic Waste Generation from 2000 to 2012    (Ouleymatou Traore, Spring 2016)

Ping Wang (1)

1. Calculating Water Wavelength using Dispersion Relation and Approximation    (Chantelle Lee, Fall 2018)

George F. Young, Inc.

Michael Rissman (1)

1. Model of Accumulation of Lead in Water over Time    (Emma Rissman, Spring 2016)

Georgia Tech University (Computer Science)

Tahsin Ekram (1)

1. UNDERSTANDING PID CONTROL    (Syed Abrar Jahin, Fall 2018)

Gerdau Ameristeel

Floyd Yocum (1)

1. Volume of Refractory Material    (Lydia Yocum, Spring 2013)

GE TFA 1 Controls Field Engineer

William Conover (1)

1. Gas Turbine Control System    (Natasha Nieckoski, Spring 2019)

GFA International

John Desnoyers (1)

1. Sinkhole Disaters    (Charles Griffith, Fall 2012)

Global Cen­ter for He­aring & Speech R­esearch

Parveen Bazard (1)

1. Determining Size and Concentration of Gold Nanoparticles via Ultraviolet-Visible Spectrophotometer    (Sanim Rahman, Fall 2015)

Globalmax Ind.

Rafael Moreira (1)

1. Calculating the Volume of Water Necessary in a Hydroelectric Power Plant    (Leonardo Sales, Spring 2017)

Global Projects Surveying LLC

Julio Rodriguez (2)

1. Calculus Application to Topographic Mapping    (Veronica Zapata, Spring 2019)
2. Calculus Application to Topographic Mapping Continued    (Veronica Zapata, Fall 2020)

Good Samaritan Hospital

Ida Mazza (1)

1. Calculus in Medicine and the Heart    (Maddy Adcock, Spring 2022)

Government of India

Aniranjan Prasad (1)

1. To Determine Value of Capacitive Element to Be Inserted in a Solar Photo-Voltaic System    (Yash Bharel, Fall 2020)

Green Golf Academy (Thailand)

Phasit Rachadaponlerd (1)

1. How To Play a Better Golf    (Poomipong Wattanavijit, Spring 2014)

Greystar

Klinton Blair (1)

1. Rocket's Vertical Velocity Solved Using Differentiation    (Noah Reichley, Spring 2022)

Griff's Contracting

Aldric Griffin Sr. (1)

1. Analysis of Pulley Systems    (Aldric Griffin, Spring 2018)

Group K Diagnostics

Joseph Geromini (1)

1. Save a Life by Thinking Twice    (Sophia Hostetler, Fall 2019)

Guitar Center

Joshua Bianco (1)

1. Don't Fret It    (James Upchurch, Fall 2014)

Gulf Coast Jewish Family & Community Services

Marisol Sedore (1)

1. Diabetes Prevalence & Length of Residence (US immigrants)    (Thet Win, Fall 2016)

Gulf Coast State College (Engineering Technology)

Morris Jarmon (1)

1. Waste Control While Making Soap    (Samantha Wilson, Spring 2018)

Halifax Health Center

Kenneth Cate (1)

1. The Half-Life of a Drug    (Yuliya Pavlova, Fall 2013)

HARCO Mechanics

Mohamed Yakni (1)

1. Is The Smart Car’s Rigid Frame Design Actually Safe? Let’s Ask Calculus.    (Ibrahim Harmouche, Spring 2015)

Harvard University: Human Evolutionary Biology

Daniel Lieberman (1)

1. Curve Analysis of Shod vs Barefoot Running    (Eric Capostagno, Fall 2011)

Hatch

Nathat Somerville (1)

1. Calculating the Flow Rate of a Water Feature    (Tyler McBee, Fall 2013)

HCA Healthcare

Stacey Wilson (1)

1. Calculus Determining Drug Dosages    (Myra Cardona, Spring 2021)

HDR Engineering Inc.

Bao Le (1)

1. Betta Fish Growth Equation    (Huy Tran, Fall 2015)

Joel Tejedor (1)

1. TESTING COMPATABILITY OF A CAPACITOR UTILIZING OHM’S LAW, RMS VOLTAGE, AND INTEGRATION    (Samantha Jones, Fall 2016)

HDR Engineering Inc.; Civil & Environmental Engineering

Nathan Van Etten; Eva Fernandez (1)

1. Behavior of a Pedestrian Bridge Under Uniform Loading    (Odelkys Marquez, Spring 2013)

Health Map Solutions

Xaivea Benjamin (1)

1. Predicting the Cost of Management for Chronic Kidney Diseases through a Probability Model    (Jocelyn Butler, Spring 2022)

Health Sciences

Vaishnavi Madathil (1)

1. Determining if a tested medicine is formulated and performing correctly    (Neha Mannadiar, Spring 2022)

Heidt Design

Tim Plate (2)

1. Analysis of Precipitation Data    (Sean Wodrich, Fall 2014)
2. Creating a Drainage Basin    (Sean Wodrich, Fall 2015)

Hernanado County School Board

Stan Prewitt (1)

1. The Parthenon    (Anthony Prewitt, Fall 2011)

Hernando Beach Lawn Maintenance

Lisa Varney (1)

1. Lawn Maintenance Investments and Profitability    (Bailey Hypes, Fall 2018)

Highschool (Tampa)

Luis Bertram (1)

1. Calculus-Based Principles Found in Neural Networks    (Sebastian Palacio-Mejia, Spring 2022)

High School professor

Roberto Fadanelli (1)

1. Calculating the Dimensions and Volume to Create a Beer Glass    (Felipe Bof, Fall 2016)

Hillsborough Community College

Tammy Bevins (1)

1. Perfect Pitch    (Kirkland Raibon, Fall 2013)

Sami Kadamani (1)

1. Dosage Rates    (Samer Hussamy, Fall 2014)

Hillsborough Community College (Chemistry)

Bruce Bondurant (1)

1. Nucleophilic Strength And Reactivity In SNAr Reactions    (Ethan Munoz, Fall 2018)

Hillsborough County

Leland Dicus (1)

1. Approximating the Volume of a Lake    (Jabreea Johnson, Fall 2016)

Hillsborough County Public Works Department

Freddy Delgado (1)

1. Continous Random Variable: Ball in Interval    (Alejandra Delgado-Victoria, Fall 2018)

Jose Sanchez (1)

1. Global Positioning System and the Least-Squares Solution    (Alexander Soler, Spring 2014)

Hillsborough County School District

Kelly Morrison (1)

1. Bringing Diversity to the Classroom    (Maegan Calkins, Fall 2012)

Hillsborough County Schools

Johntha Gillyard (1)

1. Aging Antibodies: Using Calculus to Argue that Antibodies for COVID-19 Are Fleeting    (Kolton Dean, Fall 2020)

Hillsborough County Water Department

Dwayne Johnson (1)

1. Drinking Water Demand of Tampa Bay    (Wesley Mayhew, Spring 2019)

Holmberg Farms, Inc.

Greg Holmberg (1)

1. Mechanical Ventilation of a Greenhouse    (Clay Morris, Fall 2008)

Honeymoon Island State Park

Daniel Larremore (1)

1. Brazilian Pepper's Impact on Barrier Island Biodiversity    (Grayson McCormick, Fall 2010)

Honeywell

Bob Beall (1)

1. Strategic Missle Defense System    (Mitchell Schuerman, Spring 2020)

Honors College

Carter Harbert (1)

1. The Delicate Balance of Breathing    (Joshua Garcia, Spring 2020)

Hospice MD

Sandra Haskell (1)

1. Population Predictions of Hillsborough County    (Felicity Weisbrod, Spring 2022)

Hospital Program

17 Hospital Mentors (35)

1. Marital Status and Hospital Stay    (Natasha Barat, Spring 2010)
2. Mathematical Relationship between Albumin Level and Average Braden Scores    (Jessica Burgess, Spring 2010)
3. VAP Bundle Compliancy    (Juliana Cafiero, Fall 2009)
4. Predictors of Patient Length of Stay    (Ryan Cargo, Spring 2009)
5. Decreasing Readmission for Heart Failure Patients    (David Cook, Spring 2009)
6. Relationships to Mortality and Health Complications    (Benjamin Cottrell, Fall 2009)
7. Rapid Response Teams    (Tyler Cureton, Fall 2009)
8. ICU Stay vs. Overall Stay    (Peter Davito, Spring 2010)
9. Effects of Arrival Method on Hospital Length of Stay    (Menocca Etienne, Spring 2010)
10. Correlation Signifigance between Various Nursing Unit Scores    (Melissa Fisher, Spring 2009)
11. Percentage of Certified Nurses vs. Number of Pressure Ulcers    (Carlos Flores, Fall 2009)
12. Relationship Between Care Measures and Post Op Complications    (Gabriela Garton, Spring 2009)
13. Rate of Infection after Use of Pre-operative Antibiotics    (Shaher-Baano Haider, Fall 2009)
14. Formulating Relationship Between Age and Number of Patients    (Jimmy Huynh, Spring 2010)
15. The Effects of APR-DRG Classifications on Medicaid Patients    (Sean Jarvis, Spring 2009)
16. Effects of Care and Comfort Rounds on Patient Satisfaction Scores    (Nitish Kannan, Fall 2009)
17. Treatment times following a Canalith Repositioning    (Sabrina Leandre, Fall 2009)
18. Trends in Hospital Acquired DVT and PE    (Khaled Matar, Fall 2009)
19. Patient Safety Culture Using Statistical Analysis    (Minal Patel, Spring 2009)
20. Correlation between Age, Albumin, Braden, and Skin Integrity    (Ratna Peesapati, Spring 2009)
21. Impact of APCLs on the Frequency of Nosocimal Pressure Ulcers    (Kayra Petroccelli, Fall 2009)
22. Statistical Analysis: ICU Tracker Patient Variables    (Nhan Pham, Fall 2009)
23. The Impact of Sepsis Protocol Variables on Patient Survival    (Heather Rasmussen, Spring 2009)
24. Strongest Predictors on a Patient's Length of Stay    (Christian Rivera, Fall 2009)
25. Correlation with the Age of a Patient and Time of Stay    (Nelson Rosales, Spring 2010)
26. The Graphical Relationship Between Age and Braden Value    (Kaitlyn Russell, Spring 2010)
27. Hospital Acquired Conditions in Uninsured Patients    (Jill Sears, Fall 2009)
28. Hospital Acquired Conditions    (Julian Shoben, Fall 2009)
29. Hospital Readmission Rate Statistics    (Ed Sibal, Fall 2009)
30. Intensive Curve for the Intensive Care Unit Patients    (Guadalupe Silva, Spring 2010)
31. Team Member Satisfaction Scores vs. Patient Care Technician    (Alyssa Sison, Fall 2009)
32. Demographic Characteristics of a Typical Fall Patient    (Lawrence Stawkowski, Spring 2009)
33. Deep Vein Thrombosis and Pulmonary Embolism Trends    (Autumn Tatum, Spring 2009)
34. Approximating Hospital Stay Based on Race and Age    (Violeta Trenkova, Spring 2010)
35. Impact of Secondary Psychiatric Diagnosis on Length of Stay    (Erik Webb, Fall 2009)

Housing and Residential Life

Eddie Richardson (1)

1. Tends in Incoming Mail at USF    (Ashley Hagins, Fall 2017)

HSA Engineers & Scientists

Donna Cline (1)

1. Sizing Air Compressor    (Israel Ibiapina, Fall 2009)

Hudson Valley Community College

William Fairbanks (1)

1. Probability Applied to Hydrology    (Joseph Pellegrino, Spring 2009)

Hungry Howie's

Kevin Green (1)

1. Dough stretching    (Anthony Long, Fall 2017)

Iceberg

Valerii Karpenko (1)

1. Beam Deflection Under The Snow In Florida    (Dmitrii Karpenko, Fall 2016)

IMA Medical Group

Carlos Lugo (1)

1. Right Amount of Dosage    (Natalia Lugo, Spring 2019)

Inc

(1)

1. Why do we enjoy music?    (Samuel Ancene, Spring 2020)

Inc.

(1)

1. Increase profit car sales with respect to rebate    (Omar Quezada, Spring 2019)

Independent Architect

Elizabeth Zambrano (1)

1. Measuring the Rate of Heat Loss Across Selected Building Materials    (Genesis Zambrano, Spring 2020)

Independent company manager

Chia-Hsien Ho (1)

1. Discussion of area bounded by cost-efficiency graph    (Meng-Jhe Ho, Fall 2020)

INDIABULLS Company

Hemant Arora (1)

1. Applications of Calculus in Chemistry    (Aditi Arora, Spring 2020)

Industrial & Management Systems Engineering

Alireza Ghalebani (1)

1. Power of a Bullet    (Ali Sadeghinia, Spring 2015)

Qiang Huang (1)

1. Life of an Automobile Voltage Regulator    (Candace Poirier, Fall 2008)

Chen Kan (1)

1. Estimating the Most Fuel-Cost Efficient Route    (Christian Sullivan, Spring 2014)

Kingsley Reeves (8)

1. Determining the Probability for an Attraction’s System Failure    (Tomas Cordeiro, Fall 2019)
2. The Calculation of Geosynchronous Orbit    (Maryam Hasan, Fall 2019)
3. Tron lines analysis    (Sabrina Iannucci, Fall 2019)
4. Mathematical modeling for Energy Production    (Deniz Kosetorunu, Fall 2019)
5. Application of Optimization in Industrial Systems    (Cyrus McLeod, Spring 2018)
6. Sustaining Engines    (Raheem Olapade, Fall 2016)
7. Optimization of an Extraction Train    (Katrina Stine, Fall 2011)
8. Optimal Operation of a Concentrator    (Katrina Stine, Spring 2012)

Paul Robinson (1)

1. Movie Rental Trends    (Ian Mawhinney, Spring 2011)

Alfredo Santana Reynoso (1)

1. Traditional Industial Engineering Problem    (Ruby Perez, Fall 2010)

Michael Weng (1)

1. Order Size in Inventory Management    (Perry Tsai, Fall 2008)

Bo Zeng (1)

1. Building Strong Dam Across the River    (Ibrahim Alkhal, Spring 2014)

Industrial & Management Systems Engineering; Physics

Hadi Charkhgard; Joseph Dietz (1)

1. Minimizing Container Weight    (Ibrahim Alomran, Spring 2018)

Industrial and Management Systems Engineering

Bo Zeng (1)

1. Face Detection    (Yiwen Wang, Spring 2022)

Information Systems/Decision Sciences

Don Berndt (1)

1. Using An Algorithm To Solve Definite Integrals    (Kurt Loudermilk, Fall 2014)

John Klumpp (1)

1. A Mathematical Model for Pertussis Transmission Rate in Florida    (Burak Oktenli, Fall 2017)

Information Technology and Services

Philip Fullone (1)

1. Applications of Calculus in Computer Science    (Daniel Barrientos, Spring 2015)

ING

Micheal Scully (1)

1. The effects of COVID-19 on New York branch of ING    (James Scully, Fall 2020)

Ingenuity Engineering Inc.

Danny Chapman; Joe Harrill (1)

1. Calculating Maximum Power to Load After Passing Through A Resistance    (David Stoner, Spring 2019)

Inscale Architects

Jeffery Zariczny (1)

1. Structural Analysis by Integration    (Jordan Zariczny, Spring 2018)

Inspyre Inc

Victor Keenan (1)

1. Position, Velocity & Acceleration: Transitional Motion In Applied Calculus    (Nicholas Keenan, Spring 2022)

Integra Business Systems Inc.

Alan Wiessner (1)

1. Paper Vs. Digital    (Aaron Boshers, Fall 2013)

Integrative Biology

John Angell (1)

1. Evaluating the Improvement in DNA Fingerprinting    (Dani Dray, Spring 2021)

Neha Arora (1)

1. Mathematics Life Science Applied Calculus Project Derivative Application on Bacterial Growth    (Dhara Patel, Spring 2022)

Jessica Balerna (1)

1. Florida Population Size Projection Analysis with Exponential Growth Differential Equations    (Hal Hopkins, Spring 2018)

Jonelle Basso (1)

1. Analysis of Escherichia coli growth and Phage-Infected Escherichia coli Growth    (Katherine Rattanachane, Spring 2014)

Chantale Begin (1)

1. Overfishing of Atlantic Cod    (Ashley Allan, Fall 2016)

Philipp Boersch-Supan (1)

1. Modeling Albatross Chick Growth with Two Competing Models    (Kaleigh Nelson, Spring 2016)

Amber Brace (3)

1. Determining Change of Temperature Over A Time Interval from Global Warming Using Integration    (Sanjukta Bhattacharjee, Spring 2019)
2. Using Calculus to Model a Population Growth    (Lukas Coelho, Fall 2018)
3. The Allee Effect on the Population of Florida Panthers    (Kaleesia Neverson, Spring 2019)

Ryan Carney (1)

1. Determining Probability of Disease Spreading by Mosquitos    (Tiffany Hammond, Spring 2018)

Thomas Crisman (1)

1. How Do Environmental Scientists Estimate Populations to Plan for Resource Usage?    (Gizelle Morales, Spring 2019)

Stephen Deban (1)

1. Frog Jumping Dynamics    (Ryan McCune, Fall 2009)

Anna Deyle (1)

1. Spatial Dispersion of Liatris tenufolia    (Jeanine Foley, Fall 2010)

Gordon Fox (48)

1. Population Growth Analysis of Red-cockaded Woodpeckers in the Citrus Tract of Florida    (Amanda Abel, Spring 2011)
2. Pool pump energy determination    (Majed Almalki, Spring 2020)
3. Allometry: Relating Infant Head Growth to Growth of the Rest of Their Body    (Sasha Arms, Fall 2010)
4. Modeling the Effects of the Invasive Burmese Python on Bobcat and Panther Populations in the Florida    (Jared Austin, Spring 2014)
5. Determining Time of Death    (Juan Carbonell, Fall 2012)
6. Comparison of Bacterial Population Growth during Defrosting of Poultry in Different Environments    (Melissa Cardenas, Fall 2010)
7. Rate of Blood Flow and Cardiac Output    (Victor Chang, Fall 2012)
8. Antibiotic Resistance    (Caitlan Clancy, Spring 2011)
9. A Comparison Between Wild-Type and Mutated Bacteria Population Sizes    (Paige DePagter, Fall 2013)
10. Human Population Growth    (Kenneth Donovan, Fall 2011)
11. Sustainable Fisheries: Population Growth    (Christopher Drescher, Fall 2010)
12. Variance of Drug Doses    (Justine Dupere, Fall 2012)
13. Modeling HIV/AIDS Dynamics Assuming a Vaccine is Found    (Leah Finn, Spring 2013)
14. Cell Size    (Stephanie Galvin, Fall 2010)
15. Correct Prescription of Hydrocodone    (Christina Gomez, Spring 2009)
16. An Allometric Relationship between Body Mass and Wingspan in Falcons    (Sarah Gronager, Fall 2012)
17. Simulation Bacteria Populations Decline    (Anastasia Groshev, Fall 2008)
18. Deciphering Accurate Dosage Amounts of Azithromycin for Pediatric Patients with Acute Otitis Media    (Alexa Halburian, Fall 2011)
19. Animal Scaling-Why Is Size So Important    (Mackenzie Hartman, Spring 2012)
20. Rate of Polyphenol Oxidation in Bananas Under Two Temperatures    (Ashley Herrmann, Spring 2012)
21. Bifuraction of Blood Vessels and Vascularity in the Human Body    (Tyler Holets, Fall 2013)
22. Ammonia Spill into an Aquifer: Pump and Treat Assessment    (Kimberly Hopp, Spring 2009)
23. Building Blocks of Life    (Matthew King, Spring 2011)
24. Influencing Factors on Genetic Distance in the Florida Scrub-jay    (Adam Knutson, Fall 2012)
25. Impact of Insecticide Resistance on Malaria Control    (Danya Loutfi, Fall 2011)
26. Infection of a Homogeneous Population by a Known Bacterium    (Arthur Maknenko, Spring 2009)
27. Filtering Particles    (John Martinez, Fall 2008)
28. Sustainable Harvest    (Stephanie Martis, Spring 2009)
29. Determination of the Stable Growth Rate of a Population    (Ulviye Menekseoglu, Spring 2010)
30. A Mathematical Approach to the Growth Rate of Solid Breast Cancer Tumors    (Tiffany Miller, Spring 2013)
31. Pain Pill Rate of Absorption    (Maria Mitchell, Fall 2012)
32. Comparing Lifetime Cost of 2012 Toyota Prius and 2012 Toyota Corolla    (Agnes Muszbek, Fall 2011)
33. Initial Conditions and Dynamics of the Ricker Model    (Lukas Nabergall, Fall 2013)
34. Flagellum    (Tabitha Nandkishorelal, Fall 2011)
35. Optimization of Reproductive Patterns in Annual Plants    (Scott Nee, Fall 2011)
36. To Infinity and Beyond: Global Warming    (Minh Cong Nguyen, Fall 2008)
37. Malaria Replication Rates within a Human    (Thy Nguyen, Spring 2009)
38. The SIR Epidemiology Model in Predicting Herd Immunity    (Joanna Nicho, Spring 2010)
39. Population Growth of Alligators    (Shayna Omeara, Spring 2011)
40. Investigation of the Particle Flux of Seed Disperial    (Aidan Petrovich, Spring 2013)
41. Managing the Harvesting of Fish    (Joseph Plourde, Spring 2011)
42. Maximum Sustainable Yield of White-Tailed Deer Populations in Georgia    (Tyler Quinzi, Fall 2012)
43. Cheaters in Herd Immunity    (Staci Reed, Spring 2012)
44. Oil Eating Bacteria    (Deni-Maire Smith, Fall 2009)
45. Studying Deer Harvest Restrictions    (Samuel Sweetman, Fall 2014)
46. Changes in Seagrass due to Changes in Nitrogen    (Steven West, Spring 2009)
47. Maximum Sustainable Yield of Atlantic Bluefin Tuna    (Lea Wilke, Fall 2013)
48. Speleothem Laminae Counting and Growth Rates    (Corey WIlson, Fall 2011)

Sara Garcia (1)

1. Effects of Resource Rich and Poor Environments on Gopher Tortoise Clutch Size    (Sophia DiPasquale, Spring 2018)

Tarin Haydt (1)

1. Importance of Predation Rates to Keeping a Healthy Ecosystem    (Hunter Bachmeier, Fall 2020)

Stephen Hesterberg (1)

1. The Integral of a Hammock to Maximize Gardening Space    (Forrest Foxen, Spring 2021)

Jessica Hoffman (1)

1. The rapid decline of amphibians: habitat loss    (Cori Gurney, Fall 2018)

Leah Johnson (1)

1. Modeling Albatross Chick Growth with Two Competing Models    (Kaleigh Nelson, Spring 2016)

Alex Kirk (1)

1. Accuracy of the Lotka-Volterra Model    (Kaleb Bartlin, Fall 2019)

Erin Kiskaddon (1)

1. The Effects of Ammonium Nitrate in the Inoculation of Fern Spore Cultures    (Blessing Chiwuzor, Spring 2015)

Marc Lajeunesse (2)

1. Variance and covariance of ecological effect sizes that share a common control.    (Bryan MacNeill, Spring 2016)
2. Morphine Dosage in Victims of Traumatic Accidents    (Alexander Siefken, Spring 2016)

Stephanie Lawlor (1)

1. Historical vs Current Everglades Land totals    (Ray Dominguez, Spring 2019)

Sarah Lee (1)

1. Utilizing Leslie Matrices to Predict the Population Growth of Balanophylia Elegans Coral    (Jaime Caballero, Spring 2022)

David Lewis (1)

1. Assessing the rate of change of ant lion metapopulation    (Kendal Westphal, Fall 2017)

Earl McCoy (1)

1. Infectious Diseases: Modeling theoretical Disease infection and Vaccination programs    (Benjamin Kiszkiel, Spring 2016)

Alison Meyers (6)

1. Indeterminate Growth of Fish    (Keisha Bahr, Spring 2010)
2. Increasing Volumes of Breast Tumors Over Time    (Jakera Jean-Joseph, Spring 2009)
3. Logistic Growth of Wolf Population in Yellowstone    (William Mashburn, Spring 2009)
4. Malaria Replication Rates within a Human    (Thy Nguyen, Spring 2009)
5. Morphine Serum Concentrations and Dosing    (Joshua Vollstaedt, Fall 2009)
6. Nitrogen and its Facilitation of Growth in Aman Rice    (Matthew Yungaitis, Spring 2009)

Henry Mushinsky (1)

1. Growth Rate of the Invasive Burmese Python in the Florida Everglades    (Lucas Hernandez, Spring 2013)

Blaire O`Neal (1)

1. The Effect of Phosphorus on Floridian Osprey Populations    (Nicholas Leonardi, Spring 2015)

Christopher Osovitz (5)

1. Climate Change Related Sea Level Rise    (Hannah Edmiston, Fall 2016)
2. Applying Calculus to Decompression Theory    (Remi Kramer, Fall 2019)
3. Endangered Species: The Kemp    (Aron Lemon, Spring 2010)
4. Using Calculus To Model Fish Growth    (Samantha Powers, Spring 2017)
5. Dominant Epistasis    (Jorge Torres, Fall 2010)

Elizabeth Salewski (1)

1. Carrying Capacity Usage    (Pierce Kean, Fall 2017)

Brittany Sears (1)

1. Global Warming Impact on Alligator Population    (Alyssa Alers, Fall 2014)

Soham Sengupta (1)

1. Analysis and Forecast of Acidic Concentration in Tampa Bay    (Anne Reynolds, Fall 2014)

Keith Stokes (1)

1. Spread of Gene through a Population    (Tim Hartwick, Spring 2015)

Noel Takeuchi (1)

1. The Use of Poiseuille’s Law in Comparing Various Flow Rates    (James Berg, Fall 2020)

James Zalman (1)

1. Plotting and Filling Toyota Emblem    (Mohammed Essa, Spring 2022)

Integrative Biology; Cell Biology

Javiar Gallard; Brooke Nemec (1)

1. Modeling of staphylococcus aureus in Intralipid 10% fat emulsion    (Sammy Suleiman, Fall 2020)

Integrative Biology; Chemical & Biomedical Engineering

Mary Mangiapia; Scott Campbell; Mark Jaroszeski (1)

1. Determining the Theoretical Rate of HDAC3 Inhibition Using PDA106 in Humans    (Abigail Sy, Spring 2019)

Intel

Rabah Abdelkarim (1)

1. Tracking a Solar Panel to Increase Efficiency    (Moath Abdelkarim, Spring 2016)

Paul Long (1)

1. Eschscholzia Californica Phenotype Probability & the Fundamental Counting Principle    (Ruby Long, Spring 2021)

Intercollegiate Athletics

Jeremy Hurdle (1)

1. Mathematics in Soccer    (Romar Wallen, Fall 2017)

Warren Bye (1)

1. Function of Men's 100M World Record Improvement over Time    (Justin Peter, Spring 2018)

Intercollegiate Athletics

Warren Bye (1)

1. Function of Women's 1500 meter World Record Improvements over Time    (Annie Allmark, Fall 2017)

Internal Medicine

Shyam Mohapatra (1)

1. Analysis of Tumor Growth    (Katie Cordero, Spring 2016)

Internal Medicine Center of Englewood

Avelino Millares (1)

1. Drug Dosage Remaining In Humans    (Angel Mason, Fall 2012)

INTO USF

Boeringer Tabitha (1)

1. Calculus application for maximizing profit of fish pond    (Junjie Liu, Spring 2021)

IPG

Endre Hivatal (1)

1. Taping Machines at IPG    (Gyozo Hivatal, Spring 2013)

Ithaca College

Thomas Pfaff (2)

1. Carbon Dioxide Emissions    (Zeel Patel, Fall 2019)
2. US and China CO2 Emissions    (Rahim Taghizade, Spring 2019)

Jabil Circuit Inc.

Jigar Chauhan (1)

1. Integrals within 3D-Printing    (Dhruv Patel, Spring 2018)

Jacobs Engineering Group

Phillip Stevens (1)

1. Optimization of an Irrigation Channel    (Andrew Stevens, Spring 2014)

James A. Haley Veterans’ Hospital

Joseph Standley (1)

1. A Step in the Right Direction    (Lauren Michael, Spring 2018)

JC Penney

Chris Gamm (1)

1. Credit Card Applications for JC Penney    (Stephen MacNeil, Spring 2010)

Jeep Wranglers

Keith Sciacca (1)

1. Usage Value of Jeep Wranglers    (Michael Seed, Spring 2014)

Jenkins Nissan

Ted Payne (1)

1. Performance Comparison of a CVT and a Manual Transmission    (Austin Jones, Spring 2014)

JFK Medical Center

Santiago Hernandez (1)

1. The Application of Calculus in Tumor Growth    (Jacob Doyle, Fall 2017)

JMN Logistics LLC

Michael Maroney (1)

1. The value of Time in the Trucking industry    (Rodd Hamil, Spring 2019)

Johnson Control

Merhdad Erfam (1)

1. Battery Consumption and Efficiency    (Nathaniel Erickson, Spring 2013)

Johnson Engineering

Mark Thomas (1)

1. Average Daily Flow of a Sewer Pump Station    (Gregory Thomas, Spring 2013)

Kaiser Permanente Rock Creek Medical Offices

Dimitrios Zaronias (1)

1. Volume of a Cast    (Evan Sotelo, Spring 2021)

KCI Technologies

Scott Passmore (1)

1. Introduction to Theoretical Pile Driving    (Ryan Kent, Spring 2011)

Keep Tampa Bay Beautiful

Daisy Packer (1)

1. Predicting the Effects of Honeybee Colony Collapse Disorder    (Jelena Runjaic, Fall 2013)

Jamie Packer (1)

1. Anthropogenic Impact on Panda Populations    (Jeshica Patel, Spring 2014)

Keiser University

Michael Zelin (1)

1. Using Analytical Approach and Regression Analysis in Biology    (Nisanth Aremanda, Spring 2021)

Keller Williams

Selyna Taddigs (1)

1. Study of the Ebola Outbreaks of 2014-2015    (Jasmine Labnongsang, Fall 2015)

Ken's Consulting LLC

Kenneth Carlson (1)

1. Hydraulic fracturing effects on local populations in the Bakken region of North Dakota    (Rachel Rees, Fall 2016)

Kimley-Horn

Shelby Hughes (1)

1. Storm Water Pond Drawdown Analysis    (Dustin Ballard, Fall 2015)

Jordan Walker (1)

1. Storm Water Pond Drawdown Analysis    (Dustin Ballard, Fall 2015)

Kindred Hospital

Jonathan Reyes and Maydyflor Reyes (1)

1. The Nursing Shortage and its Impact on Patient Care    (Janina Mariel Reyes, Spring 2021)

King Saud University

Ibrahim Elshafiey (1)

1. Electrical Fields due to a Charged Rod    (Mohammed Alabdulrazak, Fall 2018)

KLA-Tencor

Rod Danao (1)

1. Optimization of Temperature in Fermentation to Maximize Ethanol Production    (Joseph Tarriela, Fall 2016)

Kobe Steakhouse

Newton Phung (1)

1. Hibachi Table Optimization    (Timothy Macasaet, Spring 2017)

Kraut + Quer: Environmental Engineer

Luzia Rodriguez (1)

1. Calculating CO2 Levels 30 Years from now    (Kristin Reid, Fall 2020)

Kuwait Petroleum Corporation

Abdullah Alwaheeb (1)

1. Dynamic Analysis of a 2-Rod Rotating Mechanism    (Manaf Alwaheeb, Fall 2011)

L&J Holdings

Lenny DeMent (1)

1. Statistical Understanding of Over The Phone Surveys    (Lindsey Griffin, Spring 2015)

LaFleur’s Gymnastics

Nena LaFleur-Sayer (1)

1. The Effect of the Olympics on Registration Levels for Developmental Gymnastics    (Jeremy Wilson, Fall 2015)

La Isabela Airport

Patriotino Zapata (1)

1. Minimum Exterior Surface Area for a Given Volume of a Room-Size Building    (Carolina Zapata, Fall 2013)

Lake Conway Medical Clinic

Patrick Dang (1)

1. Calculus with Blood Pressure    (Dillon Dang, Fall 2019)

Lawrence Technological University; Universidad de San Pedro Sula

Luis Asfura; Pamela Licona (1)

1. Temperature setting in an inverter air conditioner    (Fritz Hegenbarth, Fall 2017)

Learn to Fly Aviation School

Shawn May (1)

1. Power Needed to Generate Lift    (Kirsten Bendik, Fall 2017)

Lee County Animal Services

Christopher Taylor (1)

1. Government Cats    (Benjamin Taylor, Fall 2010)

Lee Memorial Health System

Dolan Abu Aouf (1)

1. Cardiac Output    (Nahla Abu Aouf, Spring 2010)

Lennar Corporation

Michelle Heilman (1)

1. Investment Success in Real Estate    (David Garrett, Spring 2015)

LGS Innovations

John Coglianese (1)

1. Kinematics of Energy Harvesting Packs    (Hayden Coglianese, Spring 2020)

Lifestyle Remodeling

Frank Wyche (2)

1. Hydrostatic Pressure of a Large Dam    (Cody Durrett, Fall 2015)
2. Oxygen Depletion in Streams    (Zachary Foltz, Fall 2015)

Lindsay Marine

Jay Fathauer (1)

1. Otto Cycle Compression Ratio Optimization    (Devon Fathauer, Fall 2012)

Little Ceasars

Justin Pearsall (1)

1. Pizza’s Many Faces    (Paul Rangel, Fall 2011)

Rebecca Santana (1)

1. Pizza’s Many Faces    (Paul Rangel, Fall 2011)

LLC

(2)

1. Using the SIR Epidemiology Model to Predict the Effectiveness of a Viral Marketing Campaign    (Michael Freed, Fall 2018)
2. Beam Deflection Under The Snow In Florida    (Dmitrii Karpenko, Fall 2016)

Locale Market

Mordechai Baron (1)

1. Application of Discrete Random Variables to Real Life Problems    (Jo-Anne Burgess, Spring 2017)

Lockheed Martin

Vince Forst (1)

1. Simulation of Model Rocket Flight    (Lauren Forst, Fall 2012)

Phillip Gurganus (1)

1. Calculus and Engineering in Farming    (Andrew Gurganus, Spring 2019)

David Malkowski (1)

1. Converting Between GPS Systems    (Amy Malkowski, Fall 2013)

Alexandra Wallmueller (1)

1. Simulation of Model Rocket Flight    (Lauren Forst, Fall 2012)

Zach Whicker (1)

1. Let's optimize    (Nuntawatt Vongsavanh, Spring 2017)

Longhorn Steakhouse

Peter Hartman (1)

1. Steak Calculus    (Kaitlyn Evans, Fall 2016)

Loricca

Michael Whitcomb (1)

1. Predicting Future Trends in Malicious Server Attacks    (Daniel Whitcomb, Spring 2015)

Lowe's (Senior Industrial Engineer)

William Booth (1)

1. Internal Horse Power    (Daniel Rodriguez, Fall 2016)

Mach7 Technologies

John Cullen Sr. (1)

1. Diagnosing Breast Cancer with a Neural Network    (John Cullen, Spring 2017)

Magna Inc.

John Wojtaszek (1)

1. Fuel Economy of a Hummer H2 at Highway Speeds    (Eric Engelberger, Fall 2013)

Mainstream Engineering

Vincent Storhaug (1)

1. Finding the optimum time to harvest fish grown in captivity using data on their growth through lengt    (Mason Watts, Spring 2021)

Manager of Marshalls

Kimberly Loesch (1)

1. Credit Card Statistics    (Vanessa Patterson, Fall 2018)

Managing Director at Chimbals Pvt Limited

Kamran Khalid (1)

1. Moment of Inertia: Applied Calculus Project    (Saad Habib, Spring 2021)

Marine Biologist

Cláudio Palmeiro (1)

1. To Fish You Need Calculus!    (Schrottersky Celestin, Fall 2020)

Marine Science Center

Tracy Dawson (1)

1. An Exploration of Wind Energy    (Bianca DeHaan, Fall 2019)

Marschall Labs Inc

Daniel Marschall (1)

1. Applying Calculus to Calculate Probability of a Paint Hiding in One Coat    (Kyle Marschall, Spring 2014)

Masonite

Laura Handbury (1)

1. Optimization of Payload for Multi-Stage Rockets    (Clayton Vanis, Fall 2013)

Mathematics & Statistics

Logan Nott (1)

1. Energy of Infinite Electrons in a Hydrogen Atom    (Miranda Sarmiento, Spring 2022)

Bryce Virgin (1)

1. Predicting Weekly Profits of a University’s Vending Machine    (Isabella Pekar, Spring 2022)

Mayo Clinic

Andrea Talvarides (1)

1. Applications of Calculus to Cancerous Cell Growth    (Helen Alonso, Spring 2014)

McDonald Group International

George McDonald (1)

1. Days of Drying Available in a Sludge Bed    (Abigail McDonald, Spring 2011)

MEA Environmental Inc.

Tina Andreson (1)

1. Max Amount of Feed able to be Stored in a Silo    (Camille Dayton, Spring 2021)

Mechanical engineer

Saleh Meqwar (1)

1. Vertical Uplift in Drones    (Husain Meqwar, Spring 2020)

Mechanical Engineer at Harley Davidson. USF Alumni

Mino Kim (1)

1. Non-Uniform Deceleration of a Vehicle    (Tae Kim, Fall 2016)

Mechanical Engineering

Igor Augusto Paschoalotte Nobrega (1)

1. Understanding Enthalpy during the Refrigeration Cycle    (Jarvis Brooks, Spring 2020)

Glen Besterfield (2)

1. Projectile Motion    (Shahab Aal Shahabi, Spring 2014)
2. Pendulum    (Ali Dorri, Spring 2014)

Liliana Clark (1)

1. Making a Rolling Square    (Coby Vorasane, Spring 2021)

Don Dekker (9)

1. Hybrid Power    (Constantine Brillantes, Fall 2010)
2. 2009 Ford Mustang Performance Test    (Daniel Fernandes, Spring 2009)
3. Vehicle Acceleration    (Kyle Heer, Spring 2010)
4. Effects of Change in Tire Pressure upon Efficiency of a Vehicle    (Haider Ali Khan, Fall 2018)
5. Elapsed Time of Vehicle Acceleration    (Jensen McTighe, Spring 2018)
6. Nozzle    (Jordan Nazar, Fall 2014)
7. 2006 Pontiac Solstice (Ecotec 2.4L I-4)    (Taylor Phillips, Fall 2009)
8. Calculating the Time Taken by the 2011 Bugatti Veyron Acceleration to Reach from 0 to 60 MPH    (Joao Luccas Ribeiro Nascimento , Spring 2019)
9. Finding the Acceleration of the 2009 Nissan Skyline GTR Using Calculus    (Ivan Williams, Spring 2011)

Alexander Fyffe (1)

1. Use of calculus formulas in measurement of the average lifetime of radioactive atoms    (Vladislav Mikheev, Spring 2019)

Jonathan Gaines (3)

1. Rocket Positioning Using Models    (Cameron Barie, Fall 2018)
2. Finding the Flow of Water in a Pool    (Aaryan Kumar, Spring 2022)
3. Minimizing the Kinetic Energy of a Small Projectile    (Kjersti Raabe, Fall 2012)

Nathan Gallant (1)

1. A Mathematical Model for the Detachment Profile of 10μm Polystyrene Microspheres from Collapsed PNIP    (Alexandria Brady-Mine, Spring 2019)

Jeffrey Golabek (1)

1. Implementation of an (e^x) MacLaurin series with C programming    (Kevin Velez-Santiago, Fall 2018)

Daniel Hess (2)

1. Volume of Irregular Shaped Gas Tank    (Kazuo Doi, Fall 2017)
2. Applied Mathematics in Super Smash Bros.    (Sebastian Garcia, Fall 2017)

Autar Kaw (6)

1. Finding Arc Lengths    (Juan Arbelaez, Spring 2010)
2. The Use of Pi in Mechanical Engineering    (Hung Do, Fall 2013)
3. Physical Problem for Integration: Industrial Engineer    (Randy Guillen, Fall 2009)
4. Finding the Volume Held by a Champagne Glass    (Austin Ribickas, Spring 2015)
5. Spline Length    (Nicolas Saavedra, Fall 2008)
6. Center of Mass of a Thin Plate    (Erik Yo, Spring 2011)

Ashok Kumar (1)

1. Stock Prices    (Apoorv Kaushal, Spring 2014)

Craig Lusk (3)

1. The Lagrangian and the Double Pendulum    (Lucas Kuivila, Fall 2014)
2. Mathematics of a Nonlinear Spring Model    (Lucas Kuivila, Spring 2015)
3. Integration with Metal    (Timothy Rockwell, Fall 2013)

Coralis Madera (1)

1. Shortest Path of a Robot using Interpolation    (Sean Herbert, Fall 2015)

Pachara Mayton (1)

1. The Ideal Speed for the Turning Gear of a Rotor    (Courtney Garbett, Spring 2016)

Ajit Mujumdar (1)

1. Concerning Beams in Static Mechanics    (Talal Moosa, Fall 2019)

Kyle Reed (1)

1. Spiral Wheel Shape Definition Given Applied Constant Weight and Reaction Force Function    (Wuthipat Brink, Fall 2012)

Miguel Rodrigo (1)

1. Changing Electric Vehicle Acceleration by Reducing Weight    (Carlos Morin, Fall 2019)

Stephen Sundarrao (1)

1. Calculating AMBU Bag Dimensions for Use in Portable Ventilators    (Camden Smith, Spring 2020)

Dzung Tran (1)

1. USING WHEELS ENCODERS TO DETERMINE THE PATHS FOR A ROBOT    (Si Dang, Spring 2017)

Alex Volinsky (2)

1. Curvature of a Rough Surface    (David Botta, Fall 2008)
2. Repeatability Estimates of Sloped Scattered Data    (Angelique Waller, Fall 2009)

Steve Voras (1)

1. Restrictor Flow    (Geovanny Molina, Spring 2011)

Nathan Whitcomb (1)

1. Carbon Fiber Fabric to Resin Ratio Analysis    (Omar Ads, Fall 2019)

Souheil Zekri (1)

1. Determining the Amount of Friction Needed to Maintain Traction on a Turn    (Jacob Meneses, Fall 2017)

Sarah Zhong (1)

1. Calculus in Flaring    (Alexander Cummings, Fall 2019)

Mechanical Engineering

Vladislav Paley (1)

1. Determining the Radius and Mass of Celestial Bodies from Satellites    (Patrick Duffany, Spring 2020)

Mechanical Engineering; Thilenius Group

Daniel Hess; David Thilenius (1)

1. Optimization of Suspension Geometry for Enhanced Lateral Grip    (Karl Bumstead, Spring 2018)

Medialab 3D Solutions

Chad Boston (1)

1. Applications of Calculus in Regards to C Programming and Graphical Rendering    (Joseluis Chavez, Spring 2015)

Medical Center of Trinity-Nuclear Medicine Supervisor and Radiology Safety Chief

Duane Hollier (1)

1. Determining Optimal Interval for Cardiovascular Perfusion Imaging Post Technetium-99m Sestamibi Inje    (Alen Sisic, Fall 2019)

Medical System: University of Maryland

Bizhan Aarabi (1)

1. Using the Surge Function in Medicine    (Michael Olajide, Fall 2020)

Mercedes Benz Naples

Kenneth Stewart (1)

1. Using Calculus to Find Car Sales    (Jonathan Stewart, Spring 2010)

Mercedes Benz ofTampa

Fernando Muniz (1)

1. Vehicle Alignment Recommendation for Mercedes Benz Vehicles Model Year 2017    (Ryan Maldonado, Fall 2017)

MetroPCS

Ala Awwad (1)

1. Finding Ideal Order Size to Minimize Cost    (Azra Kurtic, Spring 2015)

Michael’s Grill

Andrea Reily (1)

1. Utilizing Free Space Within a Dining Room    (Danielle Matero, Spring 2017)

Michaels

Vicki Sawyer (1)

1. The Probability of Michael's Custom Framing Sales    (Alexis Thomas, Spring 2012)

Microbiology and Molecular Biology

Prashanth Rao (2)

1. Go with the Flow    (Helen Pham, Fall 2019)
2. Medicinal Hal-Life    (Belinda St Fleur, Fall 2019)

Michelle Lindsay (1)

1. Calculating the Growth of COVID-19 in the United States    (Ariana Pedraza, Spring 2022)

Gary Daughdrill (1)

1. The Expected Genotypic Ratios of Human Offspring    (Gabrielle Johnson, Spring 2021)

Robin Bairley (1)

1. Climate Change, and its effects on the Arctice Ecosystem    (Jessica Harrell, Spring 2021)

Jennifer Cirieco (1)

1. Using the Logistic Growth Equation to Determine Maximum Population Growth Rate    (Elias Breitner, Fall 2015)

Johnny El-Rady (1)

1. Calculating Probable Theoretical Offspring Genotype in Fruit Flies    (Megan Keller, Fall 2020)

Matthew Saunders (1)

1. Calculating the Probability of Constitutional Isomers of Pentane    (Mary-Margaret Dare, Spring 2021)

Eric Sikorski (1)

1. Approximating Cancer Propagation    (Gage Jefferis, Fall 2019)

Logan Suits (1)

1. Determining the Continuous Growth of Bacillus subtilis    (Lance Ehl, Spring 2021)

Ashok Upadhyaya (1)

1. Review of the Nuclear-Cytoplasmic Ratio    (Shane Richey, Fall 2019)

Sameer Varma (1)

1. Approximating Average Surface Area of Fluctuating Lipid Leaflets Using Weighted Grid Tessellation    (Ahnaf Siddiqui, Fall 2015)

Ministry of Health: Trinidad and Tobago

Olusegun Olowe (1)

1. Investigating COVID 19 EPIDEMIC    (Oluwasegun Olowe, Spring 2020)

Mitsui

Hamed Alhashmi (1)

1. Finding the Volume of an Object    (Ahmed Alhashmi, Spring 2021)

MK Architecture

Michael Sheeley (1)

1. Mathematical Modeling of Architecture in Relation to Heat Flow    (Adele Howard, Spring 2020)

Moffitt Cancer Center

Young Doo Chang (1)

1. Cancer Types by Stages and Survival Rate    (Jong Yun, Spring 2016)

Sandra Daly (1)

1. Fourier Transform: Magnetic Resonance Imaging    (Kristen Truong, Spring 2014)

Tammy Ellis (1)

1. Transporting Patients Efficiently    (Grant Vestal, Spring 2009)

Kelly Fortin (1)

1. Applications of Calculus to Cancerous Cell Growth    (Helen Alonso, Spring 2014)

Neelima Jammigumpula (1)

1. Prevalence of Asthma Throughout Life Span    (Sanil Reddy, Spring 2013)

Tuya Pal (1)

1. An Investigation of the Relationship between Geographic Distance to Treating Facility and Time betwe    (Devon Bonner, Fall 2012)

Louis Pianese (1)

1. Optimization of Profits for Moffitt Cancer Center Cafeteria    (Alyssa Schultz, Spring 2019)

Eva Sahakian (1)

1. Finding parameters for General Logistic Growth equation in Mammalian Cells    (Oscar Merino, Spring 2013)

Paul Stewart (1)

1. Hexokinase Volume to Surface Area Ratio Change during Phosphorylation of β-Glucose    (Adam Borne, Fall 2014)

MOFFITT Cancer Center

Ava Lester (1)

1. The Exponential Growth of Cancer Cells    (Orin Bivens, Spring 2021)

Moffitt Cancer Hospital

Laurie Staat (1)

1. Finding the Growth Rate of a Tumor    (Christine Staat, Fall 2019)

Molecular Medicine

Tomar Ghansah (1)

1. Calculation and Comparison of the Area of Immunofluorescence of Spleen Cells in Tumor-Bearing Mice    (Bradley Miller, Spring 2018)

Laura Blair (1)

1. Cortical Brain Volume Affected by Reactive Astrogliosis in the rTg4510 Mouse Model    (Frank Zamudio, Fall 2014)

Yu Chen (1)

1. Survival Analysis - Breast Cancer    (Minh Pham, Fall 2013)

Molecular Pharmacology & Physiology

Jerome Breslin (1)

1. Impact of Shear Stress on Endothelial Permeability    (Sara Spampinato, Fall 2014)

Monta Consulting & Design of WMR & Associates

Christopher Rizer (1)

1. Load Bearing Beam Analysis    (Justin Szafranski, Fall 2019)

Mousa Bin Nasser High School (Oman)

Elias Aladawi (1)

1. THE OPTIMAL SPACING BETWEEN PRIMARY AND SECONDARY ROTORS OF A COUNTER-ROTATING WIND TURBINE    (Hisham Al Mahrizi, Fall 2018)

MSEE Test Engineer Modelithics

Scott Skidmore (1)

1. Analyzation of the RLC circuit    (Martin Elton, Fall 2016)

MUG Specialist

Amine Ben Abdeljelil (1)

1. Elliptic Paraboloid    (Khalifa Altamruq Alshehhi, Fall 2016)

Arif Obaid (1)

1. Cylindrical Pipe Optimization    (Yassin Eddekkaki, Spring 2022)

Derek Borton (1)

1. Practical Use and Application of the Mean Value Theorem    (Kevin MCCarthy, Fall 2014)

Jonathan Burns (21)

1. Problems associated with modern electric power systems    (Majed AlMalki, Fall 2018)
2. An Epidemic via SIR Model    (Tajah Anderson, Spring 2022)
3. Thermal Efficiency and Entropy    (Natalia Bacic, Spring 2020)
4. Calculus within the Engineering Disipline: Stress on Beams    (Katherine Belvin, Fall 2018)
5. Implementing Calculus on the Track    (Brandon Bess, Fall 2015)
6. Work and Conservation of Energy with Vector Calculus    (Matthew Brockus, Fall 2016)
7. Determination of the Shape of the Universe as it Relates to the Rate of Expansion    (Stephanie Dean, Spring 2011)
8. Tank Leaking    (Steven Elliott, Fall 2015)
9. Comparison of Two Legends    (Nathaniel Erickson, Fall 2012)
10. Analysis of Fish Populations in Relation to Depth    (Jackson Harris, Spring 2022)
11. Elliptic Curve Diffie-Hellman Cryptography on the Real Number Plane (R)    (Shawn Joseph, Spring 2015)
12. ON THE MODELING OF POPULATION DYNAMICS OF TUMOR CELLS IN LUNG CANCER    (Mia La Belle, Spring 2022)
13. Mathematics and Music    (Neil Lescott, Fall 2009)
14. Assessing Climate Change Probability Using Calculus    (Mitchell Moure, Fall 2017)
15. Affect of Water on Lava Flow    (Tiffany Rugger, Fall 2013)
16. 302. Analysis of an adiabatic batch reactor    (Alondra Soto, Spring 2016)
17. The analysis of thrust and momentum with respect of propulsion systems    (Beamlak Tafesse, Spring 2022)
18. Maximizing the Yield of an Ammonia Reactor    (Matthew Trapuzzano, Fall 2011)
19. USING CALCULUS MODELS TO PREDICT THE CONSEQUENCES OF INFECTIOUS VIRAL DISEASE    (Polina Trotsenko, Spring 2022)
20. Finding the Area of a Professional Volleyball Court    (Emmett Van Horn, Fall 2020)
21. The Properties of a Vase    (Cameron Wallace, Fall 2015)

Robert Connelly (2)

1. Salt Water Tanks    (Christopher Escobio, Fall 2017)
2. Approximation of Taylor Series as Used in Calculators    (Cole Lauer, Spring 2018)

Egor Dolzhenko (7)

1. Internal/Total Volume of Human Papilloma Virus Capsid    (Nicholas Concilio, Fall 2012)
2. Comparing Mitochondrial Genome Sequences    (Justin Entote, Spring 2012)
3. Calculating Run Time Analysis on Program Designed to Derive Kinematic Velocity and Acceleration Equa    (Christopher Humphrey, Fall 2012)
4. Analyzing the Stopping Time of Collatz Sequences    (Brock Lewis, Fall 2012)
5. Calculating Phylogenetic Trees to Observe Evolution    (Caitlyn Murdock, Fall 2012)
6. The Evolution of Helicase in Bacterium through Phylogenetic Trees    (Sherry Nguyen, Fall 2012)
7. Complexity of Mitochondrial Genome Sequences    (Brandon Toun, Spring 2012)

Austin Dukes (1)

1. Utilizing Integrals and Simpson’s Rule to Determine Displacement of Particle    (Kyle Hayes, Spring 2021)

Elliot Findley (6)

1. Buoy    (Glen Flores, Spring 2009)
2. Boat Buoyancy    (Emily Forcke, Spring 2009)
3. A Catenary Supported Camera    (Russell Henson, Spring 2009)
4. Buoy Volume    (Jasmine Pearcey, Spring 2009)
5. Ladle Design    (Gary Pierce, Spring 2009)
6. Filling a Water Tower    (Russel Weich, Spring 2009)

Mile Krajcevski (1)

1. Optimizing postal networks using Fibonacci heap method    (Filip Bedjovski, Spring 2015)

John Kyei (1)

1. Generalized Approach for Obtaining Volume of Object Symmetrical About its Axis of Rotation    (Xinyu Li, Fall 2020)

Stephen Lappano (1)

1. Wage Inflation    (Christopher Frazier, Spring 2012)

Myrto Manolaki (2)

1. Fresnel Integrals and Euler Spirals in the Construction of Track Transition Curves    (Trent Callahan, Spring 2017)
2. De Laval Nozzles for the Use of Rocket Propulsion    (Matthew Carlson, Fall 2017)

Thomas McKinley (3)

1. Predicting Certain Aspects of a Cars Performance from Engine and Drivetrein Data    (Nasser Alangari, Fall 2014)
2. A Derivation to Drive    (Luis Betancourt, Spring 2018)
3. Velocity and Position of any given Car    (Nicholas Raymond, Spring 2012)

Stowe Megan (1)

1. Arithmetic of Covid Infections    (Daniel Lange, Spring 2022)

David Milligan (6)

1. Reading vs. Math FCAT Analysis    (Kamill Correa Santiago, Fall 2010)
2. The Calculus of Michaelis-Menten Reactions    (Kyle Locke, Spring 2021)
3. A Critical Look at Past Tests    (Brandon Malo, Fall 2008)
4. A Scientific Shake-Up: High School Chemistry Education    (Alexander Martinez, Fall 2012)
5. The Complexity of Mathematics Behind the Force of a Baseball Hitting Off of a Bat    (Christian Poirier, Spring 2021)
6. Loop of Death    (Dakota Ulmer, Spring 2015)

Venkateswara Rao Mudunuru (1)

1. Autosomal Recessive Disorders    (Mounir Touadi, Spring 2021)

Kailun Yang (1)

1. Using Numerical Integrations to find out the area of The Marco Polo Bridge    (Meshari Albakr, Fall 2014)

MUG Specialist (Biology)

Frankie Perez (1)

1. Analyzing Lake Trout Populations in Lake Michigan    (Jorge Santana, Spring 2022)

MUG Specialist (Past High School Math Teacher)

Michael Baer (1)

1. A Mathematical Study of Brains of Logic vs Brains of Creativity    (Alyssa Price, Spring 2022)

MUG Specialist (past mathematics professor)

Aleski Hall (1)

1. Volume and Cost of Rainwater Collection Reservoir    (Michael Guy, Spring 2022)

Munroe Medical Center

Richard Kinsey (1)

1. Pharmacokinetics    (Allison Kinsey, Fall 2010)

Music

Bill Hayden (1)

1. Speed of Standing Wave of Breaking Guitar String    (Alexander Kim, Spring 2014)

Music Education

Esther Roberts (1)

1. Using Harmonic Series to Determine Violin Overtones and Their Corresponding Frequencies and Waveleng    (Juliana Benson, Fall 2020)

MWH Global

Gary Wantland (1)

1. Reaction of Sodium Hydroxide and Crystal Violet    (Andrew Wantland, Fall 2008)

MYDRUG

Bill Todd (1)

1. Using Calculus to Fill Potholes    (Michael Golisch, Fall 2014)

Nanomaterials & Nanomanufacturing Research Center

Ashok Kumar (1)

1. Solar Panels    (Apoorv Kaushal, Fall 2013)

Robert Tufts (2)

1. Formula SAE Tire Model    (Simon Restrepo, Fall 2009)
2. Shear Stress Analysis of Aluminum Rocker    (Simon Restrepo, Fall 2008)

NASA

Charles Lostroscio (1)

1. A Retrospective Analysis of a Vibration Problem in NASA    (Kaitlin Lostroscio, Spring 2013)

Richard Platt (1)

1. The Calculus of Skydiving - Terminal Speed    (Paul Wagner, Fall 2014)

Thomas Smith (1)

1. The Tsiolkovsky Rocket Equation: Moving into Higher Orbit    (Elyse Taft, Fall 2020)

Russell Stoewe (1)

1. A Retrospective Analysis of a Vibration Problem in NASA    (Kaitlin Lostroscio, Spring 2013)

National Benefits Group of America

Allan Crowson (1)

1. Unemployment Rate's Effect on Average Premium    (Brad Crowson, Spring 2010)

National TAB

Stephen Tassinaro (1)

1. Converting Velocity Pressure into Cubic Feet per Minute    (Darrian Robinette, Spring 2022)

National University of Food Technologies

Viktoriia Sabrekova (1)

1. Neptunium Cascade Kinetics    (Kateryna Matiash, Spring 2015)

Nature Coast Technical High School

Amiee Moon (1)

1. Plastic-Consuming Microbial Bacteria    (Jennifer Viola, Spring 2010)

Naval Air Station Jacksonville

Jose Deliz (1)

1. The Number of Dump Trucks Needed to Excavate Soil from a Site    (Courtnee Haught, Spring 2016)

NC State University (Physics)

Tom Humbert (1)

1. Ballistic Pendulum: How to Measure the Speed and Strength of a Bullet when Fired.    (Jesus Martinez, Fall 2016)

NDS Engineer

Arman Mahdavitavakkoli (1)

1. Installation of Candles    (Ashkan Mahdavitavakkoli, Spring 2012)

Neilsen Media Engineering

Jeffery Landes (1)

1. S.S NEMO - Undersea Lab Shell Volume    (Maxwell Landes, Spring 2013)

Neurology Consultants of Boca Raton

Lekhraj Patel (1)

1. Image Formation Through Concave/Convex Lenses    (Nishi Patel, Spring 2012)

Neurosurgery & Brain Repair

Ronald Mervis (1)

1. Statistical Significance in Spine Configuration    (Niharika Yerrapragada, Spring 2012)

Newberry contracting

Brian Cremeens (1)

1. Oil Tank Optimization    (Daniel Till, Spring 2017)

New London Accountant

Emerson Morrison (1)

1. Analysis of the Maximum Size of A NCAA Regulation    (Pricella Morrison, Fall 2016)

New Mexico Department of Health

Razina Khayat (1)

1. Regression Analysis: Examining the Rate of Fetal Alcohol Syndrome    (Amr Akhras, Fall 2015)

Newsome High School

James Almand (1)

1. Keplar's Second Law Applications    (Elliot Chernofsky, Spring 2011)

New Zealand International College

Rose Simento (1)

1. Identifying Tumor Growth on Gompertz Growth Model and its Applications    (Assel Nurbekova, Fall 2013)

Nielsen Media Research

Joe Kerkes (1)

1. Overflow? Oh no!    (Nuntawatt Vongsavanh, Fall 2016)

Nissan

Taban Hashimi (1)

1. Building the Perfect Racecar    (Syed Muzaffar, Fall 2017)

Noble Structural Group

Andrew Noble (1)

1. Analyzing calculus to find section modulus for a beam    (William Noble, Spring 2016)

North American Protection & Control

John Cason (1)

1. NASS University Panel Surface Area    (Evan Wetsch, Spring 2017)

NROTC

Bradley Lentz (1)

1. Department of Defense Budgeting    (Kristopher Ribecky, Fall 2019)

NXP Semiconductors

Emily Nugent (1)

1. Efficiency of Semiconductor Chips Based on Area    (Nicole Traynor, Fall 2020)

Oblivion Games Store

Raul Ramos (1)

1. Monthly Customer Traffic and the Recommended Number of Employees to Meet Customer Demand    (Nathan Nevills, Fall 2018)

Oncore Inc.

Robert Booth (1)

1. Filtering Particles    (John Martinez, Fall 2008)

ONICON

Chris Ellec (1)

1. Viability of Computational Fluid Dynamics as a Tool for Engineering    (James Moore, Spring 2022)

On the Level Construction

David Sivitz (1)

1. Optimization of Shed Construction    (Kiefer Sivitz, Spring 2014)

Operations Manager GOTJUNK

Steve Haag (1)

1. Monthly Junk Removal Estimation    (Cody Eastwood, Spring 2019)

Organic Chemistry

Teng Yuan (1)

1. State-Transition Matrix of Neuromuscular Acetylcholine Receptors    (Kelton Radefeld, Spring 2022)

Organizer

Joshua Newby (1)

1. Multirotor Flight Leveling via PID Control Loops    (Ross Volenec, Spring 2017)

Origin and Cause Inc.

Michelle Bradley (1)

1. Determining a simplified version and application of Stefan's ice formation equation    (Katrina Haarmann, Fall 2020)

Orlando Health: Dept. of Surgical Education

Howard Smith (1)

1. Domestic Dog Population Estimate for Hillsborough County, FL.    (Andrew Rainey, Spring 2015)

Orlando International Airport

William Malley (1)

1. Induced Drag Reduction    (Brandon Malley, Fall 2014)

Orlando Utilities Commission

Ken Zambito (2)

1. America Substation Load Evaluation    (Zachary Zambito, Spring 2013)
2. Analyzing Solar Farm Production    (Zachary Zambito, Spring 2014)

Orlando Wetlands Park

Rachel Kessler (1)

1. Countering the Rapid Growth Rate of Water Lettuce in a Wetland with Pesticides    (Jennifer Cook, Fall 2017)

Orthopaedics & Sports Medicine

Angela Moore (1)

1. Analysis of a Quarterbacks Throw    (Chris Morrow, Fall 2013)

Osgood Industries

Tuyen Nguyen (1)

1. Volume of an Irregular Container    (Travis Nguyen, Spring 2021)

Outback Steakhouse

Scot Collora (1)

1. How Many Ways Can You Customize Your Dish?    (Korey Hurley, Spring 2012)

Owner of Exquisite Home Theater

Kevin Hamil (1)

1. Optimizing Sound Levels    (Joseph Marlowe, Fall 2014)

Owner of Royal Palace Nail Spa

Diana Hong (1)

1. Calculus in Nail Salons    (Andy Truong, Fall 2016)

Owner of Tarpon Springs Aquarium

Scott Konger (1)

1. Analysis of an Aquarium Pump    (Christine Tarro, Fall 2016)

Pall Aeropower Corporation

John Daly (1)

1. Finding Principal Stresses of a Stress Tensor    (Gabriel Malestein, Fall 2014)

Palm Beach Central: Anatomy

Alana Milich (1)

1. Calculus and X-Rays    (Ashley Boykin, Fall 2014)

Palmetto High School (Physics/Chemistry/Track and Cross Country Coach)

Charles Bartges (1)

1. CALCULUS OF A RUNNER    (Edgar Jardines, Fall 2018)

Palm Terrace Assisted Living Facility

Melissa Abdullah (1)

1. Modeling Average Age of Residents at an Assisted Living Facility    (Krishna Patel, Fall 2016)

Partner Engineering- Environmental Science

Kelsey Peters (1)

1. Volume of Crater Lake    (Adam Kipi, Fall 2016)

Pauline Rivkind Early Child Education Center

Maureen Sechan (1)

1. Population and Multiracial Growth in Florida    (Dahee Jacobs, Spring 2018)

PCL Construction Company

Tim Davis (1)

1. Integration Applied to Beams    (Mark Eveld, Fall 2011)

Pegasus Imaging

David Hilsabeck (2)

1. Applicaions of Bezier Curves in Computer Graphics    (Timothy Hilsabeck, Spring 2014)
2. Converting File Types Using Bezier Curves    (Timothy Hilsabeck, Spring 2013)

Penn State University

Michele Wohleber (1)

1. Calculus applications in radioactive decay models    (Amanda Fulkerson, Spring 2019)

Petroleum Development Oman

Haithem Al-Masroori (2)

1. Using calculus to show the Oman crude oil production for the last decade    (Ahmed Al lawati, Fall 2014)
2. Oman Oil Production    (Mohammed Al-Rawahi, Spring 2014)

PetSmart Inc.

Suzy Stevens Albes (1)

1. Learning about Species Conservation through the Lens of Mathematics    (Betsy Loaiza, Spring 2021)

PetVet Care Centers

Melanie Woch (1)

1. Calculating Radiation Exposure from Iodine-125 Implants    (Katelyn VanValkenburgh, Spring 2021)

Pharmacist: NYU Langone Hospital

Karissa Pettenon (1)

1. A Pandemic Purchase    (Bradley Puccio, Fall 2020)

PharmD

Katrina Harp (1)

1. Applying Calculus to Pharmacokinetics    (Shaniya Limerick, Spring 2022)

Physical Oceanography

Cameron Ainsworth (1)

1. Red Tide in Southwest Florida and Winter Temperatures    (David McIlwaine, Fall 2018)

Physics

Saeed Ahmed (1)

1. Exponential growth in dairy farms    (Muhammad Imtiaz, Spring 2015)

Jonathan Albers (1)

1. Speed of a Meteor    (Christine Paulin, Spring 2015)

Dario Arena (5)

1. Dynamic response Analysis for A Second-Order Control System .    (Ahmed Aljaberi, Fall 2018)
2. Effect of the Design Condenser on the COP Refrigeration Cycles    (Hamed Bakhsh, Fall 2019)
3. Predicting the Trajectory of a Bowling Ball    (Tyler Hull, Fall 2019)
4. Application of Simple Harmonics modeling a shock    (Kai Raymond, Spring 2017)
5. The Forces Affecting a Sailboat    (Kelly Stukbauer, Fall 2015)

Wei Chen (1)

1. Creating an Ideal Roller Coaster    (Andrew Nguyen, Spring 2016)

Robert Criss (9)

1. Essentials for building a CD Drive    (Jared Arden, Fall 2014)
2. Modulation of Sinusoids to Increase the Functionality of Root Mean Square Measurements    (Adam Bowman, Fall 2018)
3. Oscillation of a Cable    (Austin Carlson, Fall 2013)
4. Diet Coke and Mentos    (Darrell Coleman, Fall 2010)
5. Golf Ball Trajectory    (Mohamed Abdalla Hashad, Fall 2016)
6. Torque on a Dam    (Ashley Masuck, Fall 2018)
7. Is Speeding Really Faster?    (Lindsey Shah, Spring 2015)
8. Calculating the Intensity of Sound Using Calculus    (Jithin Thomas, Fall 2019)
9. Calculation of Center of Mass and Moment of Inertia    (Jeffrey Wingo, Fall 2010)

Tatiana Eggers (1)

1. Java Program Algorithm for Pi (Monte Carlo Technique)    (Collin Harry, Fall 2014)

Joseph Fogarty (1)

1. The Advanced Mathematics Behind Kicking a Soccer Ball    (Patrick Crawford, Fall 2014)

Joseph Foley (6)

1. Calculating the moment of inertia of a flywheel    (Chelsea Hudgens, Spring 2015)
2. Modeling the Disruption and Displacement of Stabilized Flight Using a Multi Variable Function    (Drew Jackson, Spring 2016)
3. Calculus in Auto Racing    (Gabriel Santana-Viera , Spring 2015)
4. Rocket model in space    (Davit Shevardnadze, Spring 2015)
5. The Density and Mass of Our Planet    (Zahra Simpson, Spring 2015)
6. Stopping Distance    (Josh Walker, Spring 2015)

Clayton Fowler (2)

1. Oscillation of a Cable    (Austin Carlson, Fall 2013)
2. Bridging the Gap: Total Tensile Strength In A Suspension Bridge    (Gregory Timmins, Spring 2015)

Douglas Gobeille (2)

1. Oblate Cloud of Gas Analysis and Calculation    (Maximilian Baldeweg-Rau, Fall 2013)
2. The Gravitational Force of a Hollow Mass    (Patrick Wormsley, Spring 2014)

Joseph Gonzalez (2)

1. Determining the easy and hard axes of magnetization of a material using the Stoner-Wohlfarth Model    (William Horn, Fall 2017)
2. Interstellar Travel by Means of Solar Sail    (Anthony Perez, Spring 2016)

Andy Grogan (1)

1. The motion of Meteorites    (Gaser Shafey, Spring 2021)

Robert Hyde (1)

1. Corsa Conjecture    (Peter Corsa, Fall 2018)

Ahmad Jafari (1)

1. Estimating the maximum capillary spacing (RL) for which anoxic regions will not form    (Robert Tobar, Spring 2015)

Xiaomei Jiang (1)

1. Calculus in Rocket Science    (Aseem Mishra, Spring 2020)

Dale Johnson (1)

1. Projectile Motion of Missiles    (Carlos Larco, Spring 2011)

Vijaysankar Kalappattil (2)

1. Optimize Gear Ratio for a 2014 Honda Accord Sedan    (Weiwei Su, Spring 2015)
2. Finding the Volume of a Hourglass Shaped Swimming Pool    (Linqi Wang, Spring 2015)

Denis Karaiskaj (1)

1. Mutual Inductive Charging    (William Wendt, Fall 2013)

Danish Khan (1)

1. The Distribution of Energies    (Dung Do, Spring 2022)

Ahmed Khayat Jafari (1)

1. Analysis of Forces Experienced by an Uke due to Three Different Judo Throws    (Danielle Rehberg, Fall 2014)

Dennis Killinger (1)

1. Equation of Motion for a Physical Pendulum    (Jared Wynn, Fall 2010)

Alex Kim (1)

1. Home Run    (Hunter Ledo, Fall 2017)

James Kruczek (1)

1. Distance Traveled by Bird    (Hector Gonzalez, Fall 2016)

Nam Le (1)

1. Airline Efficiency Dilemma    (Rocket Phidarat, Fall 2015)

Sergey Lisenkov (1)

1. Efficiency of Diesel Heat Engine    (Stephanie Marin, Spring 2018)

Kevin Mackay (7)

1. How Much Gas Do We Need To Go To Space?    (Catherine Holland, Fall 2020)
2. Tsiolkovsky rocket equation: The change in mass of a rocket as fuel is consumed at launch    (Yuriy Nazarko, Spring 2021)
3. Obtaining the Age of the Universe    (Andrew Shatzer, Spring 2013)
4. DERIVING THE IDEAL ROCKET EQUATION FOR NASA’S ARTEMIS 1    (Sahir Singh, Spring 2022)
5. Fuel require to reach LEO    (Alessandro Thomas, Fall 2018)
6. The mass of Sagittarius A    (Alessandro Thomas, Spring 2019)
7. Sending A Rocket to the Moon    (Jordan Ustaszewski, Fall 2016)

Nicklaus Mahasena (1)

1. Mathematic-Circuit Project    (Ahmad Tariq, Spring 2022)

Domingo Mateo-Feliciano (1)

1. Determination of the volume of a revolutionary surface such as the spacecraft or rocket    (Tamim Almazrua, Fall 2017)

Garrett Matthews (1)

1. Using Integration to make a Mathematical Model of Deflection for Single Linear Polymers    (Suzanne Li, Spring 2013)

Alex McCormick (7)

1. Project Europa    (John Adams, Fall 2015)
2. Rocket Propulsion    (Badres Castillo, Fall 2018)
3. Finding the energy lost due to Kinetic friction on a steel roller coaster    (Mary Elliott, Fall 2016)
4. Determining Mass of Fuel for a Mission to Europa    (Joshua Harvey, Fall 2016)
5. Calculating Rocket Weight for Space Travel    (William Haworth, Fall 2019)
6. One Dimension Free Fall    (Wei Lin, Fall 2016)
7. Gyroscopes and the nature of precession    (Richard Underwood, Spring 2017)

K Mudiyanselage Tharindu Supun Attanayake (1)

1. Fuel Usage, Force, and Work Done by an Engine Under Stress Conditions    (Marcelo Moran-Arredondo, Spring 2021)

Martin Muschol (1)

1. Equilibrium Ratio of Polymers to Monomers in Cooperative Polymerization of Amyloid-B Protein    (Tina Gagliardo , Fall 2018)

Yen Pham (1)

1. Application of calculus in physics    (Sanskar Bhavnani, Spring 2020)

Thi Pham (1)

1. Sound Management for Open-Air Concerts    (Timur Kalandarov, Spring 2021)

Gauri Pradhan (1)

1. Creating A Computer Graphics Engine Capable of Rendering Dynamic Lighting and Physics Scenarios    (Ryan Latour, Spring 2021)

Vanessah Rhodus (1)

1. Evaluation of the Average American’s Consumption of the Food Dyes    (Marlee Miller, Spring 2017)

Humberto Rodriguez Gutierrez (3)

1. Applied Calculus and Gyroscopes    (Ramez Indrawis, Fall 2020)
2. A Rolling Square    (Win Sheng Khoo, Spring 2016)
3. Temperature of the CPU    (Ivan Lavrov, Spring 2016)

Zhimin Shi (18)

1. Analysis- Roller Coaster Loops    (Sundus Al Shibani, Fall 2015)
2. Spring Harmonic Motion    (Kyle Burwell, Fall 2014)
3. Audio Wave Analyzation    (Kyle Burwell, Spring 2015)
4. Shock Absorbers    (Emanuel Canela, Fall 2015)
5. Investigation of the Effect of Drag    (Anthony Cinque, Fall 2019)
6. Deriving Terminal Velocity from Newton's Laws    (Andre Cozier, Fall 2018)
7. Latent Heat of Fusions of Ice    (Onterio Graham, Fall 2013)
8. Finding Uniform Deceleration of the Mars Rover    (David Hayes, Fall 2013)
9. Capturing the Speed of Light    (Shawn James, Fall 2015)
10. Calculus in Space    (Rafael Martinez, Fall 2014)
11. Volume of Revolution    (Maximiliano Maurente, Fall 2013)
12. Finding the Period of a Simple Pendulum using the Taylor Series Expansion vs the Simple Pendulum    (Nicholas Miller, Fall 2019)
13. Thrust of a Rocket    (Renato Paoli, Fall 2014)
14. Finding the Transfer of Heat    (Jacques Pierre, Fall 2015)
15. Considering Drag as a Resistance Force in Classical Mechanics    (Alexander Rodriguez, Fall 2019)
16. Water Tower Specifications    (Andrew Tamasy, Fall 2014)
17. Speed or Launch Angle?    (Luis Velez, Fall 2015)
18. Temperature of Compressed Gas in an Automobile Engine    (Matthew Zylis, Fall 2015)