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MaxLife: Advanced Exercise Metrics Calculator for Trainers

Team Beefcake presents MaxLife, an innovative solution for personal trainers facing the challenge of accurately calculating key exercise metrics such as Multiple Repetition Maximum (MRM), Target Heart Rate (THR), and Body Fat Percentage (BFP). Our user-friendly interface ensures trainers can quickly obtain vital information without reliance on cumbersome paper charts. The project timeline outlines our comprehensive development process, featuring robust hardware and software designs, including an interactive LCD display and keypad. MaxLife is engineered for accuracy, speed, and suitability for any gym environment.

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MaxLife: Advanced Exercise Metrics Calculator for Trainers

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Presentation Transcript

  1. Team Beefcake Presents MaxLife 1000!!!!!

  2. Team Members • Dr. Ray Winton • Faculty Advisor • Anthony Piro • Software Implementation • Web Design • Todd Stringer • Hardware Implementation • Testing

  3. Software Structure On Initialization Ready Func? Multiple Repetition Maximum Target Heart Rate Body Fat Percentage Obtain Input Obtain Input Obtain Input Gender? Calculations Calculations Display Maximum Male Formula Female Formula Calculations Display Target Heart Rate Display Body Fat Percentage

  4. The Problem • No Device to calculate key exercise variables. • Currently, personal trainers must rely on numerous paper charts. • Robust enough for a gym environment.

  5. Software COnsiderations • User friendly graphical interface. • Accuracy to the pound for the Multiple Repetition Maximum Function. • Accuracy to the heart beat for the Target Heart Rate Function. • Accuracy to the tenth of a percent for the Body Fate Percentage Function. • Fast Calculations.

  6. Requirements • Microcontroller • LCD display with interactive menus • Standard size keypad

  7. Microprocessor Considerations

  8. TimeLine August 26, 2001 – Team Charter, Initial Project Requirements August 28, 2001 – Initial Project Presentation September 25, 2001 – First Draft of Web Page October 2, 2001 – Project Designed October 9, 2001 – Informal Design Review October 31, 2001 – Prototype Built November 15, 2001 – Testing Completed November 27, 2001 – Prototype Critical Design Review February 15, 2002 – Complete Research on Changes for Final Product March 1, 2002 – New Parts Ordered March 15, 2002 – PCB, Other Hardware & Software Changes Designed April 15, 2002 – Final Product Built May 1, 2002 – Testing Completed

  9. Specification • Microprocessor • Support for C++ • Floating point arithmetic support • Low Power • Low cost • LCD • Low Power • Low cost • Easy to read characters • Keypad • Passive design (no power required) • Wide keys for athletic users

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