Project Roadmap
Design Concepts Hardware
The hardware design includes two force sensors that clamp onto each side of the handle, measuring force exerted during exercise movements. These sensors are connected to a microcontroller, which processes the data and sends it wirelessly to a mobile app for real-time tracking. Powered by a rechargeable battery, the compact and durable system ensures accurate performance while being comfortable and unobtrusive during use.
Design Concepts Software
Design Concepts Selection
Design Hardware Specifications
Software Specifications
System Diagram
Test Plan
1. Objectives
Verify the wiring and circuit system with the force measurement devices connected to the micro controller and battery.
Verify the accuracy of force measurement on the handle.
Test functionality and durability under gym conditions.
Evaluate user feedback for performance and design improvements.
2. Scope
Features to Test:
Force detection and calculation accuracy.
Battery life and charging efficiency.
Ease of use for first-time users.
Durability during typical gym activities.
3. Test Environment
Physical Setup:
We will be giving to the Stevens Lifting team, in order to have a real gym setting with standard equipment (pull-up bars, TRX straps).
Test Subjects:
5-10 inexperienced gym users.
5-10 experienced gym users for comparative analysis.
4. Test Cases
Force Measurement Accuracy
Attach weights of known values to the handle; record measured force.
User Guidance
Provide the band to users without prior instructions; observe their ability to set it up and understand the readings.
Ease of Use
Conduct surveys after users perform a workout session with the smart band.
Stress Test
Simulate repetitive pulling forces (e.g., 1,000 pulls at various weights).
Environmental Test
Expose the band to sweat, moisture, varying temperatures, and weight.
App Data Transmission
Test real-time data transfer to the app during a workout.
Battery Performance
Fully charge the band, use it under standard conditions, and measure runtime.