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The Runner’s Dashboard

Discover the Runner's Dashboard, a state-of-the-art device designed to help runners monitor their performance in real time. This innovative wristband and foot pod combination tracks distance, pace, speed, and time, providing an intuitive user interface for easy navigation. Whether you're a seasoned marathoner or a casual jogger, our device features a comprehensive instruction manual and a responsive design based on user feedback. With key milestones achieved in technology, our project is on track for successful completion, ready to empower health-conscious individuals in achieving their fitness goals.

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The Runner’s Dashboard

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Presentation Transcript

  1. The Runner’s Dashboard JaronBernath Clint Scott Josh Eimiller Trevor Fallis Kyle O’Brien

  2. Introduction • Device to track runner’s progress • Distance • Pace / Speed • Time • Unit worn on wrist and foot

  3. Chosen Concept • Wrist band unit with display • Foot Pod

  4. What the public said… • The buttons look small. (wrist unit) • What does each button do? (wrist unit) • Will the pod bounce? (foot)

  5. Our Mission • Why is ours better? • Thorough instruction manual • Easy-to-use user interface (buttons and descriptions) • Market • Runners and joggers • Health conscious walkers

  6. Project Milestones • Accelerometer working – Feb 1 • Wireless working – Feb 1 • Microcontroller working – Mar 1 • PCB completed - Mar 16 • Project completed – Apr 16

  7. Block Diagram

  8. Manufacturing Plan • Enclosure • Printed Circuit Boards • Power Supply • Communication between Display and Sensor • Computer Interface

  9. Business Plan • Sales Forecast • Timing • Price • Competitive analysis • What are the Competitors? • Why Customers will choose ours • Economic Feasibility • Cost v. Sales

  10. Budget • This is out estimated plan for spending. • We could spend up to $500.

  11. Project Risks • Wireless • Buy and test 433 MHz early • Alternative design • Distance Equation • Adapt from patent

  12. Project Risks • Soldering Accelerometer • Early attempt to solder • Presoldered boards • Accelerometer Use • Early purchase and experiment

  13. Project Risks • Printed Circuit Board • Everyone checks final design • Computer Interface / Memory • Use SD flash memory • Premade drivers

  14. Project Risks • Power • Integration • Independent subsystem testing • Parts • Use familiar parts when possible

  15. Project Risks • Time • Budget • Underperformance • Weekly status reports

  16. The End • Questions?

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