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Designing Innovative Robots for Diverse Tasks: A Comprehensive Overview

In this presentation, we delve into the critical role of robots in our daily lives and their vast capabilities. Our project focuses on designing three distinct robots tailored to perform unique tasks: a Wheelchair Bot for mobility challenges, a Car Bot for road navigation, and a Destroyer Bot for obstacles. We will discuss the construction, programming logic, and performance results of each robot, outlining areas for improvement. Join us as we explore effective designs and programming strategies that ensure our robots can tackle various challenges efficiently and effectively.

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Designing Innovative Robots for Diverse Tasks: A Comprehensive Overview

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Presentation Transcript

  1. Group 6 Matt, Nina, Derrick, DJ Engr 100 D

  2. Introduction • Robots are Important • Run many aspects of our lives • Do our work • Purpose: To create our own robots, each designed to tackle a different task.

  3. Presentation Outline • Robot Construction and Programming Logic • Performance Results and Discussion • Conclusion

  4. Robot Construction and Programming Logic • Wheelchair bot • Car bot • Destroyer bot

  5. Wheelchair Bot • Ramp • Road • Turn • Destroyer bots • Stairs • Sand

  6. Car Bot • Road • Stop signal

  7. Destroyer Bot • Wheelchair bot • Second destroyer bot

  8. Performance Results and Discussion

  9. Wheelchair Bot • Things to improve on: • Programming

  10. Car Bot • Things to improve on: • nothing

  11. Destroyer Bot • Things to improve on: • Bigger fence • Stronger bracing

  12. Conclusion/Summary • Purpose: To create three different robots, each designed to tackle a different task.

  13. Successful Design • Sturdy construction • Quick interchangeable parts • Effective design • Efficient design • Can tackle any obstacle • Elegant

  14. Successful Programming • Effective • Precise • Simple • Back-up provisions

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