Arrow Throwing Robot

As part of a 50-member interdisciplinary team, I played a crucial role in the design and development of an innovative arrow-throwing robot. My primary focus was on the electrical circuit design, where I led the integration of key electronic components, including microcontrollers, sensors, and motor drivers. This ensured efficient power distribution and precise control for the robot’s arrow-throwing and retrieval functions. I also collaborated closely with the software and mechanical teams to synchronize the hardware systems, enabling seamless communication and operation of the robot’s actuators.

In addition to electrical design, I was involved in optimizing motor controls and sensor feedback systems, ensuring accuracy and consistency during arrow launches. By working across multiple departments, I contributed to improving the overall performance and precision of the robot. The project demanded strong problem-solving skills, as we refined the robot’s functionality through iterative testing and system adjustments.

Through this project, I demonstrated expertise in electrical design, component integration, and system-level troubleshooting. My contributions helped successfully assemble and test the robot, ensuring its readiness for real-world applications. The Arrow Throwing Robot project was a testament to both my technical abilities and my capacity to collaborate within a large team to achieve a common goal.