I liked how realistic the workflow felt, from reading a client ticket and diagnosing the delay in code to proposing design fixes with a specialist. Connecting the software issue in Task 1 to the mechanical and sensor issues in Task 2 showed how control systems and hardware affect each other in surgical robotics.

I liked the hands-on approach to identifying robotic arm performance issues and understanding how sensor alignment, actuator efficiency, and control code optimization can improve responsiveness and durability. The simulation helped me connect theoretical concepts with practical engineering solutions.

I liked how the simulation provided a practical understanding of troubleshooting and optimizing a robotic arm. It helped me identify issues such as delayed response times, sensor misalignment, actuator strain, and joint durability, while exploring possible solutions to improve the robotic arm’s performance, efficiency, and reliability.