The end-to-end workflow between diagnosing control code latency in Python and evaluating physical electro-mechanical trade-offs (actuator strain vs. sensor alignment) was outstanding. It felt like an authentic glimpse into how J&J MedTech engineers bridge control algorithms and hardware to deliver life-saving surgical precision.

I liked the simulation because it provided a practical way to understand how actuator strain and sensor misalignment can affect robotic arm responsiveness. It was useful to compare the initial and optimized performance and see how design modifications can improve response time, reliability, and accuracy.

What could be the cause of the processing delay observed in the robotic arm's operation, as shown in the image? What could be the cause of the processing delay observed in the robotic arm's operation, as shown in the image? Excessive friction in the joints Redundant calculations in the control code Misalignment of the actuators Power fluctuations in the sensor array