Data Visualization: Using tools (like Excel or Power BI) to present test results and equipment performance metrics.
Hands-on Troubleshooting: Developing the ability to diagnose electrical or mechanical failures in test fixtures using tools like Multimeters and Oscilloscopes.
Lean Manufacturing: Understanding how test equipment efficiency impacts overall production throughput.
Bridge Theory and Practice: Successfully apply academic principles of electronics and mechanics to solve real-world equipment malfunctions.
Professional Communication: Collaborate effectively with cross-functional teams (Production, Quality, and R&D) to report equipment status and suggest improvements.