* Mentored students to refactor core programming designs as well as smaller functional components and implementations* Provided personalized feedback to students on team projects based on ideas discussed in the course* Explained concepts like abstraction and the open-closed principle to develop students' programming skills

· Automated testing for self-checkout sensors using Python and Arduino libraries, conducting over 100,000 iterations for comprehensive validation· Developed a user-friendly interface for controlling motor hardware and sensor software, enhancing efficiency and usability· Precisely documented each test procedure, recording timestamps down to the second for rigorous analysis and troubleshooting· Formatted and organized data collected from various sensor devices into standardized CSV files for thorough analysis and reporting· Collaborated with a mechanical engineer to assemble motor components and circuitry, fostering interdisciplinary teamwork· Published comprehensive documentation detailing hardware configurations and software operation for future reference and knowledge sharing