• Developed multiple production-grade firmware drivers in C for 4 major programs, leveraging Arm Cortex-M4 and Cortex-M7 microcontrollers and other peripheral hardware components.• Designed and developed an automated hardware provisioning system for manufacturing plants using Flask, Jinja, PyQt, SQLite, and CAN, reducing PCB provisioning time by 80% and enabling provisioning log data storage for analysis.• Led the development of 5 internal and external utility tools for hardware and software testing, and production database management, utilizing Python, PyQt, OpenCV, NumPy, Protobuf, Arduino, CAN, and UART to enhance operational efficiency.• Designed and implemented algorithms to create animations from images based on configuration parameters for lighting display applications and performed color calibration in the CIE color space according to customer specifications, using NumPy and OpenCV to enhance workflow efficiency by 50%.

• Created Bash scripts for a real-time computer vision application in Python, integrating a real-time object detection model with advanced camera and projector technologies to demonstrate future adaptive headlight capabilities to potential investors.• Collaborated with full-time software engineers to develop a real-time 3D point cloud data logger and visualizer using Python and PyQt enhancing RADAR system evaluation efficiency by 60%.• Conducted benchmarking of various RADAR systems across different ranges, materials, and environmental conditions, collecting and analyzing data to present results that informed future business decisions.

Assisted students in Java programming courses by conducting tutorial and one-to-one sections, demonstrated concepts of data structures, basic algorithms, and object-oriented programming using Java, giving students a better understanding of these materials.