I programmed various embedded microcontrollers for our products, utilizing languages such as C, C++, C#, Python, Assembly, and CMake. I created a software development kit (SDK) for the team to enhance productivity and optimized our build tools, integrating a bootloader to simplify programming for our projects. Additionally, I developed and optimized multiple communication protocols, including CAN, I2C, SPI, and UART, ensuring efficient and reliable data transfer in our systems.

designed, laid out, tested, and implemented numerous circuit boards. My work includes handling high-power applications, RF signals, digital signals, and differential signaling, often integrating multiple functions onto a single board. I have collaborated with board houses to oversee the manufacturing process and have used tools such as SolidWorks and Altium for design. Additionally, I have programmed many of the boards I designed, ensuring seamless functionality and performance.

I worked as a tutor at the Peer Mentoring Center, providing support for a variety of courses, including control systems, statics, circuits, digital logic, engineering programming, and CAD design.

I was responsible for setting up and maintaining all devices for the summer program, ensuring that all equipment was fully operational and ready for use. Additionally, I managed the list of internet access for students, coordinating permissions and troubleshooting connectivity issues to facilitate a smooth learning experience.

As president, I restructured the team to improve goal achievement and ensured members stayed on track with their tasks. Additionally, I led the initial setup and wiring of our competition aircraft, streamlining processes to enhance performance and efficiency.

I was responsible for the wiring and initial setup of the team's competition planes and drones, including configuring electrical systems and conducting pre-flight checks. I also worked on developing the autonomous systems for the competition drones, programming and integrating sensors and control algorithms to improve flight performance.

In my role, I repaired and maintained various household appliances, including washers, dryers, microwaves, televisions, and refrigerators. I diagnosed issues, conducted repairs, and performed routine maintenance to ensure optimal performance, developing a strong understanding of appliance components and systems in the process. This experience enhanced my technical skills and ability to deliver quality service.