• Competed in NASA's Lunabotics Mining Competition, leading team of 15 electrical engineers by hosting trainings, providing helpful feedback, while promoting technical equity by dedicating more support towards newer members• Collaborated in a highly cross-functional environment and worked within a multidisciplinary team of mechanical, electrical, and software engineers to design and develop a complex robotic system with clean cable management• Designed and developed a new control and power distribution board PCB improving on the existing product by making the layout more compact with the use of SMD technology• Contributed to all stages of hardware development, including high-level drawings, breadboard prototyping, layout, routing, fabrication, and integration• Ranked top 10 teams, won the innovation award, 1st place presentation/demonstration award, and 3rd place outreach award

• Coordinated with a team on designing printed circuit board (PCB) that interfaces with a high-value test set and ensuring the product design meet project requirements and timelines• Used Xpedition tools to create and optimize PCB schematics and layouts for manufacturability and performance• Developed a detailed routing rules document that outlined specific requirements for the PCB layout• Preformed signal integrity simulations to verify high-speed digital signal quality and identify potential issues• Developed comprehensive documentation of complex tasks related to PCB Design, signal integrity simulation, and other technical areas

• Designed and developed a functional prototype from concept to completion, allowing for potential advancements and customization in the future• Documented the entire design and development process, providing comprehensive records for future reference, troubleshooting, and potential scaling• Employed cost-effective strategies and sourcing options to create the prototype at a relatively low cost, optimizing the startup's resources

• Collaborated with a team of three Engineers on documenting and programming a 3-axis Stewart Platform for the utilization in a university course teaching haptic feedback• Researched programming techniques on programming the Stewart Platform while documenting what we discover• The Stewart Platform will be implemented in a university course the following semesters to be used to demonstrate haptic feedback with VR devices