Developed a prototype PCB solution for high-voltage insulation monitoring, with a focus on Electric Vehicle (EV) chargers. Led the project from start to finish, including system simulations in LTspice, PCB design in KiCad, and software control systems development using C and Python. The solution aimed at improving safety and reliability in high-voltage applications, integrating both hardware and software to monitor and analyze insulation performance.

Collaborated in the design, assembly, and management of circuity for an AI driven formula one car design.Developed safety checking systems with PCB designs to ensure autonomous power distribution and accurate data readings.Tested and Implemented PCB in full model car for international EUFS competition

Desing and Analysis of insulation systems for EV charging networks. Development of an insulation monitoring device with IC's and data analysis in python.

Participated in 1 on 1 and group teaching sessions with students of a variety of ages and academic backgrounds, improving interpersonal skills and academic results.

As a member of the electronics team, I am responsible for the design and testing of electronic components and circuitry responsible for the communication network of a hyperloop pod.

Developed and programmed algorithms for robust forms of symbiotic human-robot interaction including spoken interactions and speech algorithms for a robotic platform designed to autonomously conduct therapy sessions with children with autism.

Engaged in multiple activities through various departments such as engineering marketing and product development. Assisted with data mining and analysis for content and programming alignment.