-Update outdated Visual Basic software for compatibility with the latest systems and convert it to Python.-Develop software that utilizes data mining techniques to gather information from research and autonomously generate organized reports.- Reconstructed a generative report showcasing the compliance of Seagate HDD products with the T10 SAS standard

- Lead design of a new 12.3kWh and a 15.5kWh Lithium-Ion battery pack, tailored for high-performance applications in solar-powered vehicles.- Designing a Battery Management System (BMS) PCB, ensuring cross-compatibility for the American Solar Challenge and the Bridgestone World Solar Challenge regulations- Optimizing Hardware on the BMS allowing for a smaller, easier-to-use design- Modifying and writing C++ firmware for the BMS implementing Direct Memory Access (DMA) for our Analog to Digital measurements for accuracy and efficiency - Utilizing Controller Area Network (CAN) protocols to communicate seamlessly with the other critical electrical systems of the vehicle, enhancing overall performance and data integrity

- Role in coordinating and advising new electrical team members, providing technical guidance and support to new team members, accelerating their onboarding process, and ensuring a smooth transition into their roles.- Organizing meetings, planning events, and providing aid from where it is needed on the Electrical Team- Acting as the primary point of contact for sponsored companies, maintaining strong relationships and ensuring continued support- Identify and address challenges faced by the Electrical Team, providing targeted assistance to optimize workflow and resource utilization to find solutions to the problems faced.

- Designed a PCB to streamline the wiring complexity for communication, output, and enabling functions of a 40 kWh lithium-ion battery, enhancing system efficiency.- Developed a PCB to monitor chassis isolation from the high-voltage (HV) system, ensuring safety for both the driver and the battery.- Wrote C++ firmware to track chassis isolation and utilized Control Area Network (CAN) protocols with the Battery Management System (BMS) to report isolation status.- Contributed to the manufacturing of a 40 kWh lithium-ion battery pack, which powered the vehicle in the 2023 Bridgestone World Solar Challenge.

-Wallin Educational Partners Scholarship recipient-A college-completion program with individualized advising, financial aid, and professional developmentFor more information, visit https://www.wallinpartners.org/

Coordinated with the Electrical and Computer Engineering staff IT department to troubleshoot computer issues, imaging machines, and assisted with device related issues. Managed staff and students within the Electrical and Computer Engineering department using TeamDynamix software.

Mentored by the CEO of the company who critiqued work and accelerated learning and performance.Constructed several GitHub infrastructures for the company that organized over 5000 files and directories securely with automated testing.Analyzed the company’s main software and created tests for advanced python, HTML/CSS and Javascript.Explored an introductory level of machine learning concepts and worked on handling data with Pandas.

-Trained new employees to prioritize costomer satisfaction and store policy-Assisted Manager on duty in operation of both front-end and back-end responsibilties