Electrical engineer for research into digital twin technologies for advanced naval applications. • Collaboration with a team of research engineers leveraging digital twin technologies to develop next-generation U.S. Navy surface ships and autonomous underwater vehicles for multidiscipline systems including electrical, mechanical, thermal, and cyber physical systems. • Research and development of communication strategies for distributed systems operating in a real time environment• Assist in the development and proposal of new research projects for addressing capability gaps for customers in the U.S. military

- Engineered custom ordered switchgear to meet customer specifications per UL 891 and NEC code- Assisted on a team to update the standard process for PLC coordinated gear to reflect updated programs and streamlined the process to minimize engineer involvement post-engineering.

· Engineered over $22 million of custom order switchgear to meet customer specifications· Responsible for the design and maintenance of over $11 million worth of Facebook data center switch gear drawing packages· Collaborated on the development of a paperless process during the coronavirus pandemic to support remote work and overall front-end process improvement

· Developed a generic modular framework to automatically synthesize high order engineering systems that was able to support multiple commercial and state of the art simulation tools· Formulated an algorithm to autonomously diagram engineering schematics from a netlist· Automatically classified subsystems using machine learning techniques

· Created over 100 models for several engineering disciplines including models for power electronics, power systems, and thermal fluid management· Assisted in the development of a time-independent solver by developing models for time-independent control systems· Led a team of software engineers in transitioning to learning a new development environment.