- Performed requirements analysis, test procedure management, systems integration, and verification in support the sustainment of mission critical software - Troubleshot hardware and software deficiencies to identify time sensitive, technical solutions - Functioned as the engineering point of contact for a small program by independently managing engineering workflow to ensure adherence to a strict project schedule; with responsibilities that included upgrading integrated circuits, functional sell-off testing, creation of deficiency/test reports, and interfacing frequently with both engineering quality assurance and program management

Worked on an electrical engineering team for Submarine Overhaul and Repair Engineering (D474). Provided non-nuclear engineering support from work planning through final system test and ship certification on commissioned nuclear submarines at Electric Boat’s Groton shipyard and off-site at various U.S. Navy shipyards and facilities. Responsibilities included:- Was the electrical engineer cognizant of non-nuclear submarine electrical power distribution for the Overhaul and Repair Engineering department across all classes of delivered U.S. Navy nuclear submarines- Provided technical leadership for all AC, DC, and group control switchboard maintenance work for a major engineering overhaul project to ensure the ship’s systems operate throughout the designed service life- Derived requirements from shipbuilding specifications, maintenance requirements, drawing packages, and contractual information to create various types of technical work documents to support both planning and execution of electrical maintenance and modernization across various systems such as ship control, power distribution, various combat systems, sonar, and fiber optic cable systems- Performed inter-departmental peer reviews for other engineering disciplines as an electrical technical lead - Performed shipboard inspections to identify and support emergent execution problems while adhering to both site and customer requirements such as electrostatic discharge protection, radiation controls, and fall protection- Developed technical rationale to support approval of non-conforming conditions.

Assessed the critical spare parts inventory for multiple suites in the facility’s production line while collaborating with vendors to obtain material quotes for future sourcing efforts

Provided engineering evaluation and incorporation of as-built changes for completed projects within the power delivery and substation design groups with the daily usage of CAD programs and version control software

Aided in the research and development of the Active Modular Suction Mooring system, a suction caisson foundation for primary usage in offshore renewable energy applications

Worked primarily as the main designer for key components in the VorTaq III power system, a underwater unmanned vehicle counter-rotating, cam-based drive transmission by designing parts in SolidWorks to be 3-D printed or machined in a mechanical prototyping laboratory settingSupported the creation of an article for Unmanned Systems Technology by providing images, CAD renderings, and technical data for the NorEaster power system present in Unmanned Systems Technology Issue 027