Responsible for leading a 70+ person department of electrical engineering professionals focused on detail design, modeling, and construction for Navy, USCG, and commercial vessels.- Responsible for all electrical engineering activities for the USCG Offshore Patrol Cutters (OPC), Expeditionary Fast Transits (EPF) Vessels, T-AGOs Vessels, Autonomous Vessels, and Expeditionary Medical Ships (EMS). - Established leadership development and mentorship programs for high potential engineers in the department.- Developed leadership and engineering management skills for a core team of engineering leads in the department.- Deployed a new integrated digital wire connection list (WCL) process for efficiently communicating hook-up information from engineering to production personnel.- Implemented new detailed procedures for drawing development, model reviews, calculations, and construction drawing completion.

Lead engineer responsible for the 15kV Class Switchboards and the 450V Load Centers for the Gerald R. Ford Aircraft Carrier within the Electrical Nuclear Propulsion Components Development groupResponsible for integration and testing of all components associated with the 15kV Class Switchboards such as Microprocessor Protective Relays, 15kV Class Vacuum Circuit Breakers, Network Communication Equipment, Uninterruptible Power Supplies, and Human Machine Interfaces (HMIs). • Developed comprehensive engineering papers to facilitate Navy approval for component upgrades and qualification• Implemented software changes into the microprocessor relay based 15kV class switchboard protection system• Integrated system for validating parameter and calibration settings using hash codes and other procedures• Wrote the Navy Technical Manuals for the 15kV Class Switchboards and 450V Load Centers• Performed several comprehensive root-cause failure analyses on components • Proposed component obsolescence management plans to NAVSEAResponsible for the integration, testing, and qualification of the CVN 78 Aircraft Carrier 450V Load Centers.• Facilitated the shock qualification approval of the Load Centers with modified cable entry design• Managed supplier drawings and circuit breaker changes throughout ship• Wrote the Navy Technical Manual for the 450V Load Center

East coast office engineering manager responsible for overall program performance, budgets, employee performance, and staff development plans. Managed a team of engineers through the design, analysis, test procedure development, and qualification testing for multiple programs. Planned and presented detailed program reviews to the Navy, various shipyard customers, key manufacturing personnel, and upper management.Responsible for the overall project performance of all assignments to the Newport News engineering office. Responsible for employee performance, Earned Value Management System (EVMS) tracking, and new proposal concept designs.• Managed the design, manufacturing, and testing program for the LCS Waterborne Launch and Recovery System• Presented detailed design reviews for Navy and shipyard customers• Designed the LCS Airborne Mission Zone Maintenance Cranes• Designed boat davit systems for Navy ships• Conducted employee performance reviews, new hire interviews, and employee development plans• Facilitated shipboard repairs and testing on the LSD, TAKE, LCS, and CVN Class ShipsResponsible for developing concept design packages, estimating cost, and presenting new equipment design solutions to various customers.• Developed proposals for the LCS Freedom and Independence Class Waterborne Launch and Recovery System• Presented detailed equipment proposals to both Navy and Shipyard customers

• Lead electrical engineer for a $60M new technology system development and procurement involving linear synchronous motors, variable frequency drives, and programmable controllers• Responsible for the production of various systems’ technical drawings for government approval • Developed interface control documents and lead departmental teams through the successful implementation of complex design documents • Developed and presented system descriptions and block diagrams to costumer to obtain funding and establish baseline contracts • Through the engagement of several departments, implemented various project plans to ensure successful integration of new designs into the CVN 78 Aircraft Carrier • Presented designs and project updates to a department of 150 staff members