- Led maintenance technicians to inspect and repair US Navy shipboard Life-saving Appliance (LSA), industrial fire suppression systems, and portable fire extinguisher equipment in shipyard environments.

- Maintained over 90% equipment efficiency while minimizing downtime through preventive and predictive maintenance planning.- Increased operational efficiency by 20% through processes aimed to anticipate equipment failures and optimize preventive maintenance schedules.- Enhanced management capacity by 15% via project delivery timelines and resource allocation.- Led 4 maintenance supervisors and 42 technicians to enhance automated machinery control systems to guarantee uninterrupted operations in high-stakes environments.- Headed a Strategic Project Management team that upgraded mechanical, electrical, and hydraulic systems across the ship, completing projects 2 months ahead of planned schedules.- Administered the Machinery Control System (MCS), empowering operators with advanced automated HMI monitor capabilities for critical industrial systems.

- Integrated 8 new barracks facilities accommodating over 1,000 students.- Led 84 staff in training to over 20,000 students, achieving uninterrupted personnel delivery.- Directed 8 technicians in managing 6 training facilities, focusing on MEP issues.- Upgraded 3 RADAR simulators, allowing instructors increased experiential flexibility.

- Trained 3 officers and revamped safety procedures to reduce worksite injuries by 80%.- Coordinated 34 maintenance professionals on the USS Nimitz overhaul project, enhancing collaboration with over 46 functional managers and contractors from General Dynamics.- Led a group of 3 supervisors and 21 Electronics Technicians in RADAR and precision landing system maintenance to ensure uninterrupted mission capability.- Defined and integrated process improvements during repairs and was recognized with the Navy Achievement Medal.

Taught electronic and mechanical systems theory and maintenance strategies to entry-level sailors to meet fleet manning requirements. Our curriculum covered basic electronics, analog electronics, digital electronics, motors and generators, and electronic cooling systems.

Performed preventive and corrective maintenance on internal communications equipment as well as alarm, indicating, and navigation systems aboard USS Klakring (FFG-42).