• Design HVAC systems for Navy ships in accordance with approved specifications and standards• Manage project planning, design, and progression for one alteration on 4 ships• Integrate HVAC with other shipboard systems developed by other design teams• Provide technical guidance during execution to minimize production delay• Challenged flawed designs and practices that prevented unnecessary installations

• Issued on-site technical guidance for hull, mechanical, and electrical drawings that prevented multiple day production delays• Interfaced with Japanese workforce to facilitate installations overseas• Reported design issues through Liaison Action Records that prevented similar issues on future installations

• Interfaced with ship’s force and production trades to correct ship deficiencies• Provided technical guidance that increased ship’s force repair capability and freed limited overseas shipyard production resources • Prioritized critical deficiencies which ensured project completion timeline was not impacted

• Created and presented a working prototype by working with student design team• Coordinated project details with industry contacts.

• Led committee to establish process for implementing new equipment reliably• Reduced warehouse overhead by consolidating duplicate spare parts• Minimized maintenance downtime by improving electronic spare part database• Prevented additional system failures using cause mapping for root cause analysis

• Designed and conducted water sound wave experiments• Organized and presented results with Excel