Stephanie Dombrowski Email and Phone Number

- Reviewed submarine hydraulic systems construction documents to support new construction, overhaul, and repair efforts, including diagram deviations and engineering reports.- Reviewed submarine strategic weapons systems design documents, including component drawings, operating instructions, and casualty procedures.- Resolved discrepancies and provided approval recommendations to senior leadership.

Project Technical Lead of the Engineering Trouble Desk during execution of a large maintenance overhaul of a Los Angeles-class submarine. - Managed a team of engineers to support project priorities, maintained status of all engineering tasks required for project certification and completion. - Developed robust technical solutions to various complex problems, managed efforts of less experienced team members to resolve daily production issues in a time-sensitive environment, coordinated with operations, program office, and testing groups to support completion of work. Mechanical Systems Technical Lead of planning efforts for maintenance and modernization work of TRIDENT-class submarines.- Approved technical work documents for mechanical systems, piping and HVAC.- Managed mechanical engineering team efforts while performing project management related tasks.Developed technical rationale to support customer approval of non-conforming conditions using an understanding of special emphasis programs, shipbuilding specifications, maintenance requirements, and contractual requirements for various projects. Supported certification efforts by reviewing contracted work requirements and validating technical work documents were generated to consume associated work.

Supported the design and development of hydraulic system diagrams by reviewing system requirements and specifications, managing multiple hydraulic-supported interfaces, analyzing components, performing system calculations, incorporating lessons learned from previous class submarine hydraulic systems, and working with the customer to address expectations and technical matters.Reviewed interfacing system documentation and diagrams developed by other groups toensure the hydraulic interface accurately reflects system design requirements.Coordinated with human factors, testing, and construction groups to optimize maintainability and producibility by integrating test features into system design and ensuring piping arrangements will be beneficial to submarine force and personnel.

Researched computational fluid dynamics of human respiration. Generated grids using ANSYS ICEM, simulated flow rates, and analyzed results.