Prescient Edge is seeking a Mid Mechanical Engineer to support a Federal Government client.
Benefits:
At Prescient Edge, we believe that acting with integrity and serving our employees is the key to everyone's success. To that end, we provide employees with a best-in-class benefits package that includes:
- A competitive salary with performance bonus opportunities.
- Comprehensive healthcare benefits, including medical, vision, dental, and orthodontia coverage.
- A substantial retirement plan with no vesting schedule.
- Career development opportunities, including on-the-job training, tuition reimbursement, and networking.
- A positive work environment where employees are respected, supported, and engaged.
Position Overview
Prescient Edge is seeking a Mechanical Engineer to support U.S. Navy Medium Unmanned Surface Vehicle (MUSV) acceptance, integration, test, modernization, and lifecycle engineering activities. This is a subsystem-level role focused on the vessel's mechanical systems and machinery, translating platform-level needs into reliable mechanical performance at the equipment and subsystem level. The engineer will evaluate propulsion, steering, fluid, cooling, fuel, hydraulic, auxiliary, and related machinery systems; troubleshoot deficiencies; assess interfaces with electrical and control systems; and support safe, reliable, mission-capable USV operations.
Key Responsibilities
Marine Mechanical Systems Engineering
- Provide mechanical engineering support for propulsion, steering, fuel, cooling, bilge, hydraulic, piping, pumping, ventilation, and auxiliary machinery systems used aboard MUSVs and related watercraft.
- Evaluate engines, motors, shafts, propulsion units, pumps, valves, piping, heat exchangers, actuators, mounts, and other mechanical equipment for performance, integration, reliability, maintainability, and suitability.
- Perform engineering analysis, calculations, trade studies, and technical evaluations to resolve mechanical-system issues and support design, alteration, repair, modernization, and acceptance decisions.
- Review and interpret mechanical drawings, equipment specifications, piping diagrams, interface documentation, technical manuals, vendor data, and engineering procedures.
- Troubleshooting, Integration & Lifecycle Support
- Lead or support root-cause analysis of mechanical and electromechanical deficiencies affecting propulsion, steering, fluid systems, cooling, machinery, and other vessel subsystems.
- Assess mechanical interfaces with electrical power, controls, sensors, software, autonomy, and other integrated vessel systems to identify cross-subsystem impacts and support coordinated corrective actions.
- Support engineering change evaluation, configuration management, technical documentation, repair planning, obsolescence management, and lifecycle sustainment of mechanical systems and equipment.
- Coordinate with Marine Systems Engineers, electrical engineers, Government engineers, operators, logisticians, vendors, original equipment manufacturers (OEMs), and maintenance personnel to resolve technical deficiencies.
- Test, Acceptance & Verification
- Support mechanical-system inspection, integration, operational test, acceptance, and readiness events in laboratory, waterfront, shipboard, industrial, and field environments.
- Develop, review, or execute mechanical test and inspection procedures; capture objective evidence; document discrepancies; evaluate corrective actions; and support verification of implemented solutions.
- Assess test results and engineering data to determine mechanical-system performance, compliance, residual risk, reliability, and readiness for follow-on integration or operations.
- Provide clear technical findings, recommendations, and status updates to engineering, program, and operational stakeholders.
Engineering Documentation & Team Integration
- Develop or review mechanical drawings, technical reports, calculations, inspection findings, configuration records, issue summaries, and decision-support materials.
- Support technical planning, schedule coordination, risk identification, requirements traceability, and engineering workflow improvement for mechanical-system acceptance and lifecycle activities.
- Communicate effectively within integrated Government-contractor engineering teams and help drive mechanical technical actions through resolution.