Regent
Mechanical Design Engineer
About this role
REGENT is seeking a Mechanical Design Engineer to develop and refine mechanical systems for Seagliders—innovative wing-in-ground-effect vessels. You'll own mechanical design across multiple platforms, progressing subsystems from concept through CAD, analysis, prototyping, and production, while collaborating across electrical, software, and program teams.
What you'll do
- Design mechanical hardware across structures, mechanisms, actuation, thermal, and fluid systems from concept through production-intent CAD
- Perform hand calculations and FEA analysis to justify designs, including fastener sizing and tolerance stack-ups
- Build and test prototypes in the lab, designing test fixtures and rigs to validate concepts with limited supervision
- Improve existing mechanical systems for reliability, weight, and manufacturability as products scale to production
- Partner with electrical, software, and controls teams to solve integration challenges and keep projects on schedule
- Lead design investigations end-to-end and advance core technologies like hydrofoil retraction and control surface actuation
What they're looking for
- Mechanical design (structures, mechanisms, actuation, thermal, fluid systems)
- Machine elements and mechanisms (bearings, locks, latches, linkages, seals, pulleys)
- Drive and power transmission (motors, gearboxes, hydraulics)
- CAD proficiency (NX preferred)
- Structural analysis and FEA
- Manufacturing knowledge (machining, sheet metal, composites, welding)
- Fastener selection and joint design
- Materials selection and failure analysis
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Regent
Regent develops innovative Seaglider vehicles designed for sustainable coastal transit. The company is hiring embedded systems software engineers and chief engineers to support vehicle development, integration, and certification efforts.
View all jobs at RegentLikely interview questions
- Walk us through a mechanical system you designed end-to-end—from initial concept to prototype testing. What analysis did you use to validate it, and what would you do differently?
- Tell us about a time you had to integrate your mechanical design with electrical or software systems. How did you handle the cross-functional collaboration?