Electromechanical Technician

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At REGENT, we’re on a mission to revolutionize regional transportation between coastal cities. We’re not just building vehicles, we’re creating a new category of transportation: the seaglider. These groundbreaking wing‑in‑ground‑effect craft travel just above the water’s surface, combining the speed of an airplane with the low operating costs of a boat. Capable of 180 miles at 180 mph on today’s battery tech (and up to 400 miles with next‑gen batteries), seagliders will unlock fast, affordable, and sustainable coastal transit for passengers and cargo – connecting cities, islands, and communities like never before.

Backed by leading investors and powered by a team of passionate, forward‑thinking engineers, builders, and operators, we’re now scaling from a breakthrough prototype to full production – and building the team to make it happen.

We’re looking for a mission‑driven Electromechanical Technician to help bring REGENT’s groundbreaking seagliders to life. In this role, you won’t just assemble parts – you’ll be building the future of coastal mobility by integrating and testing the critical systems that will make our vehicles fly just above the waves. This is an opportunity for a hands‑on builder with a deep understanding of both mechanical and electrical systems to contribute to something truly transformative.

If you’ve worked in aerospace, marine, robotics, or complex R&D environments and are energized by solving real‑world problems with hardware, we’d be thrilled to have you on the team!

If you’re energized by working at the intersection of cutting‑edge innovation, real‑world impact, and hands‑on engineering, you’ll be in the right place – and we’d be thrilled to have you on the team!

• Assemble, install, and test integrated systems including motors, actuators, sensors, wire harnesses, control surfaces, and other electromechanical assemblies.
• Fabricate and route harnesses from schematics and 3D models, using crimping, soldering, and strain relief techniques to aerospace standards (e.g., IPC/WHMA‑A‑620).
• Troubleshoot system‑level issues involving electrical, mechanical, or sensor components—identify root causes and propose solutions in collaboration with engineers.
• Read and interpret both electrical schematics and mechanical assembly drawings to support builds and integration.
• Install and calibrate moving systems, such as control surfaces, propulsion assemblies, or actuation systems, ensuring smooth mechanical operation and proper electrical interfacing.
• Support testing and validation of complete vehicle systems—both on the bench and integrated into seaglider platforms.
• Collaborate across disciplines (e.g., mechanical, electrical, avionics, and systems engineering) to rapidly iterate and improve design and build processes.
• Contribute to tooling, workspace setup, and safety practices, including safe handling of high‑voltage systems and moving machinery.

• Demonstrated experience building and supporting electromechanical systems – including actuators, sensors, motors, wiring, and control interfaces.
• Proficiency in using both mechanical and electrical hand tools, diagnostic instruments (multimeters, torque wrenches, etc.), and assembly techniques.
• Familiarity with aviation, aerospace, or high‑reliability standards for assembly, harnessing, and workmanship (e.g., IPC‑A‑610, IPC/WHMA‑A‑620, or equivalent).
• Ability to read and follow electrical schematics, wiring diagrams, and mechanical assembly drawings.
• Understanding of safe work practices around high‑voltage systems, rotating machinery, and prototype environments.
• A collaborative mindset and the ability to adapt in a fast‑paced prototyping environment.

• Experience in aerospace, marine, robotics, or advanced manufacturing environments.
• Worked on systems involving high‑voltage power, battery modules, or energy storage (Li‑Ion or Li‑Polymer).
• Familiarity with motor control systems, linear actuators, servos, or propulsion subsystems.
• Exposure to prototyping or R&D test environments, with rapid iteration cycles and hands‑on debugging.
• Worked…