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Lead mechanical design and production for unmanned surface vessels: create and review CAD models, design fixtures and assemblies, manage BOMs and suppliers, mentor junior engineers, test and validate components, and improve manufacturing processes for maritime systems.

Recruiter responsible for reviewing applications, sourcing candidates, conducting initial interviews, improving screening processes, partnering with hiring managers and external recruiters, managing candidate communications, and tracking hiring progress across engineering, manufacturing, and operations roles.

Mechanical Engineering Intern supporting the design, fabrication, assembly, documentation, sourcing, and testing of autonomous surface vehicle hardware. Responsibilities include creating SolidWorks parts and assemblies, maintaining drawings and BOMs, developing fixtures and tooling, inspecting components, supporting testing, and collaborating on electromechanical systems. This is a full-time, in-person internship in San Diego from approximately January through May 2027.

Manages sales operations from quote preparation through booking, including pricing, CRM administration, workflow automation, inbound RFQ qualification, purchase order routing, and pricing-cost development. Coordinates business development, customer, and engineering teams to meet deadlines, maintain pipeline data, and improve scalable quoting processes.

Designs and owns manufacturing processes, routings, work instructions, process controls, and documentation in an MES. Analyzes production data, leads root-cause and corrective actions, and manages process transitions from prototype through NPI and full-rate production for unmanned maritime vessels.

Design and scale backend services for real-time and historical vehicle telemetry, fleet management APIs, customer integrations, and high-volume time-series and geospatial data. Improve system reliability, scalability, observability, and cloud efficiency while handling intermittent connectivity and distributed-system challenges. Collaborate with vehicle software and UI teams, guide backend architecture, lead projects, and mentor engineers.

Own software and vehicle release engineering, including versioning, build artifacts, packaging, staged rollouts, Infrastructure-as-Code, deployment pipelines, rollout monitoring, rollback tooling, and developer workflows. Integrate vehicle software, cloud services, and third-party systems while improving security, reliability, cost efficiency, and production support for maritime robotic fleets.

Design and fabricate mechanical parts, assemblies, fixtures, tooling, and jigs for unmanned surface vessels. Responsibilities include CAD configuration management, BOM development, supplier sourcing and communication, production-process improvements, incoming-part assembly and quality assurance, and component testing. The engineer will work under senior mentorship while developing ownership of mechanical design and fabrication projects.

Owns external and internal project execution, including customer contracts, government and military exercises, and maritime robotics initiatives. Develops plans, schedules, budgets, staffing plans, and risk mitigations; tracks costs and hours; supports proposals; coordinates matrixed engineering, production, fleet, and business development teams; manages customer relationships; and delivers project documentation. Requires government-contract project management experience, customer-facing communication, Microsoft tools proficiency, U.S. person status, security-clearance eligibility, and 25–35% travel.

Lead design and implementation of real-time perception algorithms (detection, tracking, sensor fusion) for embedded maritime vehicles. Integrate ML and classical methods, optimize for embedded/GPU hardware, build tests and simulations, select and evaluate sensors, mentor engineers, and field-test algorithms on USVs.