Jobs at Seasats

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.

Provide technical support and troubleshooting for autonomous ocean vehicle software; act as customer point of contact; produce integration guides and documentation; debug real-world deployments; assist with payload and feature integrations; collaborate with engineering to reproduce and fix issues; develop and maintain customer-facing Python utilities and tools.

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.

Lead development, training, optimization, and edge deployment of perception models for maritime autonomous vehicles. Curate fleet data, run measurable ML experiments, build data pipelines, establish evaluation frameworks, and integrate models with vehicle software to validate real-time performance on embedded hardware.

Lead and build Seasats' HR function for a fast-growing startup: design policies, systems, compensation and benefits, support org design and workforce planning, coach managers, own employee relations, improve recruiting and HR systems, and advise leadership to mitigate organizational risk while preserving culture.

The Test and Quality Engineer designs and implements tests for components and systems, focusing on quality assurance in manufacturing operations.

Design and implement user interfaces for autonomous surface vehicles, mentor teammates, and improve software engineering practices within the team.

As a Senior Electronics Engineer, you'll design and develop reliable hardware systems for autonomous vehicles, balancing speed, reliability, and manufacturability. Responsibilities include electrical design, PCB layout, debugging, and collaborating with cross-functional teams while mentoring junior engineers and analyzing field data for continuous improvement.

As a Payload Integration Engineer, you'll integrate and test payloads for autonomous surface vehicles, collaborating closely with engineers and cross-functional teams, managing requirements, and troubleshooting issues.

As an Electronics Engineer, you'll design, build, and test electrical systems, ensuring their reliability for autonomous vehicles. You'll collaborate with various teams to develop and document projects while managing timelines effectively.

Owner of company internal IT: provide employee IT support, manage devices/accounts and MDM, administer Google Workspace/M365 and identity, maintain office networks and AV, enforce security controls, build onboarding/offboarding and IT processes, document systems, and develop the IT roadmap and budget while supporting engineering and manufacturing environments.

Support design, fabrication, assembly, and testing of autonomous surface vehicle mechanical hardware. Create and update SolidWorks parts, assemblies, drawings, and basic BOMs; assist with fixtures, tooling, sourcing, assembly, inspections, and testing. Maintain documentation and configuration of design files and collaborate with mechanical, electrical, and software engineers.