Responsibilities
- Lead end-to-end printed circuit board development, from requirements gathering through schematic creation, component selection, layout oversight, testing, debugging, and integration
- Diagnose complex technical issues spanning electrical and software domains using laboratory instruments like oscilloscopes and digital multimeters, along with basic software debugging tools
- Design and develop mission-critical payloads and subsystems such as sensors, interface electronics, power systems, and communication networks
- Create system interconnection diagrams and specify wiring harnesses that link electronic components within subsystems
- Collaborate with electrical, mechanical, software, firmware, and test engineering teams to deliver fully operational systems
- Operate effectively in a high-velocity environment focused on rapid prototyping and customer-deployed hardware support
- Participate in peer and cross-functional design reviews to ensure design quality and technical alignment
- Support the integration and testing of autonomous underwater vehicle systems across technology readiness levels 3 through 8
- Perform system-level design and analysis of vehicle platforms as required by program needs
- Lead design validation efforts, analyze system requirements, and plan verification strategies to meet project objectives and industry standards
- Engage with multidisciplinary teams throughout the product lifecycle from concept through integration and testing
Compensation
Competitive salary and benefits package
Work Arrangement
Full-time, on-site
Team
Collaborative, multidisciplinary engineering team focused on rapid innovation
Responsibilities
- Lead end-to-end printed circuit board development, from requirements gathering through schematic creation, component selection, layout oversight, testing, debugging, and integration
- Diagnose complex technical issues spanning electrical and software domains using laboratory instruments like oscilloscopes and digital multimeters, along with basic software debugging tools
- Design and develop mission-critical payloads and subsystems such as sensors, interface electronics, power systems, and communication networks
- Create system interconnection diagrams and specify wiring harnesses that link electronic components within subsystems
- Collaborate with electrical, mechanical, software, firmware, and test engineering teams to deliver fully operational systems
- Operate effectively in a high-velocity environment focused on rapid prototyping and customer-deployed hardware support
- Participate in peer and cross-functional design reviews to ensure design quality and technical alignment
- Support the integration and testing of autonomous underwater vehicle systems across technology readiness levels 3 through 8
- Perform system-level design and analysis of vehicle platforms as required by program needs
- Lead design validation efforts, analyze system requirements, and plan verification strategies to meet project objectives and industry standards
- Engage with multidisciplinary teams throughout the product lifecycle from concept through integration and testing
Available for qualified candidates
