About Quartermaster

At Quartermaster AI, we believe the ocean should be a safe and sustainably managed resource for all. By leveraging cutting-edge AI and robotics, we unlock capabilities that were only recently impossible. Our distributed open-ocean systems enable every vessel to sense, compute, and communicate, enhancing maritime domain awareness for those who need it most.

Equal Employment Opportunity (EEO) Statement

Quartermaster AI is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees. We do not discriminate based on race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, veteran status, genetic information, or any other protected status under applicable federal, state, or local laws.

We encourage individuals of all backgrounds to apply and join us in shaping the future of defense technology. If you require accommodations during the application or interview process, please let us know.

About the Role:

We are seeking an Electrical Engineer who can lead design, development, and validation of the electrical subsystems that power our Smartmast platform—an edge-deployed, Linux and GPU-based sensor node for maritime intelligence. You will be responsible for the full lifecycle of electrical design, from schematic capture and PCB layout through to bring-up, testing, and environmental validation. This includes core compute hardware, power delivery, peripheral interfaces, sensor integration, and EMI/resilience measures required for rugged field deployments. You’ll collaborate closely with mechanical, software, and systems engineers to evolve the Smartmast into a modular, production-grade platform.

Key Responsibilities:

• Design and document the electrical system architecture for next-generation edge compute modules, including power regulation, sensor I/O, and interconnects.
• Create schematics and multi-layer board layouts using industry-standard EDA tools, optimized for thermal performance, EMI compliance, and mechanical constraints.
• Oversee PCB fabrication and assembly vendors, including BOM management, design for manufacturability (DFM) checks, and prototype validation.
• Integrate and interface with peripherals such as cameras, SDRs, GNSS/GPS, IMUs, PoE, radar, and environmental sensors.
• Design power systems with battery integration, surge protection, and redundant regulation paths for safety-critical applications.
• Perform electrical bring-up, validation, and debugging across prototypes and production hardware using oscilloscopes, logic analyzers, and other lab instrumentation.
• Contribute to design-for-reliability efforts addressing shock, vibration, IP ratings, lightning protection, and thermal resilience.
• Support enclosure and harness design in collaboration with mechanical engineering to ensure robust physical and electrical integration.
• Maintain detailed documentation, including schematics, test procedures, manufacturing processes, and hardware change logs.
• Collaborate with software and AI teams to validate hardware performance under real-world workloads and field conditions.

Qualifications (Preferred):

• Bachelor’s or Master’s degree in Electrical Engineering or a related field.
• 8+ years of experience designing and delivering production-grade embedded hardware systems.
• Proficiency with schematic capture and PCB layout tools (e.g., Altium, OrCAD).
• Strong understanding of high-speed signal integrity, power electronics, and mixed-signal design.
• Hands-on experience in bring-up, validation, and troubleshooting of embedded compute platforms.
• Familiarity with camera interfaces (CSI, USB3), GNSS, IMUs, and other real-world sensor systems.
• Experience working with ruggedized or environmentally constrained hardware designs.
• Excellent debugging skills with lab tools (oscilloscopes, logic analyzers, multimeters).
• Bonus: experience with NVIDIA platforms, RF considerations, or marine/aerospace deployments.

Work Environment:

• This is a fully remote position with collaboration via online tools.
• Flexible working hours with occasional deadlines requiring high availability.
• Opportunity to work on innovative projects with a global impact.

Benefits:

• Competitive salary.
• Flexible work hours and the option for remote work.
• Opportunities for professional development and continued education.