Top Engineering Jobs in Boston, MA

Support selection, characterization, calibration, and integration of multi-modal navigation and localization sensors (IMUs, GNSS, cameras). Develop and run test plans, calibration scripts, and data-processing tools. Work cross-functionally with EE/ME/SW on electrical interfaces, mounting, thermal/vibration, and software drivers. Debug hardware–firmware–software issues, document trade studies and integration requirements, and support production and occasional travel.

Lead architecture, development, and validation of end-to-end aircraft fuel systems. Drive cross-functional integration, system-level modeling (CFD), verification, supplier qualification, ground and flight test support, anomaly root-cause analysis, and mentor engineering teams while contributing to long-term fuel-system technology roadmaps.

Lead design, integration, and fielding of autonomy software on unmanned platforms. Develop mission behaviors, platform control, multi-agent coordination, and deployment pipelines; own validation from simulation to live tests. Drive technical strategy, cross-team architecture, standards compliance, mentor senior engineers, and support on-site test/mission operations and hardware/software debugging.

Design, analyze, and validate aircraft power electronics (HV/LV systems, DC-DC converters, inverters, motor controllers, battery/BMS). Own full hardware lifecycle: modeling, schematic capture, PCB layout, prototyping, testing (HALT), verification, and cross-functional collaboration. Lead design reviews and manage program timelines to meet aerospace reliability and manufacturability standards.

Design, build, and scale high-performance deterministic aircraft subsystem models and simulation infrastructure in C++. Implement tests, V&V, and faster-than-real-time simulation tools. Collaborate with autonomy, embedded, GNC, and test teams, perform system performance analysis, and produce reports and visualizations to support aircraft development and automated flight qualification.

Lead design and delivery of flight-critical power electronics for the X-BAT aircraft, including inverters, DC-DC converters, and battery management. Own full hardware development cycle, drive PCB layout, harden designs for harsh environments, mentor engineers, lead reviews, and manage program timelines through production.

Lead and grow a small autonomy engineering team to design, integrate, validate, and field autonomy software for launched effects. Own delivery, hiring, mentoring, technical direction, ICDs, pre-deployment validation, live test support, hardware/software debugging, and cross-team collaboration for multi-agent and air-gapped fleet deployments.

Support avionics electrical engineering for the X-BAT across design, verification, procurement, manufacturing, and test. Perform benchtop testing with multimeter, oscilloscope, electronic load, and thermal chamber; design basic test fixtures, wire harnesses, and simple PCBs; rework boards to 0402; read and interpret schematics; collaborate on multidisciplinary hardware projects and drive project ownership and delivery.

Design and implement high-quality C/C++ embedded avionics software for X-Bat UAVs. Lead cross-functional teams, own features from design to production, integrate firmware and autonomy systems, and develop HIL/virtualized test environments. Produce architecture and test documentation, build CI/test tools, prototype concepts, and ensure reliability, safety, and compliance for aerospace deployments.

Lead system architecture, requirements, and integration for next-generation autonomous UAS. Define system behavior, perform MBSE modeling and safety analyses, conduct trade studies, and support flight test and deployment. Coordinate with autonomy, hardware, software, propulsion, and DoD stakeholders to deliver mission-capable airborne platforms.