Top Engineering Jobs

Develop and lead mechanical and ocean engineering solutions for uncrewed undersea systems, including vehicles, buoys, pressure vessels, hydrodynamic structures, and sensor subsystems. Responsibilities include modeling and simulation, prototyping, fabrication, integration, testing, peer reviews, technical documentation, and collaboration across mechanical, electrical, acoustic, software, and systems teams. The role supports advanced defense and ISR research involving fielded undersea systems.

Leads research and development of advanced undersea sensing, robotics, counter-UUV, acoustic signal processing, and autonomous systems. Defines technical vision, architectures, proposals, and execution plans; directs multidisciplinary engineering teams through design, integration, testing, and at-sea demonstrations. Engages government and industry customers, communicates technical trade-offs, mentors engineers, and drives innovative mission-focused capabilities from concept through delivery.

Designs and develops electrical systems for uncrewed undersea vehicles, sensor payloads, and command-and-control systems. Responsibilities include analog and digital circuit design, PCB development, board bring-up, hardware debugging, sensor integration, embedded system interfaces, and lab, pool, and at-sea testing. The role collaborates with mechanical, software, and systems engineers while maintaining design and test documentation and contributing to electrical architectures and system requirements.

Develop advanced sensing algorithms and system concepts using signal processing, mathematics, physics, optimization, modeling, simulation, and AI/ML. Implement and evaluate solutions in MATLAB and Python, collaborate with software and systems engineers to create efficient production implementations, and test capabilities for fielded systems. Work on multidisciplinary teams addressing radar, optical, remote sensing, and complex physical-system challenges.

Lead the architecture, design, development, integration, testing, and deployment of advanced radar systems. Research RF sensing approaches, define requirements and system architectures, develop radar modes and simulations, analyze performance, and guide multidisciplinary teams across software, hardware, integration, and test. Collaborate with customers and leadership, conduct technical reviews, document solutions using systems modeling tools, and lead advanced development projects.

Lead the architecture, design, development, integration, testing, and deployment of advanced radar systems. Research RF sensing approaches, translate customer needs into system concepts, define requirements and architectures, conduct simulations and performance analysis, and guide multidisciplinary teams across software, hardware, integration, and test. The role also involves customer briefings, technical reviews, modeling in Cameo, verification planning, and technical leadership of advanced development projects.

Design, develop, optimize, and test real-time acoustic signal-processing algorithms for distributed undersea systems. Implement embedded software across low-SWAP, ARM, DSP, and server-class hardware while meeting stringent performance requirements. Collaborate on hardware integration and validation using C/C++, Python, MATLAB, Linux, Git, containers, and Jira. The role requires embedded systems, signal processing, hardware-interface, optimization, and debugging expertise, plus an active security clearance and eligibility for special access programs.

Summer 2027 internship opportunities are available across sensors, intelligence, cyber, analytics and command-and-control, systems, operations, and corporate functions. Interns should be enrolled in a BS, MS, or PhD program, demonstrate strong academics and research interest, and be able to obtain a security clearance. The program offers competitive pay, housing at the Massachusetts site, alternate-site bonuses, flexible hours, and summer activities. Roles support advanced defense, intelligence, cybersecurity, sensing, communications, electronic warfare, and artificial intelligence research.

Designs, develops, integrates, tests, and demonstrates autonomy algorithms and software for unmanned platforms and mission systems. Provides technical leadership and mentoring across the software lifecycle, develops backend-focused algorithmic applications, supports system and system-of-systems architecture, and collaborates with research scientists to transition mathematical concepts into production software. Work includes mission planning, automated control, DevSecOps, CI/CD, code quality, Agile execution, and team leadership.

Design, develop, integrate, test, and demonstrate autonomy algorithms and software for unmanned platforms and mission systems. Provide technical leadership and mentoring across the software lifecycle, including architecture, Agile development, DevSecOps, CI/CD, code quality, and system integration. Translate complex mathematical concepts into production software while supporting mission planning, automated control, autonomous reasoning, and multi-agent systems.