Top Engineering Jobs in Boston, MA

Develop and scale microservice-based software in a DevSecOps environment to transition mission planning and AI-enabled systems from R&D to production. Collaborate with scientists and engineers to convert models into production-grade APIs, support deployments, and contribute to system reliability and integration with AI/data tools.

The Lead Software Engineer will develop advanced technologies, design software solutions, and collaborate on multi-disciplinary teams to solve national security challenges.

The position involves reversing complex software/firmware, developing cybersecurity solutions, leading technical teams, and conducting vulnerability research, all while ensuring national security.

The Hardware Section Manager will lead teams in designing, developing, and deploying advanced technology systems, focusing on RF, electrical, mechanical engineering, and firmware, while ensuring effective staffing, technical execution, and collaboration across disciplines.

Lead development of embedded, real-time signal-processing software for radar/sonar/electronic warfare. Design, implement, and test systems software, interface with hardware, collaborate with researchers, and support field tests and customer experiments.

Lead technical teams in developing and demonstrating novel signal processing and machine learning algorithms for electronic warfare and sensor applications, ensuring performance and integration into RF-based systems.

As a Lead Modeling and Simulation Engineer, you'll oversee teams developing RF simulation tools, integrating new capabilities, and supporting real-time simulation efforts.

The Senior Software Engineer will lead technical discussions, develop innovative software solutions, mentor junior engineers, and enhance data communications systems. They require 5+ years of experience and programming skills in Python, C, and C++.

As a Lead Software Engineer, you will design and develop advanced algorithms for autonomous platforms, guiding a team through the software development lifecycle and ensuring best practices.

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (radar, EW, signal processing). Define requirements, perform trade studies, develop test plans, conduct over-the-air demonstrations, validate performance via simulation and measurement, and prepare design and test documentation while coordinating with mechanical, firmware, software, and systems engineers.