Jobs at STR

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.

Research, design, develop, and validate AI/ML algorithms and large-scale simulation tools for autonomy applications supporting national security. Build and maintain software, conduct computer-based research, analyze simulation results, and communicate findings through technical reports and presentations to government customers. Collaborate across multidisciplinary teams on sensor systems, autonomous platforms, and defense research programs.

Research, design, develop, and implement AI/ML algorithms and autonomy capabilities for defense applications. Build and maintain software algorithms, manage large-scale simulations, analyze results, and communicate findings through technical reports and presentations. Work collaboratively on national security problems involving sensor systems, platforms, and simulation environments.

Leads advanced reverse engineering and vulnerability research for software, firmware, and cyber-physical systems. Develops binary analysis tools, analyzes protocols and operating system internals, researches vulnerabilities, and creates exploits, payloads, mitigations, and emulation tools. Leads multidisciplinary technical teams, supports proposals and customer engagement, and presents research supporting national security missions. The role requires onsite work and an active Top Secret clearance.

Leads software and firmware reverse engineering, binary analysis, vulnerability research, exploit and payload development, and cybersecurity solution development. The role involves leading multidisciplinary technical teams, developing automated analysis tools, presenting research, supporting proposals and technical marketing, and solving national-security problems involving cyber-physical systems. Work is onsite and requires an active Top Secret clearance.

Lead multidisciplinary cybersecurity research involving reverse engineering software, firmware, binaries, and embedded systems. Develop automated binary analysis tools, characterize protocols, research vulnerabilities, develop exploits and payloads, and create mitigations. Lead technical teams, contribute to proposals and technical marketing, and document and present research supporting national security missions. The role requires onsite work and an active Top Secret clearance.

Leads advanced reverse engineering and vulnerability research for cyber-physical systems. Responsibilities include analyzing software and firmware binaries, developing automated binary-analysis tools, researching vulnerabilities, creating exploits and payloads, developing mitigations, leading multidisciplinary teams, and presenting technical findings. The role also supports proposal development and customer-facing technical marketing for national security programs.

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.

Design, develop, integrate, test, and demonstrate autonomy algorithms and software for unmanned platforms, mission planning, automated control, and DevSecOps systems. Provide technical leadership and mentoring across the software lifecycle, translate mathematical concepts into applications, support system architecture, and lead small Agile engineering teams. Develop backend-focused software using concurrency, optimization, testing, code review, and CI/CD best practices.

Design, model, fabricate, integrate, and test mechanical deployable payloads and vehicles for undersea sensors and unmanned platforms. Develop solutions for harsh maritime environments, create test plans and infrastructure, support laboratory and at-sea testing, coordinate vendors and fabricators, and communicate technical results through reports, presentations, and customer briefings.

Integrate and test advanced RF hardware and software systems in laboratory, software-in-the-loop, and field environments. Develop hardware test sets, test software, plans, and procedures; execute testing against system requirements; document results and metrics; support technical reviews and briefings. Collaborate with development and systems engineering teams to integrate verification artifacts into Digital Engineering and MBSE workflows.

Leads strategic sourcing, category strategy, supplier relationship management, negotiations, risk mitigation, and procurement process improvement for defense and government programs. The role manages sourcing events, supplier performance, compliance, internal stakeholder partnerships, and supply chain teams while applying FAR, DFARS, ERP, contract management, and AI-enabled tools. Requires substantial federal contracting experience, supervisory leadership, and the ability to obtain and maintain a government security clearance.

Lead development of advanced signal processing and machine learning algorithms for radar and RF sensing/electronic warfare. Design and implement models and simulations, lead small teams and projects, support proposals and business development, and collaborate to deploy prototype RF systems. Requires deep technical expertise in signal processing, ML, and systems prototyping with strong communication skills.

Lead development of advanced signal processing and ML algorithms for radar and RF sensing/EW systems, build models and simulations, lead small teams and proposals, and transition capabilities into prototype systems.

Develop state-of-the-art signal processing and ML algorithms for radar and RF sensing/electronic warfare. Design models and simulations, lead small teams and projects, support proposals and business development, and collaborate to deploy capabilities into prototype systems. Requires security-clearance eligibility and strong technical communication.

Lead and grow strategic accounts supporting national security customers. Serve as the primary liaison to senior government stakeholders, identify and mature opportunities, develop account plans, lead capture and proposal efforts, coordinate partner outreach, and provide customer insight to technical and program teams. The role requires deep familiarity with cybersecurity, intelligence, special operations, and technology development, along with strong communication, leadership, and relationship-building skills.