Jobs at STR

Lead the full lifecycle of government subcontracts, including strategy, solicitation, proposal evaluation, negotiation, award, administration, compliance, performance monitoring, modifications, and closeout. Serve as a subject-matter expert across internal teams, manage subcontractor risk and due diligence, support CPSR and audit activities, interpret FAR and DFARS requirements, improve subcontracting processes, and advise on pricing, cybersecurity, export controls, intellectual property, and other compliance matters.

Leads the technical development and delivery of AI/ML-enabled RF, communications, and networking capabilities for national-security missions. Responsibilities include translating customer needs into architectures and plans, leading engineers and researchers, managing technical risks and interfaces, designing RF and sensor-data systems, overseeing integration and testing, and transitioning solutions to operational environments. The role focuses on RF sensing, Open RAN, 5G/6G, edge AI, waveform adaptation, and high-throughput, low-latency software.

Leads the architecture, development, integration, testing, deployment, and transition of AI/ML-enabled RF, communications, and networking capabilities. Translates mission requirements into technical plans, manages complex subsystems and interfaces, mentors engineers, and oversees secure, reliable, low-latency software for edge and on-premises environments. The role focuses on RF sensing, 5G/6G, Open RAN, waveform adaptation, signal processing, and mission-critical national-security applications.

Develop and maintain enterprise software applications, integrations, APIs, automated workflows, data processing tools, and business applications. Collaborate with analytics, applications, IT, cybersecurity, and business stakeholders to gather requirements, improve processes, manage roadmaps, and support reliable software delivery. Use Python, AI-assisted development tools, containers, Git-based source control, CI/CD, Linux, and automated testing while troubleshooting and documenting existing systems.

Develop and maintain enterprise software applications, integrations, APIs, automated workflows, and data-processing tools. Collaborate with business, IT, and cybersecurity stakeholders to translate operational needs into technical solutions. Manage roadmaps and backlogs, deploy containerized applications through CI/CD pipelines, troubleshoot existing systems, and improve reliability and automation. The role also supports enterprise reporting, data integration, business applications, and AI-assisted software development.

Lead FPGA firmware development for radar and electronic warfare systems, including requirements mapping, RTL design, simulation, verification, hardware integration, testing, documentation, and production transition. Evaluate system capabilities, support technical planning, present findings, mentor engineers, and build high-performing technical teams. Work across multidisciplinary teams while managing schedules, budgets, and development activities.

Develop, integrate, test, debug, and maintain AI/ML software for RF sensing, waveform generation, communications, networking, and intelligence workflows. Implement defined features, APIs, data-processing capabilities, and integrations; support testing, demonstrations, releases, and operational environments. Collaborate with software, systems, RF, communications, and DevSecOps teams while improving system reliability, performance, maintainability, and testability. The role offers increasing ownership of technical components supporting mission-critical national-security applications.

Lead architecture and development of embedded software for MPSoC-based RF systems, including SDRs, radar, and digital receivers. Develop C/C++ and embedded Linux software, define hardware/software interfaces, integrate FPGAs and high-speed converters, optimize deterministic data streaming, lead board bring-up and system testing, and mentor multidisciplinary engineering teams. Maintain architecture documentation and guide technical decisions across the full solution lifecycle.

Designs and implements real-time embedded software and digital signal processing architectures for advanced radar and electronic warfare systems. Responsibilities include requirements development, software architecture, C++ and CUDA implementation, simulations, performance testing, technical documentation, and customer briefings. The engineer collaborates across multidisciplinary teams, supports radar system verification and test execution, evaluates technical approaches, and mentors junior engineers while delivering deployable solutions in operational environments.

Architect and lead embedded software for MPSoC-based RF systems, including SDRs, digital receivers, exciters, and radar subsystems. Develop C/C++ and embedded Linux software, integrate FPGAs, processors, converters, and timing systems, and optimize high-throughput deterministic data paths. Lead board bring-up, system integration, testing, documentation, design reviews, and multidisciplinary technical mentorship.

Leads software teams developing, integrating, deploying, and maintaining full-stack mission applications for DoD and intelligence customers. Builds prototypes, scales applications, develops responsive frontend features, integrates systems, collaborates with government operators, and conducts deployment and field testing in secure environments. The role requires customer relationship management, technical leadership, software engineering expertise, and active security clearance.

Leads software teams developing, integrating, deploying, and field-testing full-stack mission applications for DoD and intelligence customers. Builds prototypes, scales applications, creates responsive frontend features, integrates systems, and translates military or government user needs into reliable software. The role requires customer collaboration, software leadership, secure-environment deployment, and travel to integration sites up to one week per month.

Leads software teams developing, integrating, deploying, and enhancing full-stack mission applications for DoD and intelligence customers. Builds prototypes, scales applications, develops responsive interfaces, integrates APIs, collaborates with military and government users, and performs deployment and field testing in secure operational environments. The role combines hands-on software engineering, customer engagement, technical leadership, and mission-focused product delivery.

Leads defense technology programs spanning system capabilities, operational prototypes, testing, and demonstrations. Oversees schedules, budgets, requirements, risks, subcontractors, and technical metrics while partnering with principal investigators and cross-functional teams. Supports proposal capture and delivery, stakeholder communication, customer-outcome alignment, and strategic planning. The role requires active Secret or Top Secret clearance, eligibility for SCI/SAP clearance, engineering education, and substantial Department of Defense program management experience.

Develop resilient cybersecurity software for national security systems. Conduct security assessments, identify and remediate vulnerabilities, create fuzzing campaigns, and build static and dynamic analysis tools. Communicate technical risks and remediation recommendations to engineering and customer stakeholders.

Leads systems engineering for a space-based sensing platform, including constellation architecture, requirements development, mission partitioning, command and control, data transport, processing, subsystem integration, and testing. Collaborates with program leaders, government partners, subcontractors, and technical teams; mentors junior engineers; and contributes to technology roadmaps, capability assessments, and business development. Requires expertise in space-based RF/radar or optical sensing, satellite flight software, multidisciplinary systems design, and an active Top Secret clearance.

Lead systems engineering for a space-based sensing platform, including constellation architecture, requirements development, command and control, data transport, processing, and space-ground mission partitioning. Define interfaces, guide subsystem integration and testing, collaborate with partners and subcontractors, assess technology roadmaps, and mentor junior engineers. The role requires expertise in space-based RF/radar or optical sensing, satellite flight software, multidisciplinary systems design, and active Top Secret clearance.

Leads full-stack software teams developing, integrating, deploying, and maintaining mission-critical applications for DoD and intelligence customers. Builds prototypes and user-focused features, integrates systems and APIs, collaborates with military and government operators, and conducts deployment, field testing, and triage in secure environments. Requires expertise in React, TypeScript, Python, high-performance interfaces, secure software deployment, customer engagement, and national security missions.

Lead multidisciplinary teams developing advanced RF sensing, radar, and electronic warfare algorithms from research concepts through operational prototypes. Architect signal-processing solutions, support customer engagements and proposals, mentor technical staff, and provide technical direction across programs. Responsibilities include signal detection and classification, adaptive processing, waveform design, optimization, modeling and simulation, AI/ML for RF applications, system testing, verification, and technology transition.

Lead multidisciplinary teams developing advanced RF sensing, radar, and electronic warfare algorithms from research through operational prototypes. Architect signal-processing solutions, guide technical direction, mentor engineers, engage customers, support proposals and business development, and transition innovative technologies into defense capabilities. The role requires expertise in radar or EW programs, mathematical algorithm development, testing and verification, and multiple areas such as adaptive signal processing, waveform design, optimization, AI/ML, or modeling and simulation.