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Apply systems engineering and MBSE methods to develop system models, architectures, requirements, interfaces, and digital engineering workflows. Support trade studies, integration, process automation, model governance, technical reviews, demonstrations, and stakeholder communications. Collaborate across multidisciplinary engineering teams, facilitate technical discussions, mentor junior engineers, and evaluate AI and automation opportunities. The role is primarily on-site three or more days per week and may involve travel between campuses or other locations.

Lead the architecture and technical roadmap for a next-generation RADAR system. Direct multidisciplinary teams across RADAR, mechanical, electrical, software, firmware, and test engineering; own trade studies, CONOPS, requirements, verification, hardware execution, technical risk, and customer engagement. Oversee subcontractor integration, executive reporting, process improvement, and mentorship of systems engineers while guiding programs from concept through operational delivery.

Develop and modify complex C++ software for defense systems, including SIGINT, aircraft protection, radar warning, and electronic attack. Responsibilities include software design, code review, source control, embedded development, integration, and testing across Windows or Linux environments and ARM, x86-64, and GPU targets. The role is full-time onsite in Southern New Hampshire and may require occasional travel for integration and test events.

Develop and modify complex C++ software for defense systems, including SIGINT, radar warning, aircraft protection, and electronic attack applications. Responsibilities include software design, code review, algorithm implementation, source control, embedded development, integration, and testing across Windows or Linux environments and ARM, x86-64, and GPU targets. The role is fully onsite, requires occasional travel, and supports early-career engineers through mentorship and professional development.

Provides technical leadership for MBSE, systems architecture, and digital engineering across complex programs. Develops system architectures, requirements structures, interfaces, verification relationships, modeling methods, reference architectures, and reusable MBSE patterns. Integrates models with engineering and lifecycle data, evaluates systemic process and digital opportunities, mentors engineers, facilitates cross-functional technical discussions, and guides responsible use of AI and automation in engineering workflows.

Develop and refactor C/C++ embedded software and signal-processing algorithms for space applications. Collaborate with multidisciplinary engineering teams, respond to evolving requirements, and improve existing code efficiency and maintainability. The role requires substantial embedded development experience, algorithm or digital signal processing expertise, strong technical communication, a computer science or computer engineering degree, U.S. citizenship, and an existing Top Secret clearance with eligibility for Top Secret/SCI and a CI polygraph.

Applies systems engineering and MBSE methods to complex engineering programs. Develops system models for requirements, functions, interfaces, behaviors, and architectures; supports trade studies, integration, verification, digital-thread development, and process automation. The role establishes modeling standards, integrates engineering data and tools, facilitates multidisciplinary technical discussions and reviews, supports training and demonstrations, and evaluates AI and automation opportunities. Requires collaboration across technical disciplines, analytical problem-solving, communication, and independent execution.

Provides senior technical leadership for systems engineering, MBSE, digital engineering, and enterprise ecosystem initiatives. Leads complex systems analysis, architecture, integration, verification, and lifecycle engineering across programs and organizations. Defines MBSE strategies, digital architectures, standards, governance, and reusable capabilities; advises leadership, mentors technical professionals, resolves cross-functional challenges, and evaluates emerging AI and automation technologies. The role is primarily on-site at least three days per week, with possible travel between campuses and other locations.

Leads systems security engineering across the full SDLC for mission-critical DoD programs. Defines security requirements, develops architectures, performs threat modeling and adversarial analysis, integrates security into DevSecOps pipelines, and leads RMF Assessment and Authorization activities. Authors security documentation, evaluates STIGs and security benchmarks, manages residual risks, mentors engineering teams, engages government stakeholders, and supports proposal development and technical reviews.

Develop and assess reliability, availability, and maintainability of electronic warfare equipment across its lifecycle. Perform RAM modeling, MTBF predictions, FMECA, testability and maintainability analyses, failure investigations, root cause analysis, and failure trend analysis. Lead FRACAS and failure review activities, coordinate with suppliers and labs, define and allocate RAM requirements, support BIT and diagnostic feature development, and present findings and corrective actions to management and customers.