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Supports an advanced ICBM payload capabilities program by developing and analyzing engineering requirements, evaluating system alternatives, and performing systems integration, verification, and validation. Provides technical advice to government stakeholders, prepares engineering and acquisition documentation, participates in design and program reviews, translates customer requirements into hardware and software specifications, and mentors junior engineers. The role is conducted onsite at Hill Air Force Base in a classified environment.

Lead the design, architecture, requirements, integration, and testing of enterprise satellite ground systems for government and commercial customers. Mentor systems engineers, manage requirements and interfaces, conduct trade studies and risk assessments, support major design and test reviews, and provide technical leadership to customers and cross-functional teams. The role requires advanced systems engineering expertise, active TS/SCI clearance, MBSE experience, and on-site work five days per week.

Develop and demonstrate next-generation EO/IR sensors, lasers, sensing systems, algorithms, measurement techniques, and prototypes. Responsibilities include modeling, simulation, laboratory and field testing, analyzing optical systems and components, developing technology proposals, collaborating with multidisciplinary engineering teams, and interfacing with government R&D customers. The role is full-time onsite in Merrimack, New Hampshire, supports defense programs, and requires U.S. citizenship plus eligibility for a security clearance.

Provides program-level systems engineering leadership for advanced space and mission systems. Owns mission architecture, technical requirements baselines, requirements allocation and verification, technical budgets, trade studies, interface development, and major design reviews across the program lifecycle. Leads multidisciplinary systems engineering teams, coordinates with customers, suppliers, program management, and engineering groups, applies MBSE, supports integration and validation, manages technical risks and opportunities, and mentors systems engineers.

Leads mechanical design and analysis for advanced electronic systems, performing thermal and structural analysis using classical and finite element methods. Creates and evaluates system-level FEMs, 3D models, tolerances, prototypes, and environmental designs. Develops hardware solutions, leads multidisciplinary teams and design reviews, coordinates with engineering and business functions, and supports proposals with hardware, cost, and schedule estimates.

Develop and integrate automated test hardware and software for electronic assemblies in production environments. Responsibilities include requirements reviews, test planning, design reviews, coding, test-stand integration, debugging, troubleshooting, customer sell-off, and technical leadership. The engineer will use National Instruments TestStand and related instrumentation, collaborate across engineering disciplines, provide technical status to program management, and support mission-critical electronic warfare, communication, and navigation systems.

Supports integration, verification, and testing of Electronic Warfare systems in a System Integration Lab. Executes engineering test procedures, operates RF and electronic test equipment, troubleshoots hardware, software, and RF issues, collects and validates test data, maintains lab readiness and configuration records, and documents test results. The role collaborates with multidisciplinary engineering teams and requires full-time onsite work in Nashua or Manchester, New Hampshire, with eligibility for classified-system access.

Develop and demonstrate next-generation EO/IR sensors, lasers, sensing systems, algorithms, measurement techniques, and prototypes. Model, simulate, test, and analyze optical systems through laboratory and field experiments. Collaborate with multidisciplinary engineering teams, support technical and schedule goals, develop technology proposals, and interface with government R&D customers.

Leads multidisciplinary electrical engineering teams developing high-reliability electronic control systems for complex space and mechatronic applications. Responsibilities include motor control, power electronics, FPGA and circuit design, system modeling, simulation, requirements development, trade studies, anomaly resolution, risk mitigation, integration, testing, customer presentations, and mentoring. The role supports full system lifecycles from concept through operations and requires expertise in aerospace electronics, closed-loop stability, feedback sensors, and qualified design practices.

Leads the design, architecture, requirements, integration, and testing of enterprise satellite ground systems for government and commercial customers. Mentors systems engineers, manages requirements and interfaces, supports trade studies and risk assessments, leads design reviews and change boards, and presents technical solutions to customers and management. The role requires collaboration across engineering disciplines in an on-site Agile environment and involves supporting ground-system test, security, readiness, and sell-off milestones.