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Performs structural and thermal engineering analyses using classical methods and FEA tools. Builds and post-processes component- and system-level models, conducts modal, vibration, shock, static, and heat-transfer analyses, and collaborates across engineering disciplines to optimize designs. The role documents findings, presents results, supports program teams, and provides technical guidance to junior engineers. It is hybrid with at least 50% onsite presence and supports aerospace and mission-critical hardware programs.

Leads structural and thermal analysis for aerospace and mission-critical hardware using classical engineering methods and FEA tools. Performs modal, vibration, shock, static, steady-state, and transient thermal analyses; develops and post-processes models; influences architecture and design decisions; communicates risks and recommendations; and mentors junior engineers. The hybrid role requires at least 50% onsite presence and eligibility for a Secret DoD security clearance.

Leads mechanical design, development, integration, testing, and production of complex defense systems. Creates 3D models and drawings, performs tolerance, thermal, structural, stress, modal, and vibration analyses, develops prototypes, and executes verification plans. Troubleshoots manufacturing and test issues, conducts root-cause analysis, supports requirements and trade studies, designs test equipment, collaborates across engineering disciplines, and contributes to new business capture. The role is full-time onsite and requires an active Department of Defense security clearance.

Manage classified, air-gapped IT systems and lab environments in a 100% onsite closed area. Configure Active Directory, GPOs, VMware, Veeam, Trellix ePO, Nessus, Splunk, and Lab-in-a-Box environments. Lead data spill response, secure wipes, vulnerability remediation, system monitoring, backup recovery, STIG/RMF compliance, documentation, and audit readiness while coordinating with security stakeholders.

Leads multiple classified electronic warfare development programs through transition to production, coordinating program management, engineering, quality, and operations teams. Ensures manufacturing capabilities align with design expectations while supporting financial, schedule, technical, quality, and new business objectives. Establishes transition best practices, manages cross-functional lifecycle activities, monitors operational performance, and presents to senior leaders and customers. Requires expertise in quality methodologies, aerospace standards, lifecycle management, and production readiness.

Supports production and transition-to-production activities for advanced defense electronics. Performs drawing reviews, tolerance analyses, mechanical engineering assessments, yield and affordability improvements, and product issue resolution. Collaborates with cross-functional teams to deliver quality products on schedule, presents technical information, and leads tasks through closure. The role requires manufacturing experience, mechanical engineering expertise, problem-solving ability, and technical leadership.

Performs structural and thermal engineering analyses using classical methods and FEA tools across aerospace and mission-critical hardware. Builds and post-processes component- and system-level models, conducts modal, vibration, shock, static, and heat-transfer analyses, and collaborates with multidisciplinary design teams. The role documents results, supports program execution, provides technical guidance to junior engineers, and requires at least 50% onsite presence.

Leads mechanical design, analysis, prototyping, testing, integration, production support, and troubleshooting for complex defense systems. Creates 3D models and drawings, performs tolerance, thermal, structural, vibration, and environmental analyses, develops test equipment and plans, conducts verification, resolves manufacturing and test issues, and supports requirements development, technology upgrades, and new business capture.

Performs structural, thermal, modal, vibration, shock, static, and transient heat-transfer analyses using FEA and classical engineering methods. Develops and post-processes component- and system-level models, supports architecture and design decisions, leads technical reviews, assesses risks, and collaborates with multidisciplinary teams. The role provides technical leadership and mentorship across aerospace and mission-critical hardware programs, with at least 50% onsite work.

Develop and support electronic warfare systems across the product lifecycle, including requirements analysis, systems modeling, architecture, trade studies, risk mitigation, integration, verification, validation, and testing. The role involves cross-functional collaboration, customer presentations, technical reviews, field and flight tests, and creating test plans, procedures, and reports. Work is fully onsite in Nashua, New Hampshire, supporting classified defense programs.