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Develop and integrate automated hardware and software test solutions for electronic assemblies in a production environment. Responsibilities include requirements reviews, test planning, design reviews, coding, test-stand integration, debugging, troubleshooting, customer sell-off, and technical status reporting. The role may provide subject matter expertise or technical leadership while collaborating across engineering disciplines. Work is hybrid in Totowa or Wayne, New Jersey, supporting defense electronic warfare, communications, and navigation systems.

Provides program-level systems engineering leadership for advanced space and mission systems. Owns system architecture, requirements baselines, technical budgets, trade studies, interface verification, 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 risk management, and mentors engineers through integration and validation.

Performs hardware and software failure analysis, FRACAS management, reliability data analysis, prediction, maintainability and testability assessments, and reliability growth analysis. Develops corrective actions, CAPA initiatives, reliability test plans, and prediction models. Leads reliability improvement projects, supports DFR and DFM reviews, collaborates with engineering, manufacturing, quality, suppliers, and test teams, and prepares technical reports and presentations.

Leads a 10–15-person airborne systems engineering team developing military GPS and PNT products for aviation and maritime platforms. Responsibilities include people management, technical direction, systems engineering lifecycle oversight, requirements and architecture development, verification, certification guidance under DO-178C and DO-254, TSO/MSO authorization support, recruiting, mentoring, design reviews, proposals, and collaboration with program management and business development. The hybrid role requires at least 50% onsite work.

Leads element-level systems engineering for space and mission systems across architecture, requirements, integration, verification, validation, and operations. Supervises multidisciplinary systems engineers, owns technical baselines, budgets, trade studies, requirements traceability, interface verification, and major design reviews. Coordinates with customers, program management, engineering teams, suppliers, and partners while mentoring staff and supporting risk management. The role requires on-site work five days per week and an active Top Secret clearance with ability to obtain TS/SCI with polygraph.

Supports implementation and production rollout of a PLM system, ensuring configuration and data management requirements align with EIA-649. Translates requirements into JIRA user stories, validates implementation and data migration, participates in Agile Scrum ceremonies, and supports testing, training, troubleshooting, user adoption, system upgrades, and continuous process improvement. The role collaborates with cross-functional technical and business teams and requires regular on-site work.

Leads an analog circuit design engineering team supporting high-reliability avionics for military and commercial aircraft. Responsibilities include staffing, hardware development process compliance, technology roadmaps, R&D budgeting, employee mentoring and reviews, analog interface design guidance, digital and model-based engineering support, process improvement, and bid and proposal contributions. The role requires extensive analog CCA design, testing, verification, troubleshooting, aerospace leadership, and knowledge of EMI/EMC and DO-160/DO-254 standards.

Analyze hardware and software failures, manage FRACAS investigations, identify root causes, and drive corrective actions. Perform reliability data analysis, prediction, maintainability, testability, and reliability growth modeling. Support reliability test plans, manufacturing and design improvements, CAPA, DFR, DFM, and customer-facing technical reporting. Lead reliability initiatives and cross-functional improvement projects while collaborating with engineering, quality, manufacturing, test teams, suppliers, and customers.

Performs hardware and software failure analysis, root-cause investigations, FRACAS tracking, reliability data analysis, prediction modeling, maintainability and testability assessments, and reliability growth analysis. Collaborates with engineering, quality, manufacturing, software, test teams, and suppliers to implement corrective actions, improve processes, and support Design for Reliability and Manufacturability reviews. Prepares technical reports, documentation, presentations, test plans, and reliability improvement initiatives.

Analyzes hardware and software failures, maintains FRACAS records, performs reliability and maintainability modeling, and develops corrective actions. The role uses statistical techniques such as Weibull analysis, MTBF/MTTR calculations, FMECA, and reliability growth analysis. Responsibilities also include failure investigations, testability analysis, process improvement, CAPA, Design for Reliability reviews, technical documentation, customer reporting, and leading cross-functional reliability initiatives.