Top Tech Jobs & Startup Jobs

Develop and support PTC Windchill PLM capabilities, including BOM and change management, digital thread and model-based engineering capabilities. Integrate CAD systems and enterprise applications using web services and database connections. Provide customer support, upgrade and install PLM releases, and analyze infrastructure components such as RHEL servers, TomEE, JavaScript, REST APIs, Java programs, and logs. Apply software debugging and testing practices to maintain compliant, supportable environments.

Develop and deliver Java and Python functionality for the F-35 Prognostics Health Management platform. Responsibilities include evaluating algorithm concepts, analyzing large datasets, prototyping algorithms, documenting development and testing, designing software pipelines, and managing configuration processes. The role requires collaboration across teams, independent problem-solving, and development of predictive capabilities supporting aircraft maintenance and supply chain decisions.

Performs process engineering for advanced electronic warfare products in an onsite second-shift environment. Requires developing and improving manufacturing processes, applying process-related military standards, and collaborating with engineering and program teams. The role requires a bachelor’s degree, at least four years of process engineering experience, analytical problem-solving, and the ability to obtain a U.S. Secret clearance. AutoCAD and 3D modeling experience are preferred.

Architect, design, develop, integrate, verify, and document real-time embedded software for military GPS receivers. Focus on GPS anti-jam and signal-processing capabilities, including jammer direction finding, position, and characterization. Analyze requirements, define software architectures, develop tools, support field demonstrations and customers, and mentor engineers. Collaborate across systems, firmware, and hardware disciplines while contributing to product development and continuous improvement.

Supports the design, development, and operation of satellites and spacecraft. Analyzes hardware state-of-health, troubleshoots system discrepancies, performs calibration activities, and maintains technical documentation and procedures. Interfaces with factory teams and contractors, collaborates with engineers and technicians, and delivers technical briefings, reports, status updates, and presentations to customers and management. The role is performed on-site and may involve laboratory, production floor, cleanroom, and outdoor environments.

Develops laser, electro-optic, and infrared systems for defense aerospace customers. Responsibilities include requirements analysis and decomposition, system design, cross-disciplinary engineering collaboration, and potentially integration and testing. The role is an onsite individual-contributor position in Merrimack, New Hampshire, requiring an active Secret clearance and eligibility for SAP/SAR clearance.

Lead development and sustainment of optical coating capabilities for EO payloads. Collaborate with optical architects, supply chain, and technicians to design, qualify, and produce spaceflight-capable coatings. Produce data packages and reports, supervise junior staff, and maintain required security clearance and on-site presence for laboratory, production floor, and cleanroom work.

Leads the design, development, integration, and testing of electro-optical/in infrared pointing and tracking systems. Develops stabilization, control, estimation, filtering, and tracking algorithms; models system performance; integrates sensors, actuators, motion-control hardware, and embedded software; analyzes accuracy, stability, latency, jitter, and dynamics; and leads laboratory, hardware-in-the-loop, environmental, and field testing. Directs engineering teams and supports requirements, architecture, risk management, integration, and verification activities.

Analyze end-to-end performance of electro-optical and multispectral remote-sensing payloads across radiometric, spatial, and spectral domains. Develop modeling and simulation methods, assess imagery and environmental impacts, support requirements, performance budgets, verification, validation, testing, and design reviews. Collaborate with systems, algorithm, calibration, image-processing, mission-operations, AI&T, and hardware engineering teams. Present technical findings to peers, management, and customers.

Leads architecture for complex mission software and simulation capabilities, defining end-to-end mission data flows, interfaces, models, and software designs. Translates mission requirements into implementable architectures, evaluates reuse opportunities, leads technical trades, guides multidisciplinary implementation teams, and resolves integration issues. Supports lifecycle activities including integration, verification, validation, testing, technical reviews, and program sell-off. Requires strong technical communication and leadership across systems engineering, payload, software, modeling and simulation, and test organizations.