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Lead sustainment and systems engineering for laser, electro-optic, and infrared systems supporting defense aerospace and electronic warfare customers. Perform requirements analysis, modeling and simulation, system design, integration, and testing across the development lifecycle. Lead engineering teams, collaborate cross-functionally, manage cost accounts, and support major program bids and proposals. Work onsite in Merrimack, New Hampshire.

Create, update, review, validate, and release engineering orders, 2D drawings and 3D models for the MMIII program using AutoCAD and SolidWorks. Ensure compliance with ASME and Air Force Drawing Standards, convert files to PDF, track releases, support configuration management, and perform QC pre-reviews to avoid rejections.

Leads sensor, optical systems, materials science, and nonlinear optics efforts across R&D and production programs. Responsibilities include GmAPD detector calibration and testing, optical coating and radiation-hardening development, sensor concept development, materials analysis, prototyping, technical roadmaps, proposal support, customer interaction, and technical leadership. The role requires collaboration across engineering and business organizations and work in office, laboratory, production, and cleanroom environments.

Leads the design, development, integration, testing, and production support of opto-mechanical military systems. Designs and analyzes hardware for EO/IR products including lasers, receivers, fiber optics, sensors, and beam director gimbals. Provides technical leadership to hardware engineering teams, develops engineering documentation, applies mechanical design and analysis principles, and collaborates across multidisciplinary teams. The role is hybrid, requiring onsite work three days per week, and supports DoD programs.

Leads the design, development, integration, testing, and production support of opto-mechanical military systems. Works with EO/IR technologies including lasers, receivers, fiber optics, sensors, and beam directors. Provides technical leadership for hardware engineering teams, performs mechanical design and analysis, develops engineering documentation, and collaborates across multidisciplinary teams. Requires experience with DoD electronics, CAD/FEA tools, engineering processes, and eligibility for a Department of Defense security clearance.

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.

Supports electrical engineering trade studies, hardware integration, laboratory testing, troubleshooting, circuit debugging, production sustainment, and design documentation. Creates and reviews bills of materials, test procedures, drawings, specifications, and reports while collaborating with suppliers and multidisciplinary teams. The role focuses on electronic warfare products and requires a bachelor’s degree in electrical or computer engineering, with the ability to obtain a Secret clearance.

Leads a multidisciplinary systems engineering team supporting electronic warfare programs. Manages requirements, system design, integration, testing, technical performance, cost, schedule, trade studies, customer engagements, and proposal activities. Drives Model-Based Systems Engineering and Agile practices across the system lifecycle, from concept development through qualification and product delivery. The role is fully onsite and requires active Secret clearance.

Leads systems engineering and algorithm development for EO/IR countermeasure technologies. Responsibilities include designing, coding, analyzing, testing, and optimizing complex algorithms; performing systems engineering across the development lifecycle; participating in trade studies, reviews, customer meetings, and proposal development; and coordinating progress with management. The role collaborates with software and hardware engineers and may lead technical project teams.

Designs and analyzes complex analog, mixed-signal, and digital printed circuit board assemblies for advanced defense electronics. Responsibilities include schematic capture, trade studies, technology upgrades, simulation, laboratory testing, troubleshooting, design documentation, verification procedures, and mentoring junior engineers. The role also supports power supply design, embedded systems for harsh environments, and compliant product development within an Agile engineering team.