Top Engineering Jobs

Lead Model Based Systems Engineering implementation across programs, applying MBSE processes, tools, modeling languages, and frameworks such as SysML, UML, UAF, and MagicDraw/Cameo. Guide system development activities, create modeling strategies, solve technical problems through models, and support digital engineering transformation. Collaborate with program teams and leadership to develop training materials, best practices, and engineering processes. The role requires an active Secret clearance and extensive systems engineering experience.

Performs electronic, mechanical, electromechanical, and optical equipment testing, troubleshooting, calibration, adjustment, diagnosis, and maintenance in an engineering laboratory. Uses RF test equipment, interprets schematics, records test data, maintains tracking records, explains defects, and collaborates across functional teams. Requires off-shift availability and the ability to obtain a Secret clearance.

Evaluates supplier quality and nonconforming products, analyzes defect trends, leads root-cause and corrective-action efforts, flows down contractual requirements, and develops supplier improvement plans. The role collaborates with engineering, supply chain, and program teams to mitigate risk, supports AS9145 and PPAP activities, and conducts supplier audits and quality reviews. Approximately 25% travel is required.

Participate in developing real-time space vehicle simulations supporting flight software testing, integration, risk reduction, ground development, and operator training. Perform engineering lifecycle activities including requirements, architecture, design, coding, testing, integration, documentation, and laboratory deployment. Work with software and hardware, Agile development, GitLab, DevSecOps, and spacecraft subsystems under experienced engineering guidance.

The AMOC Senior Scientist designs, develops, configures, upgrades, and documents C4I tracking and correlator systems. Responsibilities include implementing advanced sensor interfaces, adapting target-detection algorithms, redesigning system interfaces, planning installations, and supporting evolving mission requirements. The role requires advanced C and C++ programming, strong C4I systems knowledge, a relevant master’s degree, and at least 10 years of experience.

Optics engineering intern supporting the assembly, integration, and testing of optical instruments, payloads, flight hardware, and ground support equipment. Responsibilities include developing test procedures, assisting with test design, operating optical test sets, analyzing test data, troubleshooting hardware, and preparing technical presentations. The role involves work in laboratory, cleanroom, production, and office environments while collaborating with engineers and technicians.

Provides technical and engineering support for U.S. Navy and Marine Corps air traffic control systems. Designs, installs, repairs, calibrates, modifies, tests, and evaluates electronic systems, including radar and navigational aids. Performs LRU-level repairs, updates technical documentation, develops training materials, supports fleet operations, and trains personnel. Requires travel to CONUS and OCONUS locations up to 25% of the time.

Designs and develops high-power, safety-critical propulsion battery systems for aircraft, helicopters, and Advanced Air Mobility vehicles. Responsibilities include managing system, hardware, and software requirements; defining architectures and interfaces; integrating systems into vehicles and power architectures; creating engineering documentation; and performing validation and verification. The role also provides technical leadership and develops and validates SOC, SOP, SOH, and SOE models while addressing high-voltage, battery management, thermal, and certification requirements.

Develop and lead signal and image processing algorithms for advanced sensor data, including radar, RF, imaging, and multispectral systems. Perform intelligence analysis, trade studies, algorithm validation, optimization, testing, and integration using Python and MATLAB. Provide technical leadership across projects, guide teams, engage customers, document research, analyze performance metrics, and support project planning, staffing, and milestone completion. The role is primarily on-site and supports defense and intelligence customers.

Designs secure, scalable, and interoperable IT architectures supporting strategic deterrence and ICBM infrastructure. Translates mission requirements into executable technical solutions, leads architecture design and validation, evaluates emerging technologies, partners with engineering teams, optimizes processes, documents implementations, engages stakeholders, and ensures compliance with enterprise architecture standards and DoD security mandates.