Systems Engineer
The Opportunity:
Are you looking for an opportunity to combine your technical skills with big picture thinking to make an impact in national security? You understand your customer’s environment and how to translate the client's legacy products into technologically advanced systems for their mission.
Compensation
The projected compensation range for this position is $61,900.00 to $141,000.00 (annualized USD).
Responsibilities
Experience with aircraft electrical systems or avionics systems
Knowledge of aerospace systems
Ability to support large-scale projects
Secret clearance
Requirements
Bachelor's degree in a Engineering field
Nice to have: Communication and navigation system testing and modification integration
Nice to have: DoD spectrum management
Nice to have: Avionics sustainment, troubleshooting, and evaluating DMSMS items for suitable substitution
Advanced Systems Integration Engineer responsible for design, build, integration, and sustainment of System Integration Lab environments supporting aircraft platforms.
Responsibilities
Collaborate with SIL engineers, technicians, and program personnel
Lead hands‑on electrical, electronic, and hardware integration activities
Design, build, configure, and maintain avionics racks and electrical assemblies
Develop and interpret electrical schematics, wiring diagrams, and cable interconnect drawings
Integrate and troubleshoot avionics systems, LRUs, power systems, data buses, and network connections
Requirements
Bachelor's degree in engineering or related technical discipline
Master's degree or PhD in engineering or related technical discipline
Autonomy Software Integration & Test Engineer supporting development, integration, testing, and deployment of autonomous systems in Ukraine.
Responsibilities
Develop and contribute production‑quality software features and capabilities for autonomous systems
Design, implement, debug, and maintain software components supporting autonomy, mission execution, system integration, and flight operations
Integrate autonomy software onto fixed‑wing, multirotor, and other unmanned or autonomous systems
Develop internal tools, automation, telemetry analysis pipelines, and test infrastructure in C++ and Python
Support software bring‑up, system configuration, and mission readiness for flight operations
Requirements
Bachelor’s degree in Computer Science, Robotics, Aerospace Engineering, Electrical Engineering, Mechanical Engineering, or related field, or equivalent practical experience
Nice to have: experience supporting autonomous aircraft or unmanned systems
Nice to have: experience with SIL, HIL, VIL, simulation, or flight test environments
Nice to have: familiarity with ROS, DDS, embedded systems, or real‑time systems
Nice to have: experience with RF communications, datalinks, and networking systems
Lead engineering and project execution for F-15 domestic activities, coordinating across disciplines and managing SOWs, risks, and deliverables.
Locations (2)
Berkeley, Missouri, United States
St. Louis, Missouri, United States
Compensation
Summary pay range: $136,850 - $185,150
Responsibilities
Provides engineering leadership to a multi-disciplinary team
Develops statement of work (SOW) to satisfy R&D and new business requirements
Responds to dynamic changes to SOW and negotiates modifications
Leads project execution to complete work statement with quality, safety, and on-time delivery
Defines plans for risk mitigation and opportunity
Requirements
Bachelor of Science degree in Engineering, Engineering Technology, Computer Science, Data Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications
Develop and deliver technical training for Daher aircraft maintenance personnel, ensuring compliance with FAA regulations and company standards.
Compensation
The compensation range is $80,000 to $90,000 in base salary plus an annual target bonus.
Responsibilities
Deliver initial, recurrent, differential, and specialized training through classroom, virtual, and hands‑on instruction.
Teach and explain aircraft systems, maintenance manuals, wiring diagrams, schematics, and troubleshooting procedures.
Provide instruction on proper use of tools, test equipment, and diagnostic software, including TBM aircraft systems.
Develop, update, and enhance training materials, presentations, exams, and practical exercises in alignment with service bulletins, manual updates, and regulatory changes.
Support standardized training programs aligned with OEM and regulatory requirements.
Requirements
Bachelor’s degree
Nice to have: Experience with Daher aircraft or similar turboprop platforms
Nice to have: Previous experience as an instructor or trainer
Nice to have: Background in MRO, OEM, or aviation training environments
Nice to have: Inspector Authorization (IA) certification
Assist Aircraft Mechanic 1s, 2s, and 3s with troubleshooting, removal, replacement, and installation of MV-22 aircraft components across various specialties.
Compensation
The hourly rate for this position is $44.34 per hour. Plus $7.30 per hour, up to 40 hours per week, for Health & Welfare.
Responsibilities
Assist in scheduled, unscheduled, calendar, conditional, and special inspections as required by Maintenance Requirement Cards (MRCs), IETMS, Technical Directives, Schematics and/or as assigned by Maintenance Control.
Assist in the inspection, removal, replacement, troubleshooting, and rigging of Blade Fold Wing Stow systems and components, engines, gearboxes, drive systems and flight critical component repairs, rigging of flight controls and surfaces, hydraulic components and assemblies, Sliprings, FADECs, WIAs, BFCUs, CMS, and calibration of avionics systems, sub systems, and all related Organizational level components and assemblies as may be required.
Operate support equipment in support of all work center operations to include flight line maintenance and maintenance of installed aircraft systems/components and equipment for work center operations.
Must be able to quickly learn DoD Interactive Electronic Technical Manuals (IETMS) and all associated maintenance publications, orders, and directives and the processes to document such maintenance actions.
Assist in the completion of scheduled, unscheduled, phase, calendar, conditional, and special inspections as required.