- Experience with architectures, functions, and interfaces for EW and avionics systems
- Perform development of requirements, design, build, and testing of engineering hardware, software and firmware systems for legacy EW weapon systems and advanced technology EW platforms
- Algorithm Development
- Model and Simulation in Rader/EW environments
- Experience with creating and performing hardware and/or software test cases
- System improvements/R&D to Electronic Warfare and defensive systems of aircraft, including radar warning receivers, ECM jammers, and ECM dispenser systems.
- Perform development of embedded architectures, single board computers, hardware and software in the loop implementation and testing, and aircraft mission systems
- Understanding of antenna design/analysis, radar signal processing, and radar requirements analysis
- Perform research and development of embedded systems in signal processing, telecommunications, machine learning, and RF/EW applications
- Interact directly with project team, project management, and technical customer to fully understand the task objectives, and successfully meet or exceed quality, cost, and schedule goals.
- Perform laboratory testing, field testing, and troubleshooting of system performance and system effectiveness.
- Requires an Bachelors with a 3.00 GPA in Electrical Engineering or Computer Engineering or Computer Science
- Experience or courses in software engineering, electronics, circuit design/test, signal processing, object oriented architectures, and object oriented design is required
- Experience in EW, LabView, C++, C#, MATLAB, firmware, FPGA programming, data links and comms, open system architectures, ML/AI/Data Analytics huge plus
- Applicant selected will be subject to a investigation and Must meet eligibility requirements for government security clearance. Applicant must be a U.S. citizen. Driver’s license is required
- Positions in Warner Robins and Atlanta, GA, DC, Baltimore, DFW, and San Antonio
- DoD related experience and clearance HIGHLY desirable