What are the responsibilities and job description for the Electronic Warfare Systems Engineer position at Toyon Research Corporation?
Electronic Warfare (EW) Systems Engineer
Job Details
Job Type
Full-time
Goleta, CA
Description
U.S. Citizenship is Required. Ability to qualify for a US Department of Defense security clearance required
This position is in-person.
Toyon is seeking a Radio Frequency (RF) and Radar Systems Engineer with practical experience in both the design and test of RF and Radar Systems, including EW techniques and countermeasures.
Join a dynamic team of creative engineers working on state-of-the-art problems and products for radar, navigation, communications, electronic warfare, and embedded sensors. An experienced RF/Radar systems engineer will have opportunities to support multiple projects across Toyon’s Antenna/RF, RF Products, Advanced Algorithms, Autonomous Systems, and Aerospace Systems product area teams.
Toyon’s collaborative culture and employee-owned mindset creates a unique environment of eager and dedicated contributors at every level. Toyon is committed to enabling technical talent to blaze trails on mission-critical technical challenges. Our unusually low employee turnover is tribute to a Company philosophy and strategy that has worked for over 40 years.
Requirements
The ideal candidate for the Electronic Warfare (EW) Systems Engineer position will have the following capabilities and experience, or a large subset thereof:
- An advanced degree in Electrical Engineering, Physics, or related discipline with at least a:
- Ph.D. with 5 or more years specializing in RF sensor systems; or
- A Masters or Bachelor’s degree with 10 or more years of radar/EW systems experience.
- Experience with various elements of electronic support (ES), electronic attack (EA), and electronic protection (EP) systems;
- Fundamental knowledge of estimation, sensor fusion processes and the design of such systems;
- Domain expertise in analysis and application of advanced RF system features, such as:
- Direction-finding (DF), subspace processing, and waveform design;
- Space-Time Adaptive Processing (STAP) / Space-Frequency Adaptive Processing (SFAP);
- Monostatic, Bistatic and Multistatic Radar Systems;
- Low-Observable (LO) systems and Radar Cross Section (RCS) design;
- Excellent verbal and written skills;
- Ability to independently think outside the box; and
- Ability to work in a team environment involving experts in diverse disciplines.
Creativity, strength in problem solving and ability to develop and analyze complex systems are must-have talents for this position.
