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Hardware Engineer is a critical role responsible for designing, installing, and testing RF systems, with a focus on SATCOM components and devices operating in various frequency bands, including but not limited to C-band, X-band, Ku-band, Ka-band, and Q/V-band. The successful candidate will be working on complex RF system design, installation, and test, and will be required to travel up to 15% worldwide. The RF Design Engineer will be responsible for ensuring the smooth operation of our RF systems, from design to deployment, and will work closely with cross-functional teams to ensure systems meet user requirements.
Job Responsibility:
RF Design and Design, install, and test RF / SATCOM hardware (C‑, X‑, Ku‑, Ka‑, Q/V‑band) while accounting for atmospheric attenuation, ionospheric scintillation, rain‑fade, and polarization‑mismatch effects
Conduct site surveys, climb antennas, rack and align hardware, and operate earth‑terminal control consoles to establish and maintain wide‑band and satellite communication links
Perform preventive, scheduled, and corrective maintenance
troubleshoot on‑the‑spot malfunctions
apply anti‑jamming techniques and enforce safety/maintenance procedures
Use Keysight PNA‑X, FieldFox, Spec‑A, signal generators, oscilloscopes, and BER testers to measure S‑parameters, P1dB, TOI, NF, phase‑noise, group‑delay, and perform non‑linear analysis (IMD, spectral regrowth)
Produce AutoCAD/Visio drawings, block diagrams, schematics, and technical design packages
Prepare engineering plans, as‑built documentation, test reports, and maintenance records
coordinate with cross‑functional teams (system architects, PMs, test sites)
Travel up‑to 15 % worldwide to support installations, testing, and maintenance in remote or austere environments
Requirements:
Bachelor's degree in Electrical Engineering from an accredited college, or equivalent experience/combined education
Hands‑on proficiency with Keysight PNA‑X, FieldFox, Spec‑A, RF signal generators, spectrum/network analyzers, oscilloscopes, and BER testers
capable of producing technical reports, engineering plans, and briefing packages for multi‑service audiences
Proven problem‑solving record: troubleshooting complex RF hardware, analyzing data printouts, implementing corrective actions that improve performance and maintainability
Leadership/mentoring ability: lead inspection teams, supervise maintenance activities, and train site personnel
Ability to carry equipment, climb antennas, and rack hardware
Knowledgeable of RF design, installation, and test, with a focus on SATCOM systems
Travel up to 15% worldwide
TS/SCI/Full Scope Polygraph Clearance
Nice to have:
Master's degree in Electrical Engineering or similar field
Hands‑on proficiency with Keysight PNA‑X, FieldFox, Spec‑A, RF signal generators, spectrum/network analyzers, oscilloscopes, and BER testers
Expertise in AutoCAD, Visio (or equivalent) for creating schematics, block diagrams, and layout drawings
Strong ability to perform antenna‑pattern, G/T, and link‑budget analyses that incorporate rain‑fade, pointing‑error, and polarization‑mismatch considerations
Knowledge of RF distribution, RF Switching, low power amplifiers, power supplies, and BITE solutions
Programming/scripting skills in Python or VBA for instrument control, data acquisition, and API integration (e.g., automating PNA‑X measurements)
familiar with Air Force, Army, Navy, and joint maintenance management procedures
Excellent written and verbal communication
capable of producing technical reports, engineering plans, and briefing packages for multi‑service audiences
Proven problem‑solving record: troubleshooting complex RF hardware, analyzing data printouts, and implementing corrective actions that improve performance and maintainability
Leadership/mentoring ability: lead inspection teams, supervise maintenance activities, and train site personnel
Commitment to continuous learning
staying current with emerging SATCOM technologies, standards, and communication techniques (ie. 5G, frequency reuse, etc.)