RF Engineer

RF Engineer – Advanced RF Measurement Systems

Location: Kennesaw, GA (Lab-Based + Limited Travel)

Compensation: Competitive Base Salary + Benefits

Employment Type: Full-Time

Our client is seeking a hands‑on RF Engineer to design, build, and support sophisticated RF measurement systems used for antenna characterization, radar cross‑section (RCS) testing, and electromagnetic materials analysis.

This is an end‑to‑end engineering role—ideal for someone who enjoys taking systems from concept to reality, working directly with hardware, and supporting real‑world measurement environments.

• Design Complete RF Measurement Systems Build VNA‑centric systems for antenna testing, RCS measurement, and EM material characterization.

• Architect RF Signal Chains Design and integrate RF front‑ends including switches, amplifiers, couplers, filters, and calibration paths.

• Build & Validate Systems Assemble hardware, integrate mechanical positioners and scanners, perform calibration, and verify system performance.

• Solve Complex Measurement Problems Debug RF, mechanical, and software issues to ensure stable, repeatable, high‑quality measurements.

• Install & Support Systems Support on‑site installations, train users, and provide post‑deployment troubleshooting.

• Create Clear Documentation Produce wiring diagrams, test procedures, calibration workflows, and user guides to support long‑term system reliability.

• Bachelor’s degree in Electrical Engineering or equivalent hands‑on experience.

• Strong RF/microwave fundamentals (S‑parameters, matching, noise, dynamic range).

• Proven experience working with Vector Network Analyzers.

• Hands‑on comfort with RF lab tools and precision connectors.

• Methodical troubleshooting mindset and strong documentation habits.

• Ability to manage multiple technical work streams independently.

• Antenna measurement systems (near‑field, far‑field, anechoic chambers).

• RCS measurement concepts and calibration techniques.

• EM materials testing and parameter extraction.

• RF front‑end design experience.

• Test automation or instrumentation control (Python, MATLAB, LabVIEW, etc.).

• Familiarity with major RF instrumentation vendors.

• You can turn a vague measurement requirement into a robust, repeatable system.

• You’re just as comfortable tightening a precision connector as you are tuning a calibration workflow.

• Customers trust you during installs and rely on your technical judgment.

• Primarily lab‑based.

• Occasional travel for installations and customer support (≈10%).