Radio Frequency and Electromagnetic Engineering Expert

• Solve complex technical problems involving RF and electromagnetic engineering.
• Analyze RF/EM systems, components, antennas, circuits, and architectures.
• Apply electromagnetic theory, RF principles, and engineering methodologies to real-world scenarios.
• Analyze technical specifications, system requirements, simulation results, and engineering data.
• Evaluate design trade-offs, performance limitations, calculations, assumptions, and proposed solutions.
• Review and validate technical approaches and results, providing technically rigorous solutions and explanations.
• Follow project-specific technical guidelines and evaluation criteria.

• Experienced RF, Electromagnetic, Microwave, Antenna, or related engineering professionals with hands-on industry experience.
• Strong understanding of electromagnetic theory, RF engineering principles, and signal propagation.
• Practical experience in one or more of: RF and microwave systems, Antenna design and analysis, Electromagnetic simulation and modeling, RF circuits and components, EMC/EMI, Wireless communications, radar, or sensing, RF propagation and channel modeling, RF measurement and testing.

• Advanced degree in RF Engineering, Electromagnetics, Electrical Engineering, or a related field.
• Experience with microwave or millimeter-wave systems, antenna arrays, phased arrays, beamforming, or MIMO.
• Experience in radar, wireless communications, satellite communications, or RF sensing.
• Experience with electromagnetic simulation, RF characterization, and laboratory testing.
• Experience translating theoretical RF/EM concepts into practical engineering solutions.
• Research experience or publications in RF, electromagnetics, antennas, or related fields is a plus.
• Candidates with practical experience applying RF/EM principles to real-world engineering systems are strongly preferred.

Project and contracting process: Mercor. Applications continue on the provider's website.