Senior RF Engineer: Vehicle RF Simulation & Antenna Lead

General Motors Company; Warren (MI); Hybrid; USD 120,000 - 180,000; Full time

Job summary

General Motors is seeking a skilled RF Engineer to design and lead high‑fidelity vehicle‑level simulations, collaborating with a specialized team of virtualization and RF antenna engineers. The role drives innovation and defines virtual requirements across hardware domains, from RF front ends to digital integration.

You will report to a local office as part of a hybrid work arrangement, contributing to automotive antenna development and validation through advanced EM modeling, testing, and

Qualifications

• Master's degree in Electrical Engineering or related field.
• 4 years of RF Engineer experience including RF simulation and antenna design.
• Experience with RF design from conception to production and EM modeling.
• Proficiency with VNA, near-field measurement, and RF testing equipment.
• Experience with automotive antenna development and virtualization tools.
• End-to-end antenna design for wireless technologies including PCB antennas, transmission lines, waveguide, or MIMO.

Responsibilities

• Design and lead high-fidelity vehicle-level RF simulations.
• Serve as technical lead for product technology and collaborate with a specialized team of virtualization and RF antenna engineers.
• Plan and perform subsystem analysis, modeling, testing, and validation to ensure seamless performance.
• Define virtual requirements across hardware domains from RF front ends to digital integration.

Skills

RF system design

Antenna design

EM modeling

RF simulation

System validation

Cross-functional collaboration

Education

Master's degree in Electrical Engineering

Tools

HFFS

CST

MATLAB

Vector Network Analyzer

Spectrum analyzers

Anechoic chambers

Job description

General Motors is seeking a skilled RF Engineer to design and lead high‑fidelity vehicle‑level simulations, collaborating with a specialized team of virtualization and RF antenna engineers. The role drives innovation and defines virtual requirements across hardware domains, from RF front ends to digital integration.

You will report to a local office as part of a hybrid work arrangement, contributing to automotive antenna development and validation through advanced EM modeling, testing, and