Senior RF Systems Engineer

About the role

Senior RF Systems Engineer

Hermeus operates at the intersection of defense aviation and advanced manufacturing, driven by a mandate to accelerate technological readiness. The company utilizes rapid iterative prototyping to develop high-speed aircraft systems, delivering capabilities that address evolving operational demands. Collaboration with the Department of War is central to providing asymmetric advantages that enhance national and allied security. The role detailed below supports this mission through critical RF engineering functions.

The Senior RF Systems Engineer translates complex radio behavior goals into concrete hardware implementations for aerial and terrestrial platforms. Success in this position requires daily engagement with signal path design and component selection, pushing RF modules to operational extremes. The position demands ownership of the complete product lifecycle, linking initial specifications with successful flight validation. Engineers in this role operate within a fast-paced environment that values speed, precision, and rigorous verification.

This position requires a high degree of technical ownership while interfacing with cross-functional teams. Collaboration with engineering, manufacturing, and quality professionals is essential to solve complex problems. The work directly influences the readiness and performance of deployed defense systems.

Compensation and Location

The position is based in Atlanta, Georgia. It is a full-time engagement. The compensation package includes a base salary of $150,000, with a target total compensation of $200,000.

Key Responsibilities

Architectural design forms a core function of this role. The engineer will define radio chains for aircraft modules and ground tools, meticulously mapping signal integrity and routing requirements. This involves creating layouts that optimize performance under demanding conditions.

Designing hardware setups is another critical duty. The engineer must meet strict timing constraints and noise specifications using established analysis methodologies. This requires a deep understanding of electromagnetic principles and circuit behavior.

The role necessitates adjusting test procedures to isolate specific failure modes and verify correct module operation. Troubleshooting is a primary function, requiring logical deduction and hands-on instrument proficiency. Engineers must validate that systems behave exactly as intended before progressing.

Guidance during manufacturing is also required. The engineer will guide processes to ensure printed circuit boards meet RF performance standards during early prototype stages. Coordination with production teams ensures that test methods remain consistent with quality control objectives.

Integration trials connect aircraft modules with ground station configurations. Support during these trials is vital to verify end-to-end functionality in realistic scenarios. System validation relies on calibrated instruments and structured measurement campaigns to collect definitive performance data.

Documentation serves as a final, critical responsibility. Engineers must record design decisions and verification steps so that future teams can trace requirements through to implementation. This creates institutional knowledge and facilitates long-term maintainability.

Required Qualifications

Candidates must possess hands-on experience with radio hardware and proven board bring-up capabilities. A strong foundation in high-frequency layout techniques is mandatory, along with mastery of strict timing rules.

The ability to diagnose signal issues rapidly using measurement equipment and system logs is essential. Candidates must demonstrate a history of independent problem-solving in a technical environment.

Experience working on defense programs and adhering to strict quality processes is a non-negotiable requirement. This background ensures familiarity with regulatory standards and rigorous engineering workflows.

Additional Information

No additional skills or tools are specified for this position. Candidates are advised to confirm specific details on the official application portal. The information provided here outlines the core expectations and duties for this critical engineering role.

About the company

We reclaim the lost art of rapid iterative prototyping to build fast and powerful aircraft on relevant timelines. Our teams design and test high-speed systems that give our nation and its allies clear advantage in the sky. We focus on deterring global threats through disciplined engineering, repeatable experimentation, and reliable execution.

You will refine designs, validate performance, and turn ideas into flying hardware quickly and safely.