EMC Engineer

Job Summary

We are seeking an Electromagnetic Compatibility (EMC) and Radio Frequency Interference (RFI) engineering specialist to work on the DSA-2000 project (https://(Use the "Apply for this Job" box below).), a world-leading telescope that is currently in the design phase. The array will use 2000, 5‑meter dishes to observe at radio wavelengths (0.7–2 GHz frequency range) to survey the skies 10× faster than any radio telescope current or planned. The telescope will conduct a broad range of research, including the study of the formation of galaxies, the search for cosmic explosions, and investigations into the nature of gravity.

The applicant would fulfill the role of an EMC specialist for the DSA-2000 project. This role will support the Lead Project Engineer and the management team to help make this project a reality as we progress through the final design stage to construction. Specifically, the EMC specialist will play a critical role in ensuring that the telescope system does not degrade the electromagnetic environment in which it is constructed.

The role can be based at either the Caltech campus or the Owens Valley Radio Observatory (OVRO, https://), a world‑class facility operated by Caltech for research in radio astronomy, located near Bishop in central California on the ancestral homelands of the Big Pine Paiute Tribe of the Owens Valley. Remote work is acceptable, contingent on ability to effectively collaborate with colleagues at Caltech and OVRO.

This role includes opportunities for growth through education and training as relevant or needed. The DSA-2000 project values diversity and inclusion and is committed to supporting our team members in any way possible. We encourage applicants who can bring a new perspective to the team.

Please contact the hiring manager, Mr. Francois Kapp (fkapp), with any questions regarding this position.

• Establish and maintain project EMC and RFI standards and requirements for a radio astronomy technology development project during design and operation.
• Specify and acquire suitable test services and/or facilities to support the project development and operation.
• Analyze and review project designs to ensure compliance with best practice, standards and requirements.
• Conduct hands‑on system, subsystem and major component verification through test and analysis to support verification of EMC and RFI requirements.
• Provide EMC engineering support for the project engineering team.
• Contribute to project planning and budgeting processes.
• Collaborate with the DSA‑2000 management team and staff in a collaborative environment.
• Travel to the telescope site in Nevada (monthly during construction), OVRO, Caltech and supplier premises (occasionally) to collaborate and interact with faculty, engineering staff and/or contractors.
• Perform other duties related to EMC as assigned.

• Advanced degree in engineering with specialization in EMC.
• Excellent knowledge of EMC and RFI standards, including ITU‑R RA.769‑2, CISPR 11, and FCC Part 15.
• Experience with EMC compliance testing and measurement.
• At least 5 years’ experience working on EMC and RFI in an engineering development environment.
• Excellent communication skills (in English), analytical skills, and problem‑solving ability.
• Ability to work collaboratively within an agile, multi‑disciplinary and diverse team.

• Hands‑on experience with—and in‑depth knowledge of—EMC and RFI mitigation in a radio astronomy environment.
• At least 8 years’ experience working on EMC and RFI in an engineering development environment for radio astronomy.
• Scientific or background knowledge relevant to the DSA-2000 project (astronomy, radio astronomy, scientific software development, high‑performance computing, infrastructure).

• Resume.
• Cover letter. The applicant should describe how they meet the qualifications and what they would bring to the role.
• List of at least 3 references with current contact details.

$97,000 – $160,700 per year

The salary of the finalist(s) selected for this role will be set based on a variety of factors, including but not limited to internal equity,…