Senior Antenna and Radome Engineer (R2319)

At Shield AI, the Senior Antenna and Radome Engineer is tasked with leading the design and requirement development of radomes and antennas for radar and EW-resilient data links. You will collaborate with various suppliers and interdisciplinary engineering teams to ensure effective and high-reliability solutions. Additionally, your role involves analyzing test data, conducting link budget analysis for airborne platforms, and verifying RF systems performance.

To qualify for the Senior Antenna and Radome Engineer position at Shield AI, candidates need a Bachelor’s degree in electrical engineering or a related field. Experience in antenna and radome design for large airborne systems is essential. You should also possess expertise in antenna range testing and proficiency in tools like CST or HFSS, alongside a solid understanding of propagation modeling and RF data link validation.

The work environment at Shield AI is collaborative and values-driven. As a Senior Antenna and Radome Engineer, you will work closely with talented interdisciplinary teams committed to innovation and excellence. The atmosphere encourages creativity and problem-solving, allowing you to contribute meaningfully to projects that make a positive difference in the world.

Absolutely! At Shield AI, we prioritize employee growth and career development. As a Senior Antenna and Radome Engineer, you will have the opportunity to take on challenging projects and leadership roles, enhancing your expertise and advancing your career within the company.

The Senior Antenna and Radome Engineer position at Shield AI offers a competitive salary ranging from $116,276 to $174,414 annually, along with bonuses, benefits, and equity options. The company also values employee well-being and provides a comprehensive benefits package to support work-life balance.

When responding to this question, highlight specific projects where you've applied your design skills, emphasizing the tools you've used, such as CST or HFSS, and any particular challenges you overcame during the design process.

Discuss your approach to performance verification, including the use of test data analysis, simulation, and testing in relevant environments. Provide examples of metrics you track to ensure reliability.

Explain your methodology for assessing link budgets, detailing how you consider factors like range, atmospheric effects, and potential interference. Highlight your experience in ensuring RF performance meets operational requirements.

Share an example that illustrates your collaboration skills, describing how you effectively communicated and coordinated with teams such as structural or flight science to ensure successful project outcomes.

Mention specific resources, such as industry publications, conferences, or professional networks, that you utilize to keep your knowledge current. This shows your commitment to continuous learning.

Discuss your time management techniques, including the use of project management tools and prioritization methods that allow you to meet deadlines without compromising on the quality of your engineering work.

Provide a detailed example of a challenge regarding antenna integration, explaining the steps you took to resolve the issue and the impact of your solution on the project.

Discuss your hands-on experience with various RF test and measurement tools, providing examples of how you've utilized them in your projects to ensure high performance and compliance.

Display your knowledge of Electronic Warfare (EW) principles and how they relate to data link design. Discuss any relevant projects or research you've conducted in this area.

Describe your systematic approach to troubleshooting, including how you analyze performance issues and validate solutions through rigorous testing and data analysis.