Principal Electrical Engineer, Antenna

As a Principal Electrical Engineer specializing in Antenna at Magic Leap, your responsibilities will include developing innovative antenna solutions, driving the design and integration process for next-generation headsets, and managing complex project initiatives. You will also lead advanced electrical simulations, optimize performance, and coach junior engineers, ensuring that antenna systems meet both internal and customer goals.

To qualify for the Principal Electrical Engineer, Antenna position at Magic Leap, candidates should have a Bachelor's degree in Electrical Engineering, with a Master's or PhD preferred. Additionally, applicants should bring at least 10 years of professional experience in hardware product development, with at least 8 years directly focused on antenna design and integration.

Key skills for the Principal Electrical Engineer, Antenna role at Magic Leap include expert-level knowledge of EM/RF design principles, strong hands-on experience with antenna tuning and integration, and proficiency with antenna simulation tools like CST and HFSS. Understanding RF regulatory compliance and excellent communication skills are also crucial for collaborating across teams and driving data-driven decisions.

As a Principal Electrical Engineer, Antenna at Magic Leap, you can expect a collaborative and dynamic work environment that values diverse perspectives and encourages innovation. You'll work closely with industry experts and have the opportunity to contribute significantly to groundbreaking augmented reality technology, while your voice and ideas play an essential role in shaping the future.

Magic Leap is committed to employee development, especially for roles like the Principal Electrical Engineer, Antenna. You will have the chance to provide guidance and mentorship to junior engineers, along with opportunities for professional growth, continuous learning, and collaboration on state-of-the-art projects in spatial computing.

In interviews for the Principal Electrical Engineer, Antenna role, emphasize your direct experience with antenna design, particularly in high-volume consumer electronics. Discuss specific projects where you successfully integrated antenna systems into products, highlighting any challenges you overcame and the results achieved.

When answering this question, detail your process for RF simulation and modeling, from initial conceptualization to validation. Mention the specific tools you use, such as ADS or CST, and provide examples of how your simulations have informed critical design decisions in past projects.

Discuss specific strategies you've implemented in previous roles to optimize antenna performance within design constraints. Examples could include tuning techniques, simulation adjustments, and trade-offs made between size, efficiency, and signal integrity.

When discussing a challenging project, highlight your leadership and collaboration skills. Explain how you brought together cross-functional teams, aligned goals, communicated effectively, and navigated challenges to deliver results. Emphasize the importance of teamwork in achieving project success.

Share your familiarity with RF compliance regulations such as FCC and EU standards. Provide examples of how you've ensured compliance in your designs, perhaps through testing and documentation processes, and discuss how this awareness impacts your design choices.

Discuss your validation process for antenna systems, including the key performance indicators you assess, such as TRP and TIS. Illustrate how you use measurement tools and techniques, and how thorough testing has contributed to successful product launches.

When answering, convey your belief in the importance of mentorship. Describe how you approach coaching junior engineers, sharing not just technical knowledge but also encouraging a culture of innovation and collaboration in the team.

To convey your commitment to staying current, discuss your strategies for professional development, such as attending industry conferences, participating in workshops, reading relevant publications, and networking with peers in the antenna technology space.

Highlight a specific scenario where you faced difficult trade-offs, explaining the factors at play and how you assessed risks and benefits. Discuss the decision-making process you followed and the outcome, focusing on the lessons learned from that experience.

Express genuine enthusiasm for Magic Leap's mission and the role's potential to innovate in AR technology. Mention your desire to contribute your expertise while being part of a pioneering company committed to transforming how people experience the world through augmented reality.