Okay, I've searched for Millimeter Wave Circuit Engineer positions in South Bend, IN, specifically within university or research-related fields. The roles require a Master's degree and at least 1 year of experience in RF/microwave testing. I have found 23 positions for you.

Sure. Here's the analysis:

Job Analysis:

The Millimeter Wave Circuit/Antenna Test Engineer role at the University of Notre Dame is pivotal in bridging cutting-edge research with practical applications in microelectronics and semiconductor technology. Fundamentally, this position is about ensuring effective testing and characterization of RF/microwave/mm-wave devices within a newly established test lab that plays a crucial role in the broader Microelectronics Commons initiative. Key responsibilities include preparing and maintaining high-precision testing instrumentation, conducting comprehensive testing on a range of devices, and collaborating with cross-functional teams. Success in this role will reflect not only in the precision and accuracy of test results but also in the engineer's ability to manage user interactions and communicate findings effectively. A self-motivated, hands-on individual with both technical acumen and strong communication skills will thrive here, navigating the dynamic environment of a collaborative research platform. Overcoming challenges related to the diverse needs of external users and complex device metrics, while ensuring compliance with internal and external reporting requirements, will be a critical element of performance expectation in the first 6-12 months of employment.

Company Analysis:

The University of Notre Dame, as a prestigious Catholic research university, occupies a notable position in the landscape of higher education and innovation, particularly in the field of microelectronics. Its integration into the Microelectronics Commons highlights its commitment to enhancing domestic capabilities in semiconductor technology, which is timely and critical given current geopolitical challenges. This role is situated within a culturally rich, mission-driven environment that emphasizes collaboration and excellence in research. Candidates can expect a forward-thinking atmosphere, reflecting Notre Dame's eagerness to be at the forefront of technological advancements while adhering to its Catholic mission of serving the community. The role may involve interaction across various teams—reflecting a culture that fosters interdisciplinary collaboration. As this test engineer will engage significantly with both internal personnel and external partners, the organization likely values individuals who are adaptable, communicative, and able to balance technical tasks with collaborative duties. Ultimately, this position aligns with Notre Dame's strategic vision of advancing technology and research initiatives, particularly in establishing robust, secure supply chains in microelectronics by contributing to a national network.

Absolutely. Here are some mock interview questions that could come up:

• Tell me about a time when you had to adapt your approach to meet an unexpected challenge in a research project.
• Can you describe an experience where you had to communicate complex technical information to a non-technical audience?
• How have you handled situations in the past when a project's outcomes did not meet your expectations? What did you learn?
• What strategies do you use to stay organized while managing multiple projects or tasks?
• How would you approach testing a new mm-wave device you haven't worked on before?
• Explain how you would set up a testing plan for a new antenna array.
• What protocols would you follow when performing noise parameter measurements on a large-signal transistor?
• Imagine you are faced with a situation where an external user has conflicting requirements for their testing needs. How would you handle it?
• Why are you interested in the Millimeter Wave Circuit/Antenna Test Engineer position at the University of Notre Dame specifically?
• How do you see the role of microelectronics evolving in the coming years, especially in relation to national security?
• What excites you about Notre Dame's commitment to advancing domestic semiconductor capabilities through the Microelectronics Commons?
• What aspect of working within a collaborative university environment do you find most appealing, and how do you see yourself contributing to that?
• Do you have any questions for us regarding the team's current projects or the long-term goals of the Microelectronics Commons?