Test Engineer

The University of Notre Dame is more than a workplace; it is a vibrant, mission-driven community where every employee is valued and supported. Rooted in a tradition of excellence and inspired by our Catholic character, Notre Dame is committed to fostering an environment of care that nurtures the whole person—mind, body, and spirit. Here, you will find a deep sense of belonging, a culture that prioritizes well-being, and the opportunity to grow your career while being a force for good in the world. Whether contributing to world-class research, shaping the student experience, or supporting the University's mission in other ways, you will be part of a dedicated team working to make a meaningful impact on campus and beyond. At Notre Dame, your work matters, and so do you!The Test Engineer is a critical technical contributor to the planning, execution, and continuous improvement of high-speed turbomachinery research at the Notre Dame Power & Propulsion (ND P&P) facility. This role drives test campaigns, supports the development of advanced test systems, and ensures delivery of high-quality data in a fast-paced research environment.The Test Engineer will prepare, integrate, and operate high-speed turbomachinery test articles, facilities, and associated instrumentation. Responsibilities include building, calibrating, troubleshooting, and operating a wide range of instrumentation, software, and mechanical systems to safely acquire accurate test data. The role requires frequent collaboration with sponsors, vendors, engineers, program managers, and scientists. Drawing on expertise in instrumentation, data systems, and facility operations, the Test Engineer will independently manage complex testing efforts and provide mentorship to junior staff.This position requires strong problem-solving skills, systems-level thinking, and effective communication across multidisciplinary teams.Key Responsibilities

• Lead the full lifecycle of high-speed turbomachinery test campaigns, from planning to execution.
• Define objectives, develop procedures, and ensure safe, repeatable test operations.
• Operate facilities, oversee startup / shutdown, and manage test article integration.
• Monitor and validate real-time data quality; troubleshoot hardware and software issues.
• Document test processes, results, and findings.
• Design and implement advanced measurement systems, including sensor calibration and validation.
• Develop test automation and data visualization tools (LabVIEW, MATLAB, Python, etc.).
• Maintain and improve DAQ systems and control infrastructure for reliability and efficiency.
• Troubleshoot and resolve issues with sensors, wiring, signal paths, and control loops.
• Collaborate on facility upgrades, new test system development, and integration of novel hardware.
• Manage vendor relationships for instrumentation, fabrication, and specialized equipment.
• Ensure test configurations meet safety standards and technical requirements.
• Mentor Associate Test Engineers, students, and interns; promote a culture of safety, learning, and technical excellence.
• Contribute to documentation, reporting, and cost estimation tools.
• Identify opportunities for process improvements and lead implementation.
• Bachelor's degree in engineering or related field.
• 3 years of relevant experience.
• Familiarity with testing and research environments.
• Electrical skills for both power and instrumentation applications.
• Proficiency in data analysis and processing using MATLAB, LabVIEW, Python, or similar tools.
• Strong computer literacy.
• Knowledge of mechanical design, materials, and manufacturing processes relevant to turbomachinery hardware.
• U.S. Citizen

Preferred Qualifications

At Notre Dame, we know our impact depends on exceptional people, people like you. We are committed to fostering a vibrant, welcoming community. In keeping with our mission, we encourage applications from all who will help build and strengthen our beloved community. We strive to empower every employee to flourish, knowing your success propels Notre Dame to new heights of impact.

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