MRI Physicist | ND Human Neuroimaging Center Human Neuroimaging Center, Dean of Arts and Letters Notre Dame, IN, United States

Full-time MRI Physicist | ND Human Neuroimaging Center Human Neuroimaging Center, Dean of Arts and Letters Company Description The University of Notre Dame is more than a workplace! We are 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! Job Description The Human Neuroimaging Center at the University of Notre Dame is seeking an MRI Physicist to join our collaborative and research-driven team. This individual will play a key role in advancing neuroimaging innovation through the development of cutting-edge MR acquisition methods on the Siemens 3T Cima.

X platform—supporting brain research that enhances scientific discovery, technological capability, and human health. About the Position The MRI Physicist supports the development and advancement of cutting-edge MR imaging methods for brain research using the Siemens 3T Cima.

X platform. This role focuses on the programming, implementation, and testing of MR acquisition pulse sequences and image reconstruction techniques, while contributing to methodological innovation that strengthens neuroimaging research across the University. The position also collaborates with multidisciplinary research teams and technical partners to enhance imaging capabilities and advance scientific discovery. In this role, the MRI Physicist will work hands-on with MRI hardware and software, support experimental design and protocol development, and participate in testing procedures that may include scanning human subjects (volunteers and patients). The position offers opportunities to explore and refine emerging technologies—including gradients, RF coils, field cameras, image reconstruction strategies, and AI/Deep Learning approaches—and to integrate these advancements into the Center's research infrastructure. Key Responsibilities Pulse Sequence Development Develop, modify, and test MR pulse sequences using the Siemens development environment

Implement and optimize innovative acquisition strategies for neuroimaging applications

Conduct technical development aligned with Center research goals Research Collaboration & Methodological Support Partner with faculty and research teams to design protocols and support study planning

Provide MR physics expertise to advance scientific outcomes

Contribute to methodological innovation within active research projects Technology Advancement & Innovation Participate in development and integration of emerging MRI technologies, including:

gradients

RF coils

field cameras

image reconstruction approaches

Deep Learning / AI tools Experimental Testing & Data Validation Scan phantoms and human subjects to validate new methods

Conduct QA/QC procedures

Integrate new acquisition strategies into Center workflows This is a three-year, limited-term position. Contingent on funding, the position may be extended. Qualifications Required Qualifications

M.A./M.S.

in Physics, Engineering, Computer Science, or related discipline

Demonstrated ability to develop, modify, and test MR pulse sequences on a research MRI platform, with significant knowledge of MRI physics

Demonstrated ability to work in a team environment

Excellent verbal and written communication skills Preferred Qualifications Ph.D. in Physics, Engineering, Computer Science, or related discipline

Experience with pulse sequence development using the Cima.

X MRI platform

Experience in image reconstruction

Experience in scanning human subjects