Employment Opportunities

Notre Dame invites applications for an Associate or Full Professor in the broad field of Bioengineering.

We seek an innovative and accomplished researcher whose work bridges biology and engineering and who is excited to build a high-impact research program addressing some of the most important challenges in human health, biotechnology, and society. If you are an established bioengineering researcher seeking an opportunity to build, collaborate, mentor, and lead within a university committed to interdisciplinary discovery and meaningful impact, we invite you to explore the possibilities at the University of Notre Dame. Apply here.

Qualifications
Candidates must hold a Ph.D. in engineering or a related discipline and have an established, independent research program at the intersection of engineering and biology. Successful candidates will have a sustained record of research excellence, scholarly achievement, and external funding, as well as demonstrated leadership and contributions to their field.

Candidates should also possess:
A strong and sustained record of scholarly achievement in bioengineering or a related discipline.
A research portfolio demonstrating meaningful contributions at the intersection of engineering and biology.
The potential for continued national and international distinction.
A record of, or strong potential for, developing an externally funded research program.
Excellence or demonstrated potential for excellence in undergraduate and graduate education.
A commitment to interdisciplinary research and collaboration.
A willingness to contribute to the broader research and academic community.

All application materials should be submitted through the Interfolio website. For general inquiries regarding the search, please contact bioeng@nd.edu. 

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The Zorlutuna Lab invites applications for a Post-Doc position.

Current research in the Zorlutuna Lab focuses on utilizing 3D bioprinting, microfluidics, and tissue engineering to design physiologically relevant, human cell-based disease models—specifically targeting how factors like tissue aging, obesity, extracellular vesicles and extracellular matrix remodeling dictate breast cancer progression, cardiac fibrosis, and myocardial dysfunction.

Learn more about the position and apply here.