The Department of Biomedical Engineering at the University of Wisconsin–Madison invites applications for up to two tenure-track Assistant Professor positions in the broad area of Computational Biomedical Engineering.

We seek outstanding researchers developing computational, artificial intelligence (AI), machine learning (ML), and mathematical modeling approaches to address fundamental challenges in biomedical engineering and human health. We are particularly interested in candidates developing innovative computational methods and models that advance our ability to understand, predict, and engineer biological systems.

Areas of interest include, but are not limited to:

• AI-enabled therapeutic discovery and engineering: Computational approaches to the discovery, design, and optimization of drugs, biologics, engineered cells, biomaterials, and other therapeutic modalities.
• Computational systems biology and medicine: Mechanistic, network-based, and data-driven approaches to understanding biological systems, disease mechanisms, therapeutic responses, and resistance.
• Multiscale modeling and digital twins: Computational approaches integrating molecular, cellular, tissue, and physiological processes to model biological function, disease progression, and therapeutic outcomes.
• Computational precision medicine: AI/ML and quantitative modeling approaches integrating multimodal biological, imaging, and clinical data to improve disease characterization, prediction, and clinical decision-making.
• Computational approaches to biomedical engineering: Novel computational methods addressing challenges in areas such as tissue engineering, regenerative medicine, neuroengineering, biomechanics, biomedical imaging, and biomedical microtechnologies.

These hires represent a strategic investment in expanding computational biomedical engineering at UW–Madison, with the goal of integrating advanced computational methodologies with the department's established strengths in experimental and translational biomedical engineering. Candidates whose research advances AI-enabled precision therapies, including the prediction, design, optimization, or personalization of therapeutic interventions, are particularly encouraged to apply. However, outstanding candidates working in other areas of computational biomedical engineering that complement and extend the department's existing research strengths will receive full consideration.

Successful candidates will develop independent, predominantly computational research programs that complement and extend existing departmental capabilities and foster interdisciplinary collaborations across the university. These positions are specifically intended for faculty whose research programs do not require dedicated wet-laboratory facilities. Experimental and clinical collaborations are strongly encouraged, and candidates will have opportunities to work with researchers throughout the College of Engineering, School of Medicine and Public Health, School of Pharmacy, School of Veterinary Medicine, and UW–Madison's broader interdisciplinary research community.

Successful candidates will be expected to establish and sustain innovative, externally funded research programs in computational biomedical engineering; teach and develop undergraduate and graduate courses in biomedical engineering; mentor undergraduate and graduate students and supervise their research; participate in interdisciplinary research collaborations; and contribute to departmental and university service, faculty governance, and professional activities.

Candidates will be encouraged to develop collaborative research programs that integrate computational methodologies with experimental and clinical research across UW–Madison.

How to apply:

Applicants should submit a single PDF document containing the following materials:

1. Cover letter describing the applicant's qualifications, research interests, and interest in the position.
2. Curriculum vitae, including a complete list of publications.
3. Research statement (maximum three pages) describing past research accomplishments, future research directions, and opportunities for collaboration at UW–Madison. Applicants should describe how their research program aligns with the computational focus of this search and identify the computational resources required to support their proposed research.
4. Teaching statement (maximum one page) describing teaching interests, experience, and approaches to undergraduate and graduate education and mentoring.
5. Names and contact information for three professional references.

The deadline for full consideration is December 11, 2026. Applications may continue to be considered until the positions are filled.

Role & Responsibilities

Teaching and developing inclusive undergraduate and graduate courses for a diverse student body in the Mechanical Engineering, Aerospace Engineering, and Engineering Mechanics degree programs, mentoring graduate students and supervising their research; developing and directing a successful, extramurally funded research program; participating in departmental and university faculty governance; and contributing to professional and public service.

Basic Qualifications

Candidates must demonstrate exceptional potential for establishing an independent, nationally recognized research program in computational biomedical engineering. Competitive applicants will demonstrate:

• A strong record of research accomplishment, demonstrated through peer-reviewed publications and other scholarly contributions.
• Expertise in computational methods, including AI/ML, mathematical modeling, computational systems biology, or related quantitative approaches.
• Demonstrated potential to develop innovative computational methodologies or models addressing significant challenges in biomedical engineering.
• Potential to establish a competitive, externally funded research program.
• A commitment to excellence in undergraduate and graduate teaching and mentoring.
• Interest in interdisciplinary collaboration and the ability to complement and extend existing departmental research strengths.

Required: PhD in Biomedical Engineering, Computer Science, Applied Mathematics, Mechanical Engineering, Electrical Engineering, Chemical Engineering, Computational Biology, Physics, or a closely related field.