Purger serves as Assistant Professor of Neurological Surgery, Director of Functional Neurosurgery, Adjunct Assistant Professor of Psychiatry and IU Health Foundation Master Clinician at the Indiana University School of Medicine. He joined Indiana University in September 2024 following completion of his neurosurgical training at Stanford University School of Medicine.

As a physician-scientist and neurosurgeon, Purger brings valuable clinical expertise to the Weldon School, strengthening opportunities for students and researchers to connect engineering innovation with patient care.

"Biomedical engineering has its greatest impact when innovative technologies address real clinical needs," said Purger. "I am excited to work with Weldon students and faculty to help translate scientific discoveries into solutions that improve patient outcomes."

Purger's appointment expands opportunities for students to engage with clinical perspectives that inform the design, development, and implementation of new biomedical technologies. Through his experience caring for patients and conducting translational research, students will gain insight into how engineering solutions are integrated into healthcare environments and the challenges involved in moving innovations from the laboratory to the clinic.

The appointment also strengthens collaborative opportunities between Purdue University and Indiana University, providing students and researchers with greater access to clinical partnerships, translational research projects, and interdisciplinary mentorship.

For graduate students and aspiring innovators, Purger's background offers a unique perspective on career pathways that bridge medicine, engineering, and research. His experience as a physician-scientist highlights the growing importance of collaborations between clinicians and engineers in advancing healthcare technologies.

Purger's expertise aligns closely with the Weldon School's commitment to translating engineering discoveries into meaningful healthcare solutions and preparing the next generation of biomedical engineers to address complex medical challenges.