Call a Doctorate: NYIT Launches First Ph.D. Program

Call a Doctorate: NYIT Launches First Ph.D. Program

Kim Campo| September 7, 2018

There’s a new doctor in town. In a milestone moment, NYIT will launch its first Doctor of Philosophy (Ph.D.) degree program, the highest academic degree that can be conferred by a university, for the 2019-2020 academic year. The inaugural doctoral candidates will pursue a combined Doctor of Osteopathic Medicine (D.O.)/Doctor of Philosophy (Ph.D.) in Medical and Biological Sciences.

“This is a landmark moment for NYIT,” said NYIT President Hank Foley, Ph.D. “It is a great opportunity for faculty to train new generations of clinical physicians who are fully invested in research that will advance medical science.”

The National Institutes of Health (NIH) finds that of the nearly one million practicing physicians in the United States, only 14,000 (1.5%) reported research as their primary focus. With fewer clinicians pursuing careers as physician-scientists, projected demand will exceed expected supply, and medical innovation is in danger of becoming stagnant.

Many of today’s life-saving medical advancements can be traced to physician-scientists, practitioners of translational medicine who increase the efficiency of therapeutic strategies by bridging the gap between clinical care and biomedical research. With a unique ability to connect insight from their patient interactions to their investigations, these medical professionals can facilitate discoveries to treat and cure human disease.

“This new degree program will ensure a steady supply of highly skilled research physicians who will ensure that medicine continually evolves to solve our most pressing challenges,” said Jerry Balentine, D.O., dean of NYIT College of Osteopathic Medicine (NYITCOM) and vice president for Health Sciences and Medical Affairs.

The highly competitive, seven-year D.O./Ph.D. program begins with students completing the traditional pre-clinical coursework taken by traditional first- and second-year medical students. In years three through five (after D.O./Ph.D. program candidacy has been awarded), Ph.D.-level coursework in biomedical and anatomical systems will supplement the medical school curriculum. During this period, each student will carry out an in-depth research project under the mentorship of an NYITCOM faculty member leading to a doctoral thesis. Upon completion of the Ph.D. degree requirements (90 credits required), students will then fulfill the clinical training required of third and fourth-year NYITCOM students. 

Stay tuned for more information about the program as it develops.

More Features

Floral paths on campus

New York Tech To Be Ranked Among National Universities

For the 2027 U.S. News & World Report annual rankings, New York Tech will be included in a new ranking category—National Universities.

New York Tech 9/11 Day of Service sign

New York Tech Commemorates 25th Anniversary of 9/11

The New York Tech community commemorates the 25th anniversary of September 11 through opportunities to remember those we lost and honor the first responders and members of our military.

People looking at an X-ray of lungs

Exploring How AI Tools Can Improve Lung Cancer Detection

Research by Assistant Professor Robert Alexander, Ph.D., and student Talia Lilikakis assesses how AI tools can most effectively alert radiologists of the possible presence of a nodule.

Group of faculty holding awards

Convocation 2026: Success in a Time of Change

At the annual faculty and staff convocation, New York Tech President Jerry Balentine reflected on the accomplishments over the past year and presented his vision for the future.

Primates and humans walking and primate and human feet

The Evolutionary Significance of Humans’ Unique Heel-Toe Walking Pattern

Associate Professor of Anatomy Nathan E. Thompson, Ph.D., contributes to research unveiling clues to the origin of humans’ stride pattern.

Portraits of Zakir Hossain, Yihan Xu, and Christopher Janton

Robust Research

New York Tech’s commitment to research paves the way for important and groundbreaking work. Meet three Ph.D. students whose work may improve disaster response, recovery after muscle and bone injuries, and anticancer therapies.