For seven years, Lehigh’s Pasteur Partners Ph.D. (P3) Program—a student-centered STEM doctoral training program developed with support from the National Science Foundation (NSF)—has blazed new trails in STEM doctoral education in the United States, creating opportunities for Ph.D. students to gain hands-on research experience in industry and translate theory into practice outside of academia.
Now, features of the innovative P3 Program, as well as recommendations from a 2025 National Workshop on the Formation of Industry-University Partnerships for Doctoral Training hosted by Lehigh’s P3 Program research team, are being implemented into an NSF-supported, $47 million pilot Industry-Integrated Ph.D. (I-PhD) program. Led by University-Industry Demonstration Partnership (UIDP), the new I-PhD Scholars Program is a four-year Ph.D. model that will provide more than 250 doctoral students nationwide with industry research experience and development as part of their graduate education.
“This is a major step in decades for bringing doctoral training in the U.S. at par with competitors in Europe and elsewhere,” said Himanshu Jain, T.L. Diamond Distinguished Chair in Engineering and Applied Science, professor of materials science and engineering and principal investigator of the P3 Program.
Lehigh’s P3 Program and NSF's pilot I-PhD Scholars Program aim to address a common gap in doctoral education in the U.S. While most doctoral programs in the U.S. are structured to prepare students for academic careers, the majority of graduates enter careers outside of academia. Among doctoral graduates in engineering, physical sciences and computer and information sciences who report definite post-graduation employment commitments, more than 65% were headed to industry, according to NSF's Survey of Earned Doctorates.
“Professors like me, we continue to train the students as though they will become professors, so there was a big mismatch,” Jain said. “We want to train these students so that they can not only become professors, but also be good in industry.”
Putting P3 into Practice
To develop innovative technical solutions for complex challenges and to meet societal needs, today’s STEM Ph.D. students require a combination of skills to prepare them to be successful in non-academic careers, especially in industry, Jain said.

