The NSF’s Ph.D.-to-Industry Pipeline Push

Despite higher education’s widespread pushback to the Trump administration’s overhaul of the scientific enterprise, many universities see the government’s recent $47.5 million investment in the Ph.D.-to-industry pipeline as an opportunity to better prepare graduate students for jobs outside of academia.

The National Science Foundation announced last month that it’s launching a pilot for the Industry-Integrated PhD (I-PhD) Scholars program this fall, which will be led by the University-Industry Demonstration Partnership. Over the next five years, the pilot will support 250 doctoral students nationwide through a mix of industry, university and federal funding. The goal is to “better align the U.S. STEM graduate training with industry needs, modernize this training for today’s job markets, and grow the pool of resources invested in a well-prepared and adaptable talent base, building a more competitive, high-skilled American workforce,” an NSF spokesperson told Inside Higher Ed. And as the NSF’s official announcement put it, the program addresses “a growing mismatch in American doctoral education.”

Although most STEM Ph.D. programs are structured to prepare students for careers in academia, 65 percent of graduates in the physical sciences and computer and information sciences secure industry jobs after graduation, according to the NSF’s survey of earned doctorates.

“People leave academia for any number of reasons, but one big factor is that there’s just not jobs for everyone in academia for the number of Ph.D. students who are graduating,” said Peter Harries, dean of the graduate school at North Carolina State University, one of the institutions already on board with the NSF’s pilot. “Students also see what their advisers have to do to keep labs going—it’s a lot of work and stress—and wonder, ‘Is this the sort of life I want to live?’”

At the same time, “there’s still a need for doctoral training, but it extends way beyond just academia,” Harries said. A worker with a Ph.D. is attractive to companies because “the degree hones research skills and teaches students how to become independent thinkers who can manage projects and develop new products.”

While N.C. State—which launched an NSF-funded workforce training program for graduate students in 2024 called Accelerate to Industry—is among the many universities nationwide that already have strong industry partnerships, the NSF’s I-PhD pilot offers a boost.

“Because each higher education institution in the United States is its own entity, it’s hard to undertake the big national efforts toward developing these types of partnerships that are more common in other countries,“ Harries said. “Having the seal of approval from NSF that this is something we need to develop more holistically is helpful. ”

Under the program’s four-year-degree model, universities will fund the first year of doctoral training, followed by three years of support from the NSF, which includes a $37,000 annual student stipend, a $16,000 cost-of-education allowance and $22,000 in ancillary support associated with extended industry-based research experiences. In addition, industry partners will contribute a minimum of $100,000 per student, including $25,000 up front. (The NSF did not directly answer Inside Higher Ed’s questions about how students will fund their degree if they need longer than four years.)

Students also will receive joint mentorship from academic and industry researchers and are required to remain enrolled full-time at their home university, spend at least one year conducting research at an industry site and participate in professional development activities.

The pilot advances some of the recommendations from White House Office of Science and Technology Policy Director Michael Kratsios. In a report published last month, he called for prioritizing “the individual scientist over legacy institutions” and overhauling a “calcified system that has driven up the cost of scientific progress over time.”

Industry, University Support

So far, numerous corporations and roughly 30 universities have expressed interest in the I-PhD pilot, including Rolls-Royce, Lockheed Martin, BP, Dupont, Purdue, Northwestern, Columbia, the University of Delaware, the University of Mississippi and the University of California, San Diego.

“This program has the potential to increase enrollment in the engineering Ph.D. programs at the University of Mississippi and to provide a direct pipeline for industry looking to hire engineering Ph.D. graduates,” Viola Acoff, dean of Ole Miss’s engineering school, wrote in an email to Inside Higher Ed. “This will also provide students with a direct connection to a career path in industry for a Ph.D. in engineering.”

University partners are still hammering out the details of the program, but the NSF’s $47.5 million investment in the I-PhD program offers a new option for funding graduate students. And that’s become increasingly difficult for universities across the country in the wake of the Trump administration’s overhaul of higher education and federal science funding. Although Congress has so far rejected Trump’s requests to slash funding for the NSF and the National Institutes of Health—two of the biggest funders of university-led research—the uncertain environment created by acute federal funding freezes has led many departments to enroll fewer graduate students.

According to recent data from the Association of American Universities Data Exchange, the number of Ph.D. students admitted to the nation’s top research universities declined 15 percent over the past year.

While Harries, the N.C. State graduate dean, is hoping to fund as many graduate students as possible through the program, he believes the program’s benefits extend beyond enrollment. “Given the reality of hiring patterns, it’s to our students’ advantage to get that industry experience,” he said. “This isn’t revolutionary, but it will accelerate things and create models that will allow for an even more seamless transition between the university environment and the industry environment.”

But some scientists have criticized the NSF’s investment after the agency cut its basic science research budget by 20 to 30 percent in June.

“We already do this, and companies who want them are happy to pay for Ph.D. student interns,” Carolyn Bertozzi, a Nobel laureate and chemistry professor at Stanford University, wrote in a post on Bluesky. “Why do precious and limited NSF funds need to be deployed for this? Most PhD students pursue industry jobs anyways—that has always been true. Use NSF funds to support basic science that industry won’t support!”

Recognizing the benefits of some of the Trump administration’s changes, however, may be the only way for universities to navigate the remainder of the Trump administration, said Shalin Jyotishi, founder and director of the Future of Work and Innovation Economy program at the left-leaning think tank New America.

“With this administration there is always going to be a duality between nominally good changes—such as the I-PhD pilot—and the broader arc of Trump’s proposals for big budget cuts to federal agencies,” he said. “I hesitate to throw out the baby with the bathwater at this moment. This is a healthy evolution in doctoral education. It’s not a complete displacement of the traditional academic pathway.”