INTERVIEW | 5 min read

From the Bench to the Boardroom: A PhD's Guide to Breaking Into Industry

Last edited: Oct 30, 2026
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From the Bench to the Boardroom: A PhD's Guide to Breaking Into Industry

For many PhDs, the transition from academia to industry feels like navigating a foreign country without a map. The skills that earned praise in a lab setting don't always translate directly to a corporate environment, and the advice available often focuses on resume formatting rather than the deeper mindset shift required.

Karstin Webber, Ph.D., who has navigated this transition herself, now works where scientific discovery meets commercial strategy. In a recent interview, she shared her insights on what newly graduated PhDs get wrong, what the standard advice misses, and what the most successful career changers do differently.

The First Few Weeks: A Critical Window

When asked what people usually get wrong in the first few weeks of an industry job search, Webber pointed to a fundamental misunderstanding of how value is perceived.

She said "one of the biggest mistakes is assuming that a PhD automatically communicates your value to an employer. In academia, we're trained to demonstrate our expertise through publications, technical accomplishments, and years of specialized research. Industry looks at those accomplishments through a different lens."

This disconnect can lead to frustration on both sides. The candidate expects their academic pedigree to speak for itself, while the hiring manager is looking for evidence of impact in a commercial context.

Webber admitted she fell into this trap herself. "I thought all my years of study would automatically make me the best candidate," she said.

The correction, she explained, is not about acquiring more credentials. "The challenge isn't necessarily gaining more qualifications. It's learning how to communicate the value of the qualifications you already have."

She also noted that PhDs often underestimate how transferable their skills are. "You've spent years learning how to solve complex problems, manage competing priorities, interpret data, and work through uncertainty. Those are incredibly valuable skills across an organization, not just in R&D."

The Missing Piece: Business Acumen

Much of the career advice aimed at academics focuses on networking, interview preparation, and resume optimization. According to Webber, this leaves out a crucial element: understanding how a business actually operates.

"Business acumen," she said, is what keeps coming up. "There's so much emphasis on optimizing your resume, networking, and preparing for interviews, but very little discussion about understanding how a business actually operates."

Scientific innovation does not happen in a vacuum. Financial constraints, customer needs, competitive pressures, and strategic priorities all shape how companies make decisions. Webber pointed out that this can be uncomfortable for scientists trained to rely on data.

"The hard part is we always want to look at the data to determine our next move, and sometimes there isn't a full picture of the data and we need to take a risk and make a choice."

She believes this knowledge benefits PhDs even if they have no intention of pursuing a sales or business development career. Understanding the commercial side of science helps researchers contribute more effectively to broader organizational objectives.

Another overlooked adjustment is how success is measured. In academia, success is often tied to scientific discovery and individual expertise. In industry, it is frequently tied to collaboration, execution, and the ability to contribute to broader goals.

"Being an excellent scientist and being an effective industry professional aren't mutually exclusive, but they aren't necessarily the same skill set either," Webber said.

What Successful Transitions Look Like

When asked to recall someone who made the move well, Webber described a pattern of behavior rather than a single action.

"The people who transition successfully tend to approach industry with the same curiosity that made them good scientists in the first place," she said. "They ask questions. They learn how different departments operate. They take an interest in understanding the customer, the market, and the business decisions behind the science."

She contrasted this with a common pitfall. "I have seen so many amazing PhDs get themselves stuck because they are afraid to branch out from what they know. We spend so much of our time and lives working towards one solution that we get overwhelmed and intimidated by infinite ideas and solutions."

Stepping outside one's technical comfort zone is not just a nice-to-have; it is often where the most valuable opportunities arise. Webber's own career has taken her from scientific research into commercial strategy and business development.

"One of the most important lessons I've learned is that understanding the science gets you into the conversation, but understanding the business allows you to influence the outcome," she said.

For PhDs considering a move to industry, the takeaway is clear: your scientific training is an asset, but it is not the whole story. Learning to communicate your value, understanding the commercial context, and maintaining intellectual curiosity about the business side of science can make the difference between a stalled search and a successful transition.

As Webber put it, "A PhD teaches you how to think. Industry challenges you to think about the bigger picture."

For more information on Karstin Webber's work, visit her website.

Practical Takeaways for PhDs Entering Industry

  • Translate your skills. Don't assume your academic accomplishments speak for themselves. Frame your experience in terms of problem-solving, project management, and data interpretation.
  • Learn the business. Even a basic understanding of financial constraints, customer needs, and competitive pressures will set you apart.
  • Adjust your definition of success. Collaboration and execution matter as much as individual discovery.
  • Stay curious. Approach industry with the same inquisitive mindset that made you a good scientist. Ask questions about how other departments operate and how decisions get made.
  • Step outside your comfort zone. The most valuable opportunities often come from looking at problems from a different perspective.

For further reading on career transitions, consider resources from the National Postdoctoral Association or explore industry-focused networking groups like Life Science Leader.