How an ESMT alum became an AI venture builder in Berlin

How an ESMT alum became an AI venture builder in Berlin

Punit Thakkar, Head of AI Innovation & Venture Development at Fraunhofer Heinrich Hertz Institute, describes his job in one line: build startups from lab research. His path there—through an ESMT Berlin Full-time MBA capstone—offers a clear template for MBAs eyeing the work of an AI venture builder.

ESMT Berlin profiled Thakkar on September 23, 2026, tracing his move from student consultant to leading venture development at Fraunhofer HHI. In the school’s account, he calls the role “the most exciting and fulfilling professional experience” of his career and says his MBA learnings are “crucial to all aspects” of the job (ESMT Berlin).

From capstone to AI venture builder at Fraunhofer HHI

According to ESMT Berlin, the turning point was Thakkar’s Capstone Consulting Project with Fraunhofer HHI. The work became a months-long audition: understand the institute’s research pipeline, frame testable use cases, and show how a product could reach paying users. That project opened the door to a permanent role shaping spinouts from the inside.

The insight for other MBAs is simple and specific. Treat a capstone like a built-in search for founder–market fit, where the market is a lab’s problem domain and the founder is a cross-functional builder. In Thakkar’s telling via ESMT, the MBA toolkit—customer discovery, pricing logic, and team orchestration—transferred cleanly to a deep tech context when paired with scientists and engineers.

What an AI venture builder does inside a research institute

The title signals a hybrid job. Inside a place like Fraunhofer HHI, which contributes to waves of communications, vision, and machine learning research, an AI venture builder must pull four threads together at once: a defensible technical edge, a problem urgent enough for buyers, a team that can ship, and a capital plan that survives milestones. The role reads like product manager, BD lead, and early-stage investor in one seat.

Thakkar’s post at HHI, as described by ESMT, centers on turning institute research into startups. That means scoping product–market fit with researchers, mapping IP and licensing paths, testing demand with design partners, and lining up the right first money. Fraunhofer’s mission is applied science; the venture brief extends that mission into company formation. For readers new to the institute, HHI is one of the Fraunhofer Society’s technology hubs focused on networked systems, video coding, photonics, and AI, with a track record of moving research toward industry use (Fraunhofer HHI).

In practice, the job also involves internal translation. Scientists want ambitious proof points; customers want narrow wins. A capable venture builder keeps both satisfied by carving a path from prototype to scope-limited pilot to revenue, without stripping the research of what makes it special.

Why venture development now fits MBAs in Europe

This path is widening. Europe has spent the past decade funding research and pushing it toward the market through tech-transfer tools, from university TTOs to EU programs like the European Innovation Council’s Transition, which backs commercialization of research outputs. Germany’s public research network, anchored by Fraunhofer, has been explicit about applied outcomes for years. That creates demand for generalists who can move between labs, customers, and investors.

Employer appetite matches the shift. Surveys of recruiters show steady demand for data and AI literacy in business roles, paired with classic MBA strengths like strategy and cross-functional leadership (GMAC Corporate Recruiters Survey). The implication for MBAs: deep tech venture building isn’t reserved for PhDs. It rewards people who can frame a market, set a test, and secure the next tranche of proof.

Berlin adds a local tailwind. The city’s startup density and access to talent make it easier to assemble founding teams around institute research. When a lab finds a repeatable use case, a venture group can spin up a company within a short commute of pilot customers and seed investors.

The playbook: turn a project into venture development

Thakkar’s story, as written by ESMT, gives MBAs a tactical plan for joining or leading venture development inside applied research. The steps below aren’t generic career tips; they mirror how institute builders think:

  • Pick a capstone with a lab or institute. Bias for projects with active prototypes, not just white papers. You need something testable within weeks.
  • Frame one buyer, one job, one measure. Help researchers define a narrow first win that a single real customer will pay for or pilot.
  • Map the IP path on day one. Clarify ownership, licensing terms, and publication plans. Surprises here kill spinouts.
  • Recruit a micro-team. A scientist, a builder who ships, and a customer guide. Keep it as small as possible until you have proof.
  • Pre-wire the next check. Identify which grant, venture studio, or seed fund funds the leap from pilot to product. EU and national tools such as EIC Transition can bridge research and company formation.

Use each of those steps to show the value you add. In environments like Fraunhofer HHI, the currency isn’t slides; it’s a de-risked path from lab output to revenue.

Why this alum’s path matters for MBA AI careers

ESMT Berlin’s profile makes one claim on the future of MBA work in plain language: building AI startups from research is a real job, and it sits at the crossroads of product, customers, and capital. An AI venture builder can emerge from a capstone, provided the student treats the project like an extended interview and delivers a sequence of field-tested proofs.

The larger lesson isn’t that every MBA should chase a lab role. It’s that the skill mix schools teach—structured discovery, pricing discipline, and team momentum—transfers cleanly to applied research when paired with technical partners. Those who can marry that mix to the realities of European funding and tech transfer will find seats opening inside institutes and venture studios alike.

Thakkar’s account through ESMT closes the loop: the MBA wasn’t a detour from AI; it was the multiplier that turned domain research into a plan a buyer could say yes to. For MBAs weighing a move to Berlin or Europe’s research hubs, that’s the cue. Find the lab, choose the right project, and act like the AI venture builder before the title arrives. For more on this, see bloomberg.com and nytimes.com.