What is problem-based learning and do Dutch universities use it?

Problem-based learning (PBL) is a teaching method where students learn by actively working through real-world problems rather than receiving information through traditional lectures. Instead of being taught theory first, students are presented with a challenge and must research, collaborate, and reason their way to a solution. Several Dutch universities use PBL, most notably Maastricht University, which has built its entire academic model around it.

PBL is widely associated with the Netherlands because Dutch higher education has historically embraced student-centred, active learning approaches. This article unpacks how PBL works, who uses it, and what it means for students considering university study in the Netherlands.

How does problem-based learning actually work in practice?

In a problem-based learning environment, the learning process starts with a problem, not a lecture. Students receive a real-world scenario or challenge at the beginning of a unit, and from that point, they must identify what they need to know, research the relevant material, and work collaboratively to develop a solution. The teacher acts as a facilitator rather than a direct instructor.

The classic PBL cycle typically follows a structured process. Students first encounter the problem and clarify what they do not yet understand. They then brainstorm prior knowledge, identify learning objectives, research independently, and reconvene to discuss findings and build a shared understanding. This cycle repeats as new questions emerge from each stage of inquiry.

Group work is central to how PBL functions. Small tutorial groups, usually between eight and twelve students, meet regularly to discuss problems, challenge each other’s reasoning, and synthesise their research into coherent answers. This format builds communication skills, critical thinking, and the ability to work under uncertainty, qualities that extend well beyond the classroom.

What are the benefits of problem-based learning for students?

Problem-based learning develops skills that traditional lecture-based education often does not. Because students must actively seek out knowledge rather than passively receive it, they build stronger retention, deeper conceptual understanding, and the ability to apply what they know to unfamiliar situations. Research across higher education consistently supports PBL as an effective method for developing critical thinking and self-directed learning.

The practical benefits of PBL include:

• Critical thinking: Students learn to evaluate evidence, question assumptions, and reason through complex problems rather than memorise pre-packaged answers.
• Collaboration: Working in small groups teaches students to listen, debate, delegate, and build on each other’s ideas, skills that are directly transferable to professional environments.
• Self-directed learning: Students take ownership of their own learning process, which builds the kind of intellectual independence that is essential at postgraduate level and in the workplace.
• Contextual understanding: Because knowledge is learned in the context of a real problem, students are better equipped to apply it in new contexts.
• Motivation: Tackling meaningful, relevant challenges tends to increase student engagement compared to abstract coursework disconnected from real-world application.

For students considering study in the Netherlands, these benefits are especially relevant given how Dutch employers and graduate programmes tend to value independent, collaborative, and critically minded graduates.

Which Dutch universities use problem-based learning?

Maastricht University is the most prominent Dutch institution associated with problem-based learning and applies PBL across virtually all of its programmes. It is internationally recognised as a leader in this pedagogical approach and has used it as its core teaching philosophy since the 1970s. Students at Maastricht spend most of their contact time in small tutorial groups working through problems rather than attending large lectures.

Beyond Maastricht, elements of PBL and related active learning methods appear in programmes across the Netherlands, though few institutions apply it as systematically. Eindhoven University of Technology (TU/e) incorporates project-based and challenge-based learning across its engineering programmes. Many Dutch universities of applied sciences (hogescholen) also use case-based and project-centred approaches that share characteristics with PBL, even if they do not use the term formally.

It is worth noting that PBL is not the dominant teaching method across all Dutch universities. Large research universities such as Utrecht University, the University of Amsterdam, and Leiden University use a broader mix of teaching formats, including lectures, seminars, and tutorials, alongside problem- and project-based elements depending on the faculty and programme.

How does problem-based learning differ from project-based learning?

Problem-based learning and project-based learning are related but distinct approaches. The key difference is in their starting point and structure: PBL begins with an open-ended problem that drives the acquisition of new knowledge, while project-based learning typically begins with a defined outcome or deliverable that students work toward over a set period. In PBL, the problem is the vehicle for learning; in project-based learning, the project is the vehicle for applying learning.

In practice, the distinction often comes down to emphasis:

• Problem-based learning is more focused on the process of inquiry. Students identify what they do not know, research it, and use that knowledge to address the problem. The problem itself may not have a single correct answer.
• Project-based learning is more focused on producing a tangible output, such as a report, prototype, or presentation. Students may already have much of the knowledge they need and are applying it to complete a defined task.

Many programmes blend both approaches. A course might begin with a real-world problem (PBL) and culminate in a group project that presents a solution (project-based). Understanding the distinction helps prospective students know what kind of intellectual demands to expect and whether that style suits how they learn best.

Is problem-based learning used in liberal arts and sciences programmes?

Liberal arts and sciences programmes in the Netherlands do not typically follow a formal PBL model in the way Maastricht University does, but they share many of its core principles. The emphasis on active learning, interdisciplinary inquiry, small-group discussion, and real-world application is deeply embedded in the liberal arts and sciences tradition. Students in these programmes are expected to ask questions, work across disciplines, and engage with complex problems that rarely have straightforward answers.

Rather than structuring every course around a formal PBL tutorial cycle, liberal arts and sciences education tends to integrate problem-solving through seminars, research projects, community-engaged learning, and collaborative assignments. The result is a learning environment that cultivates similar competencies to PBL, critical thinking, self-direction, and the ability to synthesise knowledge from multiple fields, but through a more varied set of formats.

This interdisciplinary, inquiry-driven approach is central to the liberal arts and sciences model in the Netherlands, where students design their own curriculum and engage with real challenges alongside peers from very different academic backgrounds. The focus is less on any single teaching methodology and more on building the habits of mind that allow students to tackle complex, ambiguous problems throughout their lives.

What should students expect when studying in a PBL environment?

Students entering a PBL environment should expect a significant shift in how learning feels compared to secondary school. Rather than being guided through material step by step, students are expected to take initiative, tolerate uncertainty, and actively construct their own understanding. This can be challenging at first, but most students find it becomes more natural as they develop confidence in their own reasoning and research abilities.

Practically speaking, PBL students should prepare for:

• Less passive time: Lectures are limited or absent. Most learning happens through discussion, research, and group problem-solving.
• High levels of collaboration: Group work is not optional, it is the primary mode of learning. Students need to communicate clearly, manage disagreement constructively, and contribute reliably to their group.
• Self-managed workload: Because students direct their own research, time management and self-discipline are essential. There is no single textbook to follow.
• Frequent feedback loops: Progress is discussed regularly in tutorial groups, so students receive ongoing formative feedback rather than a single end-of-term grade.
• Comfort with ambiguity: Problems in PBL are often open-ended. Students must become comfortable with the idea that multiple valid answers can exist and that the quality of reasoning matters as much as the conclusion.

Students who thrive in PBL environments tend to be curious, collaborative, and willing to take intellectual risks. If those qualities resonate, active learning environments in the Netherlands are worth exploring seriously.

How UCR approaches active, real-world learning

University College Roosevelt (UCR) does not use a formal PBL structure, but its educational philosophy shares much of the same spirit. UCR is a small, residential liberal arts and sciences college in Middelburg, the Netherlands, where students design their own curriculum and learn through active, interdisciplinary engagement with real-world challenges.

Key features of UCR’s learning approach include:

• Living lab learning: Students work alongside local government, businesses, and community organisations to tackle real challenges in areas such as sustainability, public health, and social equity.
• Small-group teaching: With around 500 students and 50 staff, classes are small and interactive, with room for genuine discussion and individual attention.
• Interdisciplinary curriculum: Students choose from more than 160 courses across six academic clusters, combining disciplines to build a degree that reflects their own interests and the world’s complexity.
• Personal and professional development: A mandatory development track builds transferable skills, communication, teamwork, adaptability, alongside academic content.
• Community-engaged learning: Coursework regularly extends beyond the classroom through fieldwork, guest lectures, debates, and collaborative projects.

If you are drawn to active, inquiry-driven learning in an international, close-knit environment, UCR may be the right fit. Explore UCR’s admissions requirements to find out how to apply.

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