Experiential Learning Theory Gets a Modern Makeover for Colleges

The 50 Year Old Theory That College Just Forgot

John Dewey wrote something in 1938 that should have ended the argument. “The real work was done by habits which were so fixed as to be institutional.” He was talking about traditional education, the kind that sits students in rows and lectures them until their eyes glaze over. Dewey thought that if you paid attention to experience, to what actually happens to a person when they learn, you would never design a classroom the way most classrooms are designed.

Nearly a century later, Alice and David Kolb published a paper in 2022 that essentially says: Dewey was right. And we have the data to prove it.

The Kolbs are not new to this conversation. Alice Y. Kolb and David Kolb have spent decades refining Experiential Learning Theory (ELT), the idea that learning is not something you absorb but something you make. Their 2022 paper, “Experiential Learning Theory as a Guide for Experiential Educators in Higher Education,” published in Experiential Learning and Teaching in Higher Education, is not a revolution. It is a reckoning. They took the three core concepts of ELT, the learning cycle, learning style, and learning space, and asked a simple question: Why are we still doing this wrong?

The answer is uncomfortable. Most colleges use the language of experiential learning without the substance. They call a semester abroad “experiential.” They call a group project “hands on.” But the Kolbs argue that real experiential learning requires a specific structure, one that most faculty have never been trained to build. And the cost of ignoring that structure is not just wasted tuition. It is graduates who can think about what they know but cannot do anything with it.

The Cycle That Most Classrooms Break

The learning cycle sounds simple because it is simple. The Kolbs describe four stages: concrete experience, reflective observation, abstract conceptualization, and active experimentation. You do something. You think about what you did. You form a theory about why it worked or did not. Then you test that theory by doing something else.

Most college courses stop at stage three. A student reads a textbook (abstract conceptualization). A professor lectures about the reading (more abstract conceptualization). Then the student writes a paper that summarizes what they read (reflective observation, but only barely). The cycle never completes. There is no concrete experience. There is no active experimentation. The student never gets to test whether their understanding actually works in the real world.

The Kolbs write that this broken cycle is the norm in higher education. They cite a body of research showing that students who complete all four stages show deeper retention and transfer of knowledge. But the institutional habit Dewey warned about, the habit of lecture, assessment, repeat, is so fixed that most faculty do not even see the missing stages.

Consider a typical business school case study. Students read about a company’s struggles. They discuss possible solutions. Then they move to the next case. The Kolbs would say this is not experiential learning. It is simulated reflection without real consequence. The student never actually makes a decision that matters. They never feel the pressure of a real deadline or the embarrassment of a real failure. And because they never feel it, they never truly learn from it.

The Learning Style Trap

Here is where the Kolbs get controversial. Many educators have heard of learning styles. Visual learners. Auditory learners. Kinesthetic learners. The idea that each person has a fixed way of learning has been popular for decades, and the Kolbs helped popularize it early in their careers.

But their 2022 paper takes a different tone. They argue that the popular version of learning styles is a misunderstanding. People do not have one fixed learning style. They have a learning style profile, a pattern of preferences that shifts depending on context, mood, and the type of material being learned.

The Kolbs describe four learning styles based on the learning cycle: diverging (feeling and watching), assimilating (watching and thinking), converging (thinking and doing), and accommodating (doing and feeling). A student who prefers diverging might thrive in a brainstorming session but struggle with a structured lab experiment. That same student, with the right scaffolding, can develop skill in the other styles.

The mistake colleges make is treating learning styles as destiny. A professor who believes a student is “a visual learner” might never push that student to learn through discussion or hands on work. The Kolbs argue that the goal of education should not be to match teaching to a student’s preferred style. The goal should be to help students develop all four styles so they can adapt to any learning situation.

This is not just theory. The Kolbs cite research showing that students who develop a balanced learning style profile perform better on measures of critical thinking and problem solving. They are more flexible. They can handle ambiguity. They are the students who walk into a new job and figure out how to learn the culture, the systems, and the unwritten rules without a manual.

Why Your Classroom Is a Bad Learning Space

The third concept in the Kolbs’ paper is learning space, and it might be the most practical. They argue that the physical and social environment of a classroom determines what kind of learning is possible. A lecture hall with fixed seats facing forward is a learning space designed for passive absorption. A room with movable tables, whiteboards on every wall, and space to move around is a learning space designed for active experimentation.

But the Kolbs go deeper than furniture. They describe learning space as having two dimensions: concrete versus abstract and active versus reflective. A space that is highly concrete and highly active, like a lab or a studio, encourages experimentation. A space that is highly abstract and highly reflective, like a library carrel, encourages theory building. The problem is that most college learning spaces are stuck in abstract reflective mode. Students sit. They listen. They think. They never do.

The Kolbs cite research from their own work at Case Western Reserve University, where they redesigned classrooms to support the full learning cycle. Students in these redesigned spaces showed higher engagement and reported deeper learning. But the authors are careful to note that space alone is not enough. A great room with bad teaching is still a bad learning experience.

What matters is alignment. The learning space must match the stage of the learning cycle the student is in. A student who needs concrete experience cannot get it from a lecture. A student who needs reflective observation cannot get it from a frantic group project. The Kolbs argue that educators must design not just the curriculum but the environment, moment by moment, to support where the student is in the cycle.

What the Research Actually Found

The Kolbs’ paper is not an experiment. It is a synthesis. They reviewed decades of research on experiential learning and organized it into a framework that higher education can actually use. But they did include specific findings worth noting.

The authors found that students who go through all four stages of the learning cycle show significantly higher retention of material compared to students who only complete two or three stages. They cite a study of engineering students where those who completed the full cycle scored 20 percent higher on application based tests than those who only did theory and reflection.

They also found that learning style flexibility, the ability to use all four styles effectively, correlates with higher grades across disciplines. Students who were stuck in one style, say, always preferring abstract conceptualization, performed worse in courses that required hands on work, like lab sciences or studio arts.

The Kolbs did not measure the impact of redesigned learning spaces directly in this paper. Instead, they summarized research from other institutions showing that flexible classrooms with movable furniture and multiple work zones increase student engagement by measurable amounts. One study they cite found that students in flexible classrooms reported 30 percent higher participation in class discussions.

These numbers matter because they give administrators something to point at. Experiential learning is not just a philosophy. It is a method with measurable outcomes. The Kolbs are careful not to oversell. They write that the research is still developing, especially around learning spaces. But the direction is clear.

What the Research Does Not Prove

The Kolbs do not claim that experiential learning works for every student in every subject. They acknowledge that some students prefer structure and clear expectations. A student who thrives on lectures and multiple choice tests might resist a classroom that asks them to build something and reflect on what they built.

The authors also do not claim that traditional teaching has no value. Lectures can be efficient for transmitting information. Direct instruction works for foundational knowledge. The Kolbs argue for balance, not replacement.

There is an open question the paper does not fully address: how do you scale experiential learning in large lecture courses? A class of 300 students cannot easily move through a learning cycle that requires individual reflection and hands on experimentation. The Kolbs suggest using technology, simulations, and peer learning to create experiential moments at scale, but they admit the research on these approaches is thin.

Another gap is assessment. How do you grade a student’s ability to reflect? How do you measure active experimentation? Standardized tests do not capture these skills. The Kolbs point to portfolio based assessment and performance rubrics, but they do not offer a simple solution. This is the frontier of the research.

How Colleges Are Actually Using This

The Kolbs highlight several programs that have put ELT into practice. One example is the engineering program at the University of Texas at Austin, where first year students complete a design build project in their first semester. They experience the full learning cycle: they learn theory in class, they build a prototype in the lab, they reflect on what went wrong, and they redesign. The program reports higher retention rates and stronger performance in later engineering courses.

Another example comes from the business school at the University of Virginia. Students in the experiential track complete consulting projects for real companies. They do not just analyze case studies. They present recommendations to actual executives. The Kolbs note that these students report higher confidence and better job placement than peers in the traditional track.

Medical schools have also adopted ELT. The Kolbs cite programs where students practice procedures on simulators before working with patients. The simulation provides concrete experience in a safe environment. Students reflect on their performance. They learn the theory behind the procedure. Then they practice again. The cycle repeats until mastery.

These examples share a common feature: they all require faculty to think differently about their role. The professor is not the sage on the stage. They are the designer of the learning environment. They set up the experience, guide the reflection, and push the student toward the next stage of the cycle. This is harder than lecturing. It requires more preparation and more flexibility. But the Kolbs argue it is the only way to produce graduates who can actually do what they know.

What This Actually Means

• ▸If you are a professor, stop asking whether your students understood the reading. Ask whether they can use what they read to solve a problem they have never seen before. Design an activity that forces them to try, fail, reflect, and try again.

• ▸If you are an administrator, look at your classrooms. Are they designed for passive absorption or active experimentation? If the chairs are bolted to the floor, you are sending a message about what kind of learning you value.

• ▸If you are a student, do not wait for your professors to redesign the course. Create your own learning cycle. After a lecture, spend ten minutes reflecting on what you heard. Then find a way to test it. Build something. Explain it to someone. Break it and fix it.

• ▸If you are a curriculum designer, stop treating experiential learning as a checkbox. An internship is not automatically experiential. A lab is not automatically experiential. The learning cycle must be explicit and intentional. If you cannot map an activity to a stage of the cycle, it is not experiential.

• ▸If you are anyone who cares about education, read John Dewey’s Experience and Education. It is short. It is sharp. And it will make you angry that we are still having this conversation in 2024. The Kolbs are not saying anything Dewey did not say in 1938. They are just saying it with data.