Unlock Experiential Learning: How to Solve Problems at Their Root
"Dive deep into the Fritz J. Roethlisberger Award-winning approach to transform your teaching and empower students to tackle real-world challenges effectively."
In today's rapidly evolving educational landscape, educators are constantly seeking innovative methods to enhance student engagement and foster critical thinking. Experiential learning, a hands-on approach that allows students to learn by doing, has emerged as a powerful tool. However, the effectiveness of experiential learning hinges on the ability to guide students in identifying and addressing the core issues within complex problems.
The Fritz J. Roethlisberger Memorial Award, a prestigious recognition in the field of management education, celebrates outstanding contributions to teaching and learning. In 2017, the award honored an article titled "Getting to the Root of the Problem in Experiential Learning," authored by Richard J. Miller and Rosemary Maellaro. This groundbreaking work explores the application of problem-solving and collective reflection techniques to improve learning outcomes, offering valuable insights for educators across disciplines.
This article delves into the key principles of Miller and Maellaro's award-winning approach, providing a comprehensive guide for educators looking to implement root cause analysis in their experiential learning programs. By mastering these techniques, educators can empower students to move beyond surface-level solutions and develop a deeper understanding of the underlying issues driving complex challenges.
Experiential Learning by the Numbers
A 2026 statistics roundup reports that experiential learning lifts employability by 27%, citing outcomes related to internships, co-ops, and service learning. In a 2025 roundup, 81% of students said it was important or very important for schools to offer real company-led projects. EduSourced’s 2023 benchmark report drew participation from more than 100 experiential learning faculty, staff, and school leaders. A separate source lists 20% academic gains and $15,000 salary premiums among its 2026 data, but its snippet does not provide further details about those figures.
Root Cause Analysis Methods and Limits
The U.S. Department of Education identifies the five whys, fishbone diagram, and circle map as accessible approaches commonly used for root cause analysis in educational settings. Sources describing their limitations warn that analysis can oversimplify complex issues, miss contributing factors, invite disagreement or bias about the root cause, and lead to ineffective solutions. One source specifically describes the method as shaping findings, and points to Learning Teams as a way to surface what root cause analysis may not capture. The sources therefore present these tools as useful approaches while cautioning against relying on them alone.
Roots of Experiential Learning and RCA
Experiential education, or learning by doing, has a long history; outdoor and adventure education programs have used real-world experiences to pursue learning goals. The experiential learning history source describes these traditions without assigning them a specific starting date. A Springer overview cites David Kolb’s 1984 book, *Experiential Learning: Experience as the Source of Learning and Development*, as part of the field’s theoretical history. Separately, the Agency for Healthcare Research and Quality’s PSNet describes root cause analysis as a structured approach for identifying direct causes of adverse events and systemic weaknesses that may have enabled them.
Why Root Cause Analysis is Essential for Effective Experiential Learning
Traditional teaching methods often focus on rote memorization and the regurgitation of facts. While this approach can be effective for conveying basic knowledge, it often fails to equip students with the critical thinking and problem-solving skills necessary to thrive in the real world. Experiential learning offers a refreshing alternative, allowing students to actively engage with the material and develop a deeper understanding through hands-on experience.
- Deeper Understanding: Students gain a more profound comprehension of the subject matter by actively engaging with the problem-solving process.
- Enhanced Critical Thinking: Root cause analysis encourages students to think critically and analytically, developing essential skills for decision-making and problem-solving.
- Real-World Application: By applying these techniques to real-world scenarios, students develop practical skills that are directly transferable to their future careers.
- Improved Collaboration: Collective reflection and problem-solving foster teamwork and communication skills, essential for success in collaborative environments.
Emerging Directions in Research
A 2024 bibliometric analysis of experiential learning publications reports a surge in publication numbers and examines theory, context, characteristics, and methodology. It finds that most contributions came from the USA and the UK, among other locations. A separate 2024 study describes growing attention to data-driven root cause analysis as more data become available for identifying causes in complex processes. It reports that advances in causal inference enable investigations using observational data, with the aim of reducing bias.
Experiential Learning Across Settings
A kindergarten-focused paper reports drawing on a five-year action research project involving more than 70 students and a separate action research effort in kindergartens that ran for more than ten years. A Japanese engineering education report describes an artifact-making experiential learning program for local elementary, middle, and high school students, with more than 900 participants over 12 years. These examples document experiential learning across early-childhood and school-age settings, but the supplied summaries do not provide comparable outcome measures. A separate 2019 publication is identified as a review of alternatives to root cause analysis for incident-report analysis.
Empowering the Next Generation of Problem Solvers
By incorporating root cause analysis into experiential learning, educators can empower students to become effective problem solvers, critical thinkers, and collaborative team members. As we continue to navigate an increasingly complex world, these skills will be essential for success. Embracing innovative approaches like the one championed by Miller and Maellaro is key to unlocking the full potential of experiential learning and preparing students for a bright future.