Kiss Éva Mariann

Mastering Academic Competencies

A Guide to Effective Learning and Success

7.2 Structured Learning: Gagné’s Hierarchy of Learning

While Kolb’s model emphasises experiential learning as a cyclical and reflective process, Gagné (1971) offers a complementary perspective by conceptualising learning as a structured and cumulative progression. According to Gagné, complex forms of learning are built upon the mastery of simpler prerequisite skills. This hierarchical view suggests that difficulties in higher-order tasks often stem from gaps in foundational knowledge or skills.

Gagné identifies different levels of learning, ranging from basic stimulus-response associations to more complex processes such as concept formation, rule learning, and problem-solving. Each level builds upon the previous one, highlighting the importance of sequencing learning effectively. In academic contexts, this means that students must first develop a clear understanding of key concepts and terminology before they can engage in critical analysis, synthesis, or independent application.

Integrating this perspective with Kolb’s learning cycle provides a more comprehensive understanding of learning. While experiential learning supports reflection and adaptation, hierarchical learning emphasises the importance of structure, progression, and consolidation. Together, these approaches highlight that effective learning involves both active engagement with experience and the systematic development of knowledge and skills over time.

7.2.1 Concrete Experience:

This stage involves learning through direct experience. It is the phase where individuals encounter a new experience or reinterpret an existing experience. For example, a student might participate in a laboratory experiment or a real-world business project.

7.2.2 Reflective Observation:

After experiencing an event, the learner reflects on the experience. This stage involves observing and thinking about what happened. The student might write about the laboratory experiment, noting what was successful and what challenges arose.

7.2.3 Abstract Conceptualization:

In this stage, learners develop abstract concepts and generalizations based on their reflections. They form theories and models that explain their observations. For instance, the student might develop a hypothesis about why a particular chemical reaction occurred during the experiment.

7.2.4 Active Experimentation:

The final stage involves testing the new concepts and theories through active experimentation. Learners apply what they have learned to new situations. The student might design a new experiment to test their hypothesis, thereby starting the cycle anew.

Together, these stages illustrate how learning develops through the interaction of experience, reflection, theory-building, and application, rather than through passive information intake. Kolb’s Learning Cycle emphasizes the importance of using all four stages for effective learning. Skipping stages may limit learning effectiveness, as each stage contributes differently to understanding and application.

Tartalomjegyzék

Kiadó: Akadémiai Kiadó

Online megjelenés éve: 2026

ISBN: 978 963 664 192 4

Pedagógia Idegen nyelvű

Developing Academic Competencies offers a comprehensive and practice-oriented guide to the development of essential academic and professional skills required for success in contemporary higher education. Addressing the evolving demands placed on students in increasingly international, digital, and performance-driven academic environments, the book integrates evidence-based learning strategies with practical tools that support effective studying, assessment preparation, academic writing, teamwork, and reflective learning.

The volume adopts a student-centred and competence-based approach, combining theory with applied examples, exercises, and self-assessment activities to foster independent, critical, and strategic learners. Particular attention is given to transferable skills such as time management, collaboration, problem-solving, and academic integrity, while also engaging with the responsible and ethical use of artificial intelligence in learning, research, and writing. Rather than positioning AI as a shortcut, the book emphasises its potential as a supportive tool that enhances productivity, critical evaluation, and metacognitive awareness.

Designed for undergraduate and postgraduate students across disciplines, as well as for instructors seeking structured support materials, Developing Academic Competencies bridges the gap between academic expectations and student preparedness. By empowering learners with adaptable strategies and reflective practices, the book contributes to improved academic performance, lifelong learning capabilities, and employability in a rapidly changing knowledge economy.

Hivatkozás: https://mersz.hu/kiss-mastering-academic-competencies//

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