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The role of goal orientations and learning approaches in explaining digital concept mapping utilization in
Dorit Alt1, Alfred Weinberger2, Karin Heinrichs3
1Kinneret College on the Sea of Galilee, Tzemach Junction, 15132 Jordan Valley, MP Israel.
Digital concept mapping benefits higher education students cognitively, enhancing learning and self-regulation for deep and mastery-approach learners. Scaffolding is recommended for surface learners to foster meaningful learning.
Area of Science:
- Educational Technology
- Cognitive Psychology
- Higher Education Pedagogy
Background:
- Concept mapping is a recognized instructional strategy in higher education.
- Limited understanding exists on how student learning motivations influence digital concept mapping use.
- Investigating digital concept mapping within problem-based learning (PBL) is crucial.
Purpose of the Study:
- To design and assess a digital concept mapping intervention within PBL.
- To evaluate the effectiveness of digital concept mapping for students with varying achievement-goal profiles.
- To examine impacts on learning and approaches to learning (deep vs. surface).
Main Methods:
- Intervention program employing digital concept mapping in PBL.
- Data collected from 129 undergraduate students across three institutions (Israel and Austria).
- Analysis using Partial Least Squares - Structural Equation Modeling (PLS-SEM).
Main Results:
- Digital concept mapping enhances cognitive benefits for higher education students, aiding in identifying interrelationships among arguments.
- Deep learners and mastery-approach learners utilized digital concept mapping for self-regulated learning.
- Effectiveness varied based on students' achievement-goal profiles and learning approaches.
Conclusions:
- Digital concept mapping offers cognitive advantages for higher education students, particularly in understanding complex relationships.
- Learner motivation and approach significantly influence the perceived effectiveness of digital concept mapping.
- Scaffolding is essential to support surface learners in leveraging digital concept mapping for meaningful learning and complex problem-solving.
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