Effective Approaches of Interdisciplinary Collaboration In the Foundation Design Course
Abstract
Educators across disciplines increasingly acknowledge the significance of interdisciplinary collaboration in today's educational context. In design education, this shift presents a challenge: to adapt pedagogies effectively for students to tackle evolving complexities. Consequently, there's a pressing need to enhance training in design foundation curricula. Our study focuses on the redesign of a foundation design course to bolster teamwork among different disciplines. Through diverse collaboration modes such as warm-up workshops, peer evaluations, and interdisciplinary team projects, we aim to analyze the outcomes of multidisciplinary approaches within course projects. No matter what the collaboration type is, students are likely to be more involved and inspired through interdisciplinary collaborations, especially when facing complex topics. Our research demonstrates that integrating various collaboration methods within a single project, including teamwork, cross-sectional evaluations, and interdisciplinary external reviews, enhances students' capacity for innovation and critical thinking. Moreover, team projects and collaboration with peers, faculty, and external stakeholders foster positive sharing experiences and yield favorable outcomes in design education.
Keywords: Interdisciplinary Collaboration, Multifaceted Collaboration, Cross-discipline, Foundation Design, Peer Evaluation
DOI: 10.54941/ahfe1005124
Cite this paper
More from this volume
- Mixed Reality in Physical Rehabilitation, Opportunities and Challenges
- Designing products through the lens of the material landscape
- Transitional Learning through Unexpected Objects
- History Lives On: Interdisciplinary Design to Uplift Rural Communities
- Mycography and Biodesign Pedagogy: Concepts and Methods for Creating Living Posters
- Exploration of Service Robot Morphology Through Generative AI Applications
- Applying Pattern Awareness to Human Centered Design and Systems Thinking
- VR-Based Evaluation of Design Elements for Restaurant Service Robots
- Brand Gene-Informed Artificial Intelligence Generated Content (AIGC) for the Styling Design of Motorcycle Headlights
- Exploring Cross-Sensory Perception: the Correlation of Visual and Tactile Sensations in Home Product Materials
- Integrating Causal Layered Analysis into Design: Enhancing User Research for Deeper Insights
- An EV Charging UX Design Exploration for Broader Distribution of Level 2 Charging System with Improved User Experience


AHFE Open Access