Self-Regulated Design Learning: A Foundation and Framework for Teaching and Learning Design reframes how educators in architecture, landscape architecture, and other design disciplines think about teaching and learning design. The book weaves together concepts of constructivism, social cognitive theory, and self-regulated learning into a solid theoretical foundation for innovative teaching that emphasizes meaning, memory, problem solving, and mastery. The central goal of self-regulated design learning is making design learnable so that students are encouraged to become active, engaged participants in the design learning process. Key features of the book include:

• examining the issues, values, and challenges of teaching and learning in design,
• exploring select educational theories and concepts relevant to design pedagogy,
• illustrating the pivotal relationships between design learning and self-regulation, and
• discussing pedagogic techniques that support self-regulated design learning and lead to greater student achievement and performance.

Self-Regulated Design Learning: A Foundation and Framework for Teaching and Learning Design provides numerous examples and applications to help design educators understand how to implement the self-regulated design learning methodology in their studios. Through this book, design educators will discover new ways of encouraging meaningful design learning through an advanced approach that is empowering, inspiring, and vital.

About the Author

Matthew N. Powers is an Associate Professor in the Department of Landscape Architecture at Clemson University, South Carolina, US. Dr. Powers teaches environmental design studios at various scales. His research emphasizes cognitive-oriented pedagogy and landscapes designed to enable teaching, learning, and play. Dr. Powers and his students have received numerous awards for outstanding research and innovative design.

Book Information
ISBN 9781138816459
Author Matthew Powers
Format Paperback
Page Count 204
Imprint Routledge
Publisher Taylor & Francis Ltd
Weight(grams) 272g