- Explains why unsupervised learning is a major part of education- Reviews the history of homework in American education- Shows that quality of homework is more important than quantity- Illustrates how Guided Cognition-designed homework improves learning for literature and mathematics- Compares Guided Cognition to other types of instructional design- Analyzes how the surface structure of Guided Cognition tasks relate to underlying psychological processes- Discusses the effects of the internet on learning- Presents applications that facilitate lifelong learning- Includes an appendix of frames and guidelines for authoring Guided Cognition questions and tasks
Chapter 1: The Importance of Unsupervised Individual Learning in Education
Chapter 2: Guided Cognition: A New Approach to Designing Effective Homework
Chapter 3: Guided Cognition Effects in Learning Literature
Chapter 4: Guided Cognition Effects in Learning Mathematics
Chapter 5: Students' Perceptions and Preferences
Chapter 6: Theoretical Considerations
Chapter 7: Improving Unsupervised Individual Learning
Chapter 8: Benefits and Applications of Guided Cognition Design
Four Appendices, including Frames and Guidelines for Authoring Guided Cognition Homework
William B. Whitten II earned his Ph.D. in experimental/cognitive psychology at the University of Michigan's Human Performance Center. He has contributed broadly to human memory studies in cognitive psychology, to program management for basic psychology research in government, to human-machine interaction design in industry, and to the application of basic psychological science to the improvement of education. Dr. Whitten served on the faculties of the University of Michigan and the State University of New York at Albany, where he published basic research on human memory. He next served as the Assistant Director of Personnel and Training Research Programs at the Office of Naval Research, where he managed a nationwide, 30-location, basic research program on cognitive processes, human information processing, and computer-aided instruction. Following this, Dr. Whitten performed and managed research and development in the communications industry. During his career at Bell Laboratories and subsequently at AT&T Labs, Dr. Whitten led user-centered systems engineering and human factors design groups, including the User Experience Engineering Division and the Multimedia Applications and User Interfaces Division. At AT&T Labs, he was appointed as the first Technology Leader of User Experience Engineering. At Fordham University, Dr. Whitten was appointed as the first Distinguished Research Scholar in the Graduate School of Education, established the Center for Learning in Unsupervised Environments, and performed the research reported in this book. Dr. Whitten is a Fellow of the Psychonomic Society and of the Association for Psychological Science.
Whitten, Sandra E.
Sandra E. Whitten earned a Master of Arts in Education with a research focus on the effective design of cooperative learning activities and environments. As a Research Associate at Fordham University, she studied the design of effective unsupervised individual learning, and co-authored presentations of this work that have been given in the United States and in Europe. During her 36-year career as an educator, Sandra Whitten served on the faculties of middle schools and high schools in Michigan, New York, and New Jersey, where she taught English and social science to students of all ability levels from ages 12-18. She coordinated her school's participation in a statewide poetry festival, mentored fellow teachers, advised the school literary magazine, coached public speaking, and established and led a school-wide service club. Sandra Whitten's Advanced Placement English program has been commended for excellence by the College Board. She has been recognized by Princeton University as one of the top teachers in New Jersey, and the Masonic Lodges of New Jersey selected her as the State Educator of the Year.