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Research has identified cooperative learning as one of the ten High Impact Practices that improve student learning. If you've been interested in cooperative learning, but wondered how it would work in your discipline, this book provides the necessary theory, and a wide range of concrete examples.Experienced users of cooperative learning demonstrate how they use it in settings as varied as a developmental mathematics course at a community college, and graduate courses in history and the sciences, and how it works in small and large classes, as well as in hybrid and online environments. The authors describe the application of cooperative learning in biology, economics, educational psychology, financial accounting, general chemistry, and literature at remedial, introductory, and graduate levels.The chapters showcase cooperative learning in action, at the same time introducing the reader to major principles such as individual accountability, positive interdependence, heterogeneous teams, group processing, and social or leadership skills.The authors build upon, and cross-reference, each others' chapters, describing particular methods and activities in detail. They explain how and why they may differ about specific practices while exemplifying reflective approaches to teaching that never fail to address important assessment issues.

\"Not only did I learn more substantive law than in any other course I've taken, but I learned why I needed to learn all those things.\" Alumnus of a legal simulation courseSimulations create and use a complete environment within which students can interact to apply theory and practice skills to real-world issues related to their discipline. Simulations constitute a powerful tool for learning. They allow teachers simultaneously to integrate multiple teaching objectives in a single process. They motivate students, provide opportunities for active participation to promote deep learning, develop interactive and communication skills, and link knowledge and theory to application.This book provides an introduction to the use of simulations - from creating simple scenarios that can be completed in a single class period, to extended, complex simulations that may encompass a semester's curriculum. Assuming no prior experience in their use, the authors provide a recipe approach to selecting and designing scenarios for all sizes of class; offer guidance on creating simulated environments to meet learning objectives; and practical advice on managing the process in the classroom through to the crucial processes of debriefing and assessment. The detailed concluding description of how to plan and manage a complex simulation -- complete with its sample scenario and examples of documentation - provides a rich demonstration of the process. This book will appeal to anyone, in virtually any field of study, looking for effective ways to bridge the gap between academic learning and discipline-specific practice.

Research has identified cooperative learning as one of the ten High Impact Practices that improve student learning. If you've been interested in cooperative learning, but wondered how it would work in your discipline, this book provides the necessary theory, and a wide range of concrete examples.Experienced users of cooperative learning demonstrate how they use it in settings as varied as a developmental mathematics course at a community college, and graduate courses in history and the sciences, and how it works in small and large classes, as well as in hybrid and online environments. The authors describe the application of cooperative learning in biology, economics, educational psychology, financial accounting, general chemistry, and literature at remedial, introductory, and graduate levels.The chapters showcase cooperative learning in action, at the same time introducing the reader to major principles such as individual accountability, positive interdependence, heterogeneous teams, group processing, and social or leadership skills.The authors build upon, and cross-reference, each others' chapters, describing particular methods and activities in detail. They explain how and why they may differ about specific practices while exemplifying reflective approaches to teaching that never fail to address important assessment issues.

[...] instructors need to select the groups. The team folders, labeled Aces through Kings, contain four matching cards with the different suits - hearts, diamonds, clubs, and spades. [...] any student can be called on to give a team report by the \"luck of the draw.\"

Not only did I learn more substantive law than in any other course I've taken, but I learned why I needed to learn all those things. Alumnus of a legal simulation courseSimulations create and use a complete environment within which students can interact to apply theory and practice skills to real-world issues related to their discipline. Simulations constitute a powerful tool for learning. They allow teachers simultaneously to integrate multiple teaching objectives in a single process. They motivate students, provide opportunities for active participation to promote deep learning, develop interactive and communication skills, and link knowledge and theory to application.This book provides an introduction to the use of simulations - from creating simple scenarios that can be completed in a single class period, to extended, complex simulations that may encompass a semester's curriculum. Assuming no prior experience in their use, the authors provide a recipe approach to selecting and designing scenarios for all sizes of class; offer guidance on creating simulated environments to meet learning objectives; and practical advice on managing the process in the classroom through to the crucial processes of debriefing and assessment. The detailed concluding description of how to plan and manage a complex simulation -- complete with its sample scenario and examples of documentation - provides a rich demonstration of the process. This book will appeal to anyone, in virtually any field of study, looking for effective ways to bridge the gap between academic learning and discipline-specific practice.

Cooperative learning is founded on a deep historical research base, with new research on how people learn and on deep learning providing added insights into its efficacy. Faculty members, however, not only must recognize the value of cooperative approaches but also must have access to the tools, pedagogical support, and inspiration-particularly in their own disciplines-that will enable them to implement cooperative approaches. A huge number of technology-based approaches in large classes lend themselves to cooperative learning approaches: threaded discussions, clickers, technology-enabled academic games, wikis, blogs, Twitter, distance learning, etc. In a nutshell, cooperative learning is a highly structured form of group work that focuses on the problem solving that-when directed by an effective teacher-can lead to deep learning, critical thinking, and genuine paradigm shifts in students' thinking. Cooperative learning provides teachers with very specific tools-the structures and the classroom management approaches-that allow them to sequence activities to maximize learning.

Faculty development efforts are vitally needed in higher education today. Changes in expectations about the quality and assessment of undergraduate education, societal needs, technology, the student populations, and paradigms about teaching and learning argue for viable, credible, and creative programs. The author explores the nature and need for faculty development, discusses some faculty development options, and provides a selected number of resources.