This book is packed with strategies and insights that will help you design better training courses. It focuses on how people learn as the key factor in making design decisions. The book shows you how to design a good course for any field, no matter what medium you use to deliver it. Learn how the brain works, how people forget, how to gain and maintain attention and how to make a subject interesting. Then use the easy-to-follow guidelines to design strategically by increasing curiosity, making content emotional, making learners practise what they have learned and using failure as a teaching tool. The art of designing a course and making people learn is mastered through practical experience of running courses; the science is gained by evidence-based research on how people learn. The book combines the two, offering many examples and studies in cognitive psychology, neuroscience, instructional design and training the trainer. You will find lots of examples and studies in the book that provide insights that may not be obvious but that lead to important design decisions. They will change forever how you think about training design and delivery and help you design courses that your learners will love. In Course Design Strategy, you will learn: - How to make content memorable - What learners expect from a course - How people learn and forget, and why this should be the cornerstone of any course design - How to use eureka moments and eureka concepts as the building blocks of course design - How to make content easy to learn - Why the presence of a feedback loop is crucial to learning - How to use exercises and tests to enhance learning

With the rapid availability of information, it becomes essential to keep pace with this availability as well as process the information into knowledge that has real-world applications. Neuroscientific methods allow an approach to this problem based on the way that the human brain already operates. Over the centuries and through observation and trial and error, we already know a great deal about how we can teach and learn, but now we can verify this with scientific fact and discover previously unknown aspects of brain physiology. These observations of brain functioning have produced many learning theories, all of which have varying degrees of validity. These theories, in turn, give birth to theories and models of instructional design, which also have varying degrees of validity. A Conceptual Framework for SMART Applications in Higher Education: Emerging Research and Opportunities is a critical scholarly publication that explores how the brain acquires and processes information to turn information into knowledge and the role of SMART technology and how it combines and integrates visual and aural data to facilitate learning. The book also discusses ways to apply what is known about teaching to how the brain operates and how to incorporate instructional design models into the teaching and learning process. Highlighting various topics such as neurogenesis, smart technologies, and behaviorism, this book is essential for instructional designers, online instruction managers, teachers, academicians, administrators, researchers, knowledge managers, and students.

This publication presents case studies on the successful application of science, technology, engineering, and mathematics (STEM) education in Thailand, the Republic of Korea, Singapore, and Finland. STEM education has an important role in inclusive and equitable quality education and lifelong learning opportunities for all. By utilizing an inquiry-based and experiential teaching and learning approach as well as integrating engineering and technology with science and mathematics, STEM promotes employability skills, entrepreneurship, and innovation. The case studies in this publication provide inspiration and lessons for ADB developing member countries to enhance their respective STEM education programs.