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Developing STEM-Based Workbook on Lever System in Human Body is what science teachers and researchers need, especially those who want to develop a specific workbook to apply STEM (Science-Technology-Engineering-Mathematics) learning. This book is arranged systematically to tell the readers how STEM-based workbook was developed and tested. It covers the process of developing the workbook, explaining its specification and structure. This book also contains STEM activity exactly with what to do step-by-step of constructing an egg cracker as the application of an integrated science concept, a…mehr

Produktbeschreibung
Developing STEM-Based Workbook on Lever System in Human Body is what science teachers and researchers need, especially those who want to develop a specific workbook to apply STEM (Science-Technology-Engineering-Mathematics) learning. This book is arranged systematically to tell the readers how STEM-based workbook was developed and tested. It covers the process of developing the workbook, explaining its specification and structure. This book also contains STEM activity exactly with what to do step-by-step of constructing an egg cracker as the application of an integrated science concept, a lever system in human body. Moreover, this book involves the readers into several experiences regarding the way STEM lesson is taught, they will also find students' excitement during the engineering process when trying to crack an egg with a tool they designed based on their comprehension about lever concept. Developing STEM-Based Workbook on Lever System in Human Body is guaranteed to help readers constructing STEM learning materials, and its implementation in classroom, through inspiring and joyful activities explicated in this book.
Autorenporträt
Binar Kasih Sejati è insegnante di scienze e sviluppatrice di programmi di studio STEM. Il suo interesse per le STEM è iniziato quando è stata selezionata come rappresentante indonesiana per partecipare alla formazione STEM di Honeywell Educators presso la Space Academy, in Alabama, negli Stati Uniti, nel 2014. Durante la laurea magistrale, ha sperimentato la ricerca collaborativa STEM al Sakura Science Project, a Shizuoka, in Giappone.