From Educational Traditions to Evidence-Based Integration — Volume 1
Product Description
How did STEAM education emerge, and what makes interdisciplinary learning genuinely meaningful?
In this illustrated scholarly guide, Dr. Albert Tan Lie Sing, Independent Researcher, examines the historical and philosophical foundations of Science, Technology, Engineering, Arts, and Mathematics (STEAM) education.
Readers explore the development of STEM policy, Georgette Yakman’s integrative approach, Rhode Island School of Design’s advocacy for art and design, and the educational philosophies that inform contemporary interdisciplinary learning.
The publication also examines design thinking, guided inquiry, disciplinary integration, and the importance of connecting educational claims with appropriate evidence.
Designed for educators, researchers, curriculum developers, institutional leaders, and curious readers, this volume provides a historical and conceptual introduction to STEAM education without presenting proposed frameworks as experimentally validated learning improvements.
Volume 1 establishes the foundations. A planned Volume 2 will investigate historical developments, international educational initiatives, and competing interpretations in greater depth.
20 pages | Illustrated scholarly PDF | First Digital Edition, 2026
Author: Dr. Albert Tan Lie Sing
Independent Researcher
www.alberttls.us
What Readers Will Learn
In Volume 1, readers will discover the philosophical and educational foundations of STEAM education and explore how science, technology, engineering, arts, and mathematics can contribute to interdisciplinary learning.
The publication introduces the development of STEM and STEAM terminology, early institutional initiatives, and the educational thinking that informs contemporary integration.
Readers will examine the roles of arts and humanities, design thinking, guided inquiry, and different approaches to connecting knowledge across disciplines.
Particular attention is given to the distinction between combining subjects within an activity and developing meaningful relationships among disciplinary concepts.
The volume also introduces evidence-based educational reasoning, including how learning claims should be supported, evaluated, and revised when new evidence becomes available.
By completing Volume 1, readers will understand what STEAM education means, why interdisciplinary integration matters, and why educational promises must be distinguished from demonstrated outcomes.
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