This book contains selected papers from the symposium on Engineering Pedagogy organised in honour of Professor Amitabha Ghosh and his Lecture Series on Evolution of Classical Mechanics. It covers evolution of mechanics from ancient times to modern days and good pedagogical practices among engineering and science faculty. The content includes chapters on challenges in engineering education, intellectual property rights, professional ethics, manufacturing education, additive manufacturing in engineering curricula, among others. The volume necessitates an efficient and effective pedagogical approach from engineering educators. This book will be of interest to those in teaching across all disciplines of engineering.

This book is dedicated to the history and contemporary activities of IGIP that occupies a unique position among world organizations who are focused on Engineering Education. We are currently in the process of transforming education at all levels. This applies in particular to the professional and academic education and training of engineers. To face these current real-world challenges, higher education has to find innovative ways to quickly respond to these new needs. This and completely new technologies in education require specifically new and adapted approaches in Engineering Pedagogy. This book is a continuation of IGIP’s tradition to summarize and analyze intermediate results and foresee the main trends of further development of Engineering Pedagogy. It is written for the 50th anniversary of IGIP and contains valuable historic information as well as memories and opinions of IGIP members and specialists in Engineering Pedagogy. This book is intended for teachers at technical colleges and universities, students, post-graduates, administrative staff of educational institutions, staff of state educational ministries and committees, members of other societies with interest in Engineering Education, staff of personnel agencies, and everyone who is interested in Engineering Education and Pedagogy. Interested readership includes furthermore policymakers, academic researchers in pedagogy and learning theory, schoolteachers, the learning industry, further and continuing education lecturers, etc.

This book is open access under a CC-BY license. The volume presents papers on vocational education, project-based learning and science didactic approaches, illustrating with sample cases, and with a special focus on Central Asian states. Thematically embedded in the area of Technical Vocational Education and Training (TVET), the book examines the following main topics: project-based learning (PBL), specific didactics with a linkage to food technologies and laboratory didactics, media and new technologies in TVET, evaluation of competencies including aspects of measurement, examination issues, and labour market and private sector issues in TVET, and research methods with a focus on empirical research and the role of scientific networks. It presents outcomes from TVET programmes at various universities, colleges, and teacher training institutes in Central Asia.

With the growing environment and consciousness of "outcome-based education," the importance of this subject has increased manyfold. Unfortunately, there is little information on engineering pedagogy available outside of scattered journal articles, conference and symposium proceedings, workshop notes, and government and company reports. This book overcomes these difficulties by presenting, in a single volume, many of the recent advances in the field of engineering pedagogy and its recent developments. Engineering Pedagogy Towards Outcome-Based Education provides a systematic approach to explicit fundamentals as well as recent advances in the area. It incorporates various case studies for major topics as well as numerous academic examples. Each chapter contains many state-of-the-art techniques required for practical engineering applications. This book serves as a useful source of information for practicing academicians and specialists as well as academic institutions working on the subject.

This book explores innovative pedagogical practices and teaching and learning strategies in the engineering curriculum for empowered learning. It highlights the urgency for developing specific skill sets among students that meet the current market recruitment needs. The authors present a detailed framework for fostering a higher level of competence in students especially in their communication skills, their knowledge of media and technology tools, and their leadership skills. The book offers examples of new and effective teaching strategies including cognitive, metacognitive, and socio-affective strategies which align well with the existing and evolving technical curriculum. The book will be of interest to teachers, students, and researchers of education, engineering, and higher education. It will also be useful for English language teachers, educators, and curriculum developers.

Engineering pedagogy is closely linked to both the technical and the pedagogical sciences. Over the years, engineering pedagogy has shifted from practical education to teaching how to integrate information, computational, and communications technology. However, while pedagogical and psychological qualifications are highly important requirements for a teaching career in engineering, the research on engineering pedagogy remains scant and scattered across journal articles, conference proceedings, workshop notes, and official reports. Methodologies and Outcomes of Engineering and Technological Pedagogy is a collection of innovative research building on the available literature that examines engineering pedagogy while providing resources necessary for policymaking, implementation, and continuous improvement. Featuring coverage on a wide range of topics including curriculum development, teaching and learning styles, and inclusivity, this book is ideally designed for educators, engineers, curriculum developers, instructional designers, managers, industry professionals, academicians, policymakers, researchers, and students.

"This book explores recent developments and advancements in engineering pedagogy"--

Information about engineering education is highly relevant for improving communication between professors, researchers and students in engineering schools, institutions, laboratories and industry. Technological change is fundamental to the development of education systems. Engineering Education emphasises curriculum development, pedagogy and didactic aspects of engineering education, covering relevant aspects from more classical engineering courses such as mechanical, manufacturing, industrial, chemical, environmental, civil and systems courses, to more contemporary courses including nano-engineering and bioengineering along with information on sustainable development in the context of engineering education. - Rigorously covers this timely and relevant area - A diverse range of subjects examined by international experts - Written by highly knowledgeable and well-respected experts in the field

This book explores innovative pedagogical practices and teaching and learning strategies in the engineering curriculum for empowered learning. It highlights the urgency for developing specific skill sets among students that meet the current market recruitment needs. The authors present a detailed framework for fostering a higher level of competence in students especially in their communication skills, their knowledge of media and technology tools, and their leadership skills. The book offers examples of new and effective teaching strategies including cognitive, metacognitive, and socio-affective strategies which align well with the existing and evolving technical curriculum. The book will be of interest to teachers, students, and researchers of education, engineering, and higher education. It will also be useful for English language teachers, educators, and curriculum developers.

While in many university courses attention is given to the human side, as opposed to the technical side of engineering, it is by and large an afterthought. Engineering is, however, a technical, social, and personal activity. Several studies show that engineering is a community activity of professionals in which communication is central to the engineering task. Increasingly, technology impacts everyone in society. Acting as a professional community, engineers have an awesome power to influence society but they can only act for the common good if they understand the nature of our society. To achieve such understanding they have to understand themselves. This book is about understanding ourselves in order to understand others, and understanding others in order to understand ourselves in the context of engineering and the society it serves. To achieve this understanding this book takes the reader on 12 intellectual journeys that frame the big questions confronting the engineering professions.