Science and Technology Education and Future Human Needs is a collection of papers that tackle concerns in the education of future scientists, particularly concerns in identifying techniques and resource material. The title first covers the impact of science on society, and then proceeds to tackling the relevance of science. Next, the selection talks about the revision of science curricula. Chapter 4 deals with science education and the needs of developing countries, while Chapter 5 talks about problems in implementation. The sixth chapter covers the balance between technology and environment in development, and the seventh chapter tackles the nutritional concerns in national development. In the last chapter, the text talks about addressing human needs first before developing science and technology. The book will be of great interest to individuals concerned with the progress of science and technology.

It is said that we live in an information society and that there has been an information explosion during the present century. Indeed we live in an age when the storage, transmission, retrieval, and the creation of information by electronic means has suddenly become commonplace. Clearly our educational system must take all this into account and adjust, both to the possible use of microcomputers in teaching, and to the preparation of students to take their place in the modern world of high technology. This volume stresses that if our science and technology education is really to serve future human needs we must ensure that the technique of information transfer chosen is appropriate to the age and experience of the receivers, appropriate to the subject matter, appropriate to the abilities and skills of the teacher, appropriate to the financial circumstances, appropriate to the cultural background of the region and appropriately free from distortions and confusions.

Ethics and Social Responsibility in Science Education discusses the principles and approaches to the problems of ethics and social responsibility in science education. The book is divided into three parts. The first part, Principles and Approach, explores the nature of moral education and the ethics; social responsibility of science; and the roles of scientists and engineers in societal issues. The second part, Problems and Prospects, covers different social and cultural issues in relation to ethics in science such as international stability; food production; human experimentation; medical ethics; chemical pollution; and energy production. The third part, Teaching Methodology, talks about the importance and styles of teaching ethics and social responsibility in science education. The text is recommended for practitioners, researchers, and educators in the different fields of science. Those who wish to know the importance of ethics in the socio-cultural aspect of sciences will also find this book helpful.

The Environment and Science and Technology Education covers topics on key issues in environmental education; school-based primary and secondary education; and community-based environmental education. The book also discusses topics on tertiary, professional and vocational environmental education and non-formal public environmental education. The text will give practical help to teachers in all countries in order to raise standards of education in those topics essential for development.

First multi-year cumulation covers six years: 1965-70.

Science Education and Information Transfer reviews developments in the areas of science education and information transfer. Topics covered include the use of games in science and technology education, transfer of information using readily available technology, and networking. The concepts of global learning and distance learning are also discussed, along with the use of video techniques and computer technology to transfer information. This volume is comprised of 10 chapters and begins with an overview of the information society, the usability of information, and the efficiency of information transfer. The discussion then turns to the use of games to teach science and technology; the most readily available technology for transferring information from teachers to students; and networking as a means to transfer information. The following chapters explore the concept and practice of global learning in the perspective of dissemination of scientific and technological knowledge in response to human needs; the use of microcomputers in the teaching of science; and some of the features of distance learning. The final chapter is devoted to teaching information technology in the classroom. This monograph will be of interest to planners, practitioners, researchers, and other professionals in the field of science education and information technology.

This book defines STS—science, technology, and society—education and discusses current thinking about its conceptual evolution. It synthesizes a broad range of research and thought in the history and philosophy of science and technology, STS studies, and education as they are informed by the the dual perspectives of cognitive and social psychology. A model for STS curriculum development in science, social studies, or technology education is presented with well-chosen examples. The book includes an extensive and invaluable bibliography that will enable students, teachers, and researchers to explore the richness of this emerging field.