This article reviews history, analyses principles and presents a modern interpretation of advanced engineering education (AEE). AEE originated in France, was adapted in Germany and reached its zenith in the second half of the twentieth century as part of technological efforts induced by the space race. AEE is an enhanced form of education aimed at…

Analytical chemists need to revise curricula and make better use of computers to improve the status of their discipline. Highlights of an international panel of leading analytical chemists which addressed topics and issues related to these needs are presented. A chart showing the five-year Soviet chemistry curriculum is included. (JN)

Designed to provide an international cross-section of data on science and mathematics education, this document describes the educational systems of countries that developed innovative approaches to science education. The science-centered systems of Japan, People's Republic of China, East Germany, West Germany, and the Soviet Union are featured in…

This report, on science education in the United States, East Germany, West Germany, China, Japan, and the USSR, has 12 chapters. Chapter 1 presents an overview of precollege science education in the United States from 1940 to 1970. In chapter 2, the status of science education from 1970 to 1980 focuses on elementary and secondary school science…

This five-part report examines several aspects of science/engineering (S/E) education as it relates to S/E manpower. Part I discusses: pre-college science/mathematics curricula that have a bearing on future career decisions of students and that will subsequently affect the supply of scientific/technical manpower; the importance of…

The differences between schools in the United States, Japan, and Russia are discussed. An analysis of the culture of the United States to direct science teaching and learning toward the end that will allow the open society to survive has been proposed. (KR)

Explains the cultural evolution and the impossible interchangeability among United States and Japanese schools. Advocates the need for incremental changes, improving employment conditions, and effective curriculum change to meet youths' developmental needs. First published in 1991. (YDS)

A report from the National Science Foundation supports the contention that the United States lags behind the Soviet Union, Japan, and Germany in science and mathematics education. (Author)

The curriculum guide for non-western civilization area studies incorporates these major considerations: 1) the teaching of concepts rather than the accumulation of data, focusing on the development of critical thinking; 2) the development of values, skills, and knowledge needed to cope with the pressing social problems of today including:…

Science education in the United States is compared to the programs in Eastern Europe and the U.S.S.R., Japan and the Far East, and Western Europe. Student attitudes, scientific literacy of students, teacher qualifications, academic achievement, high school completion rates, educational reform, and national curriculums are discussed. (KR)

Seven of these ten papers are concerned with library research in specific countries; the remaining three deal with library planning and ethics in research. Titles are "The Library as a Cultural Institution," by Jadwiga Kolodziejska, Poland; "The International Seminar 'Book and Library in Society' of the Polish Book and Readers…

University admission requirements and achievement levels at the time of secondary school graduation are compared for five countries: the United States, the Soviet Union, France, Japan, and West Germany. Emphasis is placed upon the structural and cultural differences in the educational systems of these countries. In addition to college admission…