This paper presents a CD-ROM computer tutorial titled "Higher Mathematics," that contains 17 educational mathematical programs and is intended for use in Russian university engineering education. The first section introduces the courseware climate in Russia and outlines problems with commercially available universal mathematical…

This paper deals with one aspect of technical change in Sub-Saharan Africa (SSA): the production of scientific and technical knowledge. Part I presents a quantitative view of the scientific output in SSA based on data from the Science Citation Index that provides information on scientific publications and citations by field and by country. Science…

The federal government's role in energy education in the United States over the past 35 years is discussed, focusing on four major areas: (1) training at all academic levels; (2) instructional materials and their development; (3) conceptual foundations of energy education materials; and (4) research and evaluation studies on the effectiveness of…

Service-learning has the power to transform K-12 and higher education and local communities. This paper details three suppositions about service-learning and community action based on experiences working with K-12 and higher education: (1) service-learning works best when it covers an overarching theme, (2) multiple models for working with K-12…

For decades, every chemical engineer has been asked to have a background in separations. The required separations course can, however, be uninspiring and superficial because understanding many separation processes involves conventional graphical methods and commercial process simulators. We utilize simple, user-­friendly mathematical software,…

A future faculty shortage problem in science and engineering areas is discussed. The trends of enrollment of undergraduate and graduate student by field are described. Data on current faculty, faculty vacancy rates, and faculty characteristics are presented and discussed. The characteristics include the citizenship, age, sex, and ethnic background…

This study developed predictive models on persistence and success in engineering at the end of the sophomore year by examining 11 intellective and 9 non-intellective variables. The project's long-term purpose was to contribute to the improvement of academic advising for students considering engineering majors and thus improve student retention.…

The study sought to develop predictive models of persistence and success in baccalaureate engineering at the end of the sophomore year by analyzing 11 intellective and 9 non-intellective variables. A total of 1,043 students in the 1984 entering freshman class in the College of Engineering at Pennsylvania State University served as the population.…

This report provides a picture of students who entered a university engineering program and then persisted or left the program. It examines students' mathematical-mechanical abilities, psychological-motivational aspects, support services, and perceptions of the world of engineering work. It also identifies problems that women and blacks…

This book discusses the updated methods of technical communication and the recent trends in the field of engineering. The first three chapters discuss the motivations and objectives of communication. Chapters 4 through 17 explain in detail the techniques of planning and writing engineering documents. Later chapters deal with matters of publication…

The objective of this data user guide is to introduce the potential user to the Academic Science and Engineering Statistics Survey Data Base and to provide detailed information on the data structures and formats of the archival and public-use tapes derived from that data base. Data producers and services and order forms are provided. Major…

A science and engineering fair is a competition based on the quality of projects done by students, the results of which are reported through exhibits and oral presentations at the fair. Fairs operate on a step basis. Students who win in small, local fairs, move to a city fair, then to a regional fair, and may be chosen to represent that fair in…

A science and engineering fair is a competition based on the quality of projects done by students, the results of which are reported through exhibits and oral presentations at the fair. Fairs operate on a step basis. Students who win in small fairs such as a local fair, move to a city fair, then to a regional fair, and may be chosen to represent…

A science and engineering fair is a competition based on the quality of projects done by students, the results of which are reported through exhibits and oral presentations at the fair. Fairs operate on a step basis. Students who win in small fairs such as a local fair, move to a city fair, then to a regional fair, and may be chosen to represent…

A science and engineering fair is a competition based on the quality of projects done by students, the results of which are reported through exhibits and oral presentations at the fair. Fairs operate on a step basis. Students who win in small fairs such as a local fair, move to a city fair, then to a regional fair, and may be chosen to represent…