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de Nevers, Noel – Engineering Education, 1984
Provided are results of using and faculty reaction to a method designed to reduce grade inflation. Each student's grade is recorded and a new measure of performance is also computed and recorded. The formula used is: "honors point score" equals student's grade (0 to 4) minus class average grade (0 to 4) plus 3. (JN)
Descriptors: Engineering Education, Grade Inflation, Grade Point Average, Grades (Scholastic)
Rybak, James P. – Engineering Education, 1984
"Two-plus-two transfer programs" involve teaching lower-division engineering programs at non-engineering institutions, allowing senior institutions to concentrate on upper division courses. The program at Mesa College (Colorado) is described. Suggestions for other institutions are offered. (JN)
Descriptors: Engineering Education, Higher Education, Program Content, Program Descriptions
Peer reviewedCook, Allen R. – CoED, 1983
Reviews experiences in teaching computer programing to engineering freshmen at the University of Oklahoma. Focuses on the stimulating interactive environment that is possible when using the UNIX operating system to introduce students to programing. (JN)
Descriptors: Computer Science Education, Engineering Education, Higher Education, Programing
Peer reviewedDiamond, Marion L. – Business Education Forum, 1984
Business educators preparing students for jobs in business and industry should become aware of the problems faced by workers in a typical large office environment. Word processor operators face many of the same problems as factory assembly line workers--lack of personalization, lack of incentive, and removal from the mainstream. (JOW)
Descriptors: Business Education, Education Work Relationship, Human Factors Engineering, Word Processing
American School and University, 1984
International Business Machines is providing hardware and software to the College of Engineering at Pennsylvania State University for a program in which students will design very large scale integration computer chips. (MLF)
Descriptors: Computer Programs, Engineering Education, Higher Education, Private Financial Support
Seibert, M. Angelice; Jacob, Martha Ann – Momentum, 1976
The response that this generation and the next generation gives to that most basic question of all, "What is man?," was the focus of this article. It attempted to make us aware of and informed of the topic. (Author/RK)
Descriptors: Attitude Change, Beliefs, Ethics, Genetics
Gussow, William C. – Geotimes, 1976
Describes the results of analyzing world wide seismic profiles to develop a precise scale of regional, continental, and global unconformities for dating events in geologic history. (SL)
Descriptors: Conferences, Earth Science, Engineering, Geology
Engineering Education, 1976
Discusses the Project on Noncollegiate Sponsored Instruction, which is working on a plan for awarding credit for continuing education courses sponsored by business firms, professional associations, and industry. (MLH)
Descriptors: Adult Education, Credit Courses, Credits, Educational Programs
Southern Regional Education Board (SREB), 2005
The need for highly skilled graduates in mathematics, science and technology is critical in today's growing economy. The nation's increasing dependence on foreign engineering expertise poses significant economic, policy and national security challenges. This document discusses why it is important to integrate mathematics, science and…
Descriptors: Engineering Education, Mathematics Education, Science Education, Job Skills
National Science Foundation, Arlington, VA. Div. of Science Resources Statistics. – 2002
This document presents data from the fall 2000 National Science Foundation/National Institutes of Health (NSF/NIH) Survey of Graduate Students and Postdoctorates in Science and Engineering. The data represents the estimated total enrollment in science and engineering (S&E) among 11,832 graduate departments of 596 institutions in the United States.…
Descriptors: Engineering, Graduate Study, Higher Education, Postdoctoral Education
American Society for Engineering Education, Washington, DC. – 1994
This is an era when the explosion of technology makes society increasingly dependent upon the quality of the engineers it produces. In response, engineering education was evaluated during a 2-day workshop to insure its adequacy to meet the demands of the 21st century. This report is intended to act as a guide for engineering colleges and their…
Descriptors: College Programs, Curriculum Development, Educational Change, Engineering Education
Streveler, Ruth A.; Miller, Ronald L.; Boyd, Thomas M. – 2001
In this study, multidimensional scaling (MDS) was used to measure how 23 chemical engineering seniors categorized key design terms at the beginning and end of a capstone design course. An on-line method was developed to collect the MDS data. The results suggest that some important design concepts were not well understood, even at the end of the…
Descriptors: College Seniors, Design, Engineering, Higher Education
Chang, Morris; Luh, Ding Bang – 1998
The ability to work with different professions in a project-oriented setting is critical to today's engineering education. InterProfession (IPRO) projects, a three-credit course at the Illinois Institute of Technology, are integrated into the curriculum. Through these industry-sponsored projects, students will deal with real world engineering…
Descriptors: Course Descriptions, Curriculum Development, Engineering Education, Higher Education
Miau, Jiun-Jih; Chiu, Huei-Huang; Wu, Yuh-Yi; Lin, Chin-E; Choi, Siu-Tong; Yang, Shih-Ming; Jenq, Syh-Tsang – 1999
This paper describes the motivation of developing the Aviation Maintenance Curriculum, at National Chang Kung University (seven elective courses) contents of the elective courses, and university-industry collaborations developed along with the Curriculum. The curriculum represents an effort to respond to the needs of manpower in the aviation…
Descriptors: Aerospace Education, Aviation Education, Curriculum Development, Engineering Education
National Science Foundation, Arlington, VA. – 2001
This document presents statistical data of direct federal science and engineering support to higher education institutions in the United States. Data presented in the report are collected annually and exclude financial support of an indirect nature. There are six categories of support presented: (1) "Research and Development"; (2) "Research and…
Descriptors: Engineering Education, Federal Legislation, Higher Education, Nonprofit Organizations

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