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Andriole, Stephen J. – Journal of Information Technology Education, 2006
The field of information technology is changing and those responsible for educating the next generation of technology professionals have responded with a new computing curriculum, which identifies five distinct technology majors: computer engineering, computer science, software engineering, information systems and information technology.…
Descriptors: Information Technology, Technological Advancement, Theory Practice Relationship, Adjustment (to Environment)
Kamali, Reza; Liles, Samuel; Winer, Charles; Jiang, Keyuan; Nicolai, Barbara – Journal of Information Technology Education, 2006
This paper describes the process used by the Computer Information Technology Department at PUC (Purdue University Calumet) during a major curriculum review and revision to implement the curriculum model developed by the SIGITE Curriculum Committee (Curriculum, 2005). The process was based on the learning outcomes set forth by the SIGITE curriculum…
Descriptors: Majors (Students), Curriculum Development, Information Technology, Curriculum Design
Agee, Kelly, Ed. – Research and Curriculum Unit, 2009
Secondary vocational-technical education programs in Mississippi are faced with many challenges resulting from sweeping educational reforms at the national and state levels. Schools and teachers are increasingly being held accountable for providing true learning activities to every student in the classroom. This accountability is measured through…
Descriptors: Information Technology, Educational Technology, Teaching Methods, Computer Science Education
Atkins, D. E.; Olsen, Leslie A. – Engineering Education, 1986
Presents an overview of the Computer-Aided Engineering Network (CAEN) of the University of Michigan. Describes its arrangement of workstations, communication networks, and servers. Outlines the factors considered in hardware and software decision making. Reviews the program's impact on students. (ML)
Descriptors: Computer Networks, Computer Oriented Programs, Computer Science, Computer Uses in Education
Magoun, Dale; Eaton, Virginia; Owens, Charlotte – 2002
The 2-year NSF (National Science Foundation)-funded Girls Research Opportunities in Computing (Girls R.O.C.) project conducted an intense 3-week residential program to encourage and motivate seventh and eighth grade female students to pursue the study of computer science with emphasis on Information Technology (IT). Forty-eight girls were selected…
Descriptors: Computer Attitudes, Computer Science Education, Elementary Secondary Education, Females
Wentling, Rose Mary; Thomas, Steven P. – Online Submission, 2004
There is a major concern about the drop of young women entering Computer Science degree programs and a drop in the participation of women in these information technology occupations. In all levels of educational institutions across the nation, girls and women remain under-represented in computer and information science studies and subsequently,…
Descriptors: Females, Computer Science Education, Information Technology, Womens Education
Tappert, Charles C. – 2002
In the academic year 2001-2002, Pace University (New York) Computer Science and Information Systems (CSIS) students developed real-world Web and pervasive computing systems for actual customers. This paper describes the general use of team projects in CSIS at Pace University, the real-world projects from this academic year, the benefits of…
Descriptors: Computer Science Education, Computer System Design, Cooperative Learning, Experiential Learning
Weiser, Mark – Scientific American, 1991
Described are some of the ways in which computers can enter invisibly into people's lives. The social issues that embodied virtuality will engender are discussed. The hardware and software, connected by wires, radio waves, and infrared that will allow this to occur are described. (KR)
Descriptors: Computer Networks, Computer Oriented Programs, Computer Peripherals, Computer Science
Negroponte, Nicholas P. – Scientific American, 1991
Creative applications of computer networks are discussed. Products and services of the future that come from imaginative applications of both channel and computing capacity are described. The topics of entertainment, transactions, and electronic personal surrogates are included. (KR)
Descriptors: Computer Networks, Computer Oriented Programs, Computer Peripherals, Computer Science
Peer reviewedShaw, Mary – Education and Computing, 1991
Discussion of information technology focuses on the future needs of computer science education. Information processing as an economic force is described; the relationship of information processing with other disciplines is examined; audiences for computing education are considered; and two examples of curriculum requirements implied by computing…
Descriptors: Computer Science Education, Curriculum Development, Economic Factors, Educational Trends
Kamthan, Pankaj – Journal of Information Technology Education, 2007
Open Source Software (OSS) has introduced a new dimension in software community. As the development and use of OSS becomes prominent, the question of its integration in education arises. In this paper, the following practices fundamental to projects and processes in software engineering are examined from an OSS perspective: project management;…
Descriptors: Engineering, Computer Software, Quality Control, Computer Science
Pollack, Thomas A. – 1995
This paper presents a newly-revised information technology curriculum and an interdisciplinary curriculum which couples information systems (IS) and computer science. Discussion includes changes in teaching and learning methods; technological developments; partnerships with businesses and educational institutions; a collaborative curriculum…
Descriptors: Computer Science, Curriculum Design, Higher Education, Information Systems
Calude, Cristian; And Others – 1989
An overview of the current status of new information technologies (NIT) in teaching, training, research, and administration of higher education internationally includes 25 papers: "The Impact of NITS of Higher Education" (C. Calude and M. Malitza); "Educational Implications of Artificial Intelligence" (M.A. Boden); "On…
Descriptors: Artificial Intelligence, Computer Science, Computer Software, Computer Uses in Education
Peer reviewedLipson, Joseph I.; Fisher, Kathleen M. – Education and Computing, 1985
In the future, the requirements of industry will generate a wide range of hardware devices and software programs that will significantly alter and improve the quality of education. The driving forces behind the development of new technological devices include economics; emotional factors, e.g., the desire to develop aids for the handicapped;…
Descriptors: Authoring Aids (Programing), Computer Science, Computers, Courseware
Pollack, Thomas A. – Association of Small Computer Users in Education (ASCUE), 2004
As recently as the 1999-2000 academic year, the most sought after graduates were those completing degree requirements in a wide variety of information systems based programs. Many graduates were enticed by lucrative signing bonuses as organizations prepared for the dreaded uncertainty of Y2K. Information systems and computer science programs and…
Descriptors: College Graduates, Employment Qualifications, Job Skills, Computer Science Education

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