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Porreca, Anthony G.; And Others – Business Education Forum, 1979
The author states that a systems approach to office work consists of combinations of people, processes, and equipment in subsystems of communication, processing, and storage. To complement advanced office technology, workers need education in such competencies as reprography, typewriting, records management, and human relations. (MF)
Descriptors: Automation, Business Communication, Business Skills, Clerical Workers
Fruehling, Rosemary – Business Education World, 1984
Describes the Electronic Office Project that aimed to determine how technology can improve office productivity and how schools can best teach this technology. (JOW).
Descriptors: Business Communication, Data Processing, Office Occupations Education, Productivity
Beebe, David D. – Journal of Business Education, 1981
Describes a course in information processing which combines word processing (WP) and date processing (DP). The purpose of the course is to make students aware that WP and DP should not work in isolation but together for the common good of the organization. (JOW)
Descriptors: Business Education, Data Processing, Information Processing, Office Occupations Education
National Academy of Sciences - National Research Council, Washington, DC. Panel on Technology and Women's Employment. – 1986
These proceedings contain presentations (speeches, discussions, papers) from a conference on how office automation is affecting the work lives and employment future of clerical workers. They include a "Welcome to the [National] Academy [of Sciences]" (Roslyn Feldberg), "Opening Remarks" (Lenora Cole Alexander), and "Goals…
Descriptors: Automation, Clerical Occupations, Clerical Workers, Conference Proceedings
Women's Bureau (DOL), Washington, DC. – 1985
More than 7 million workers in the United States today use computer-based video display terminals to do word and data processing; an overwhelming number of these workers are women. Women make up most of the occupational groups identified as "administrative support," and they are particularly affected by the changes taking place in the workplace.…
Descriptors: Automation, Clerical Occupations, Computer Oriented Programs, Computers
Burford, Anna M. – Journal of Business Education, 1980
Defines the components of the office of the future: data processing, micrographics, optical character recognition, telecommunications, and word processing. Also discusses teacher responsibility, student preparation, future challenges, and teacher awareness. (CT)
Descriptors: Character Recognition, Data Processing, Futures (of Society), Office Machines
Mundrake, George A. – Balance Sheet, 1981
Outlines career paths and education requirements for computer science occupations. Discusses ways in which business educators can incorporate computers and data processing into the curriculum, and can keep themselves abreast of current developments. (SK)
Descriptors: Business Education, Career Ladders, Computer Science Education, Curriculum Development
Sullivan, Teresa – 1986
Since 1961, when the Data Processing Department was formed at Kansas City Kansas Community College (KCKCC), data processing education has radically changed, in structure, focus, content, and students. Where once computer courses were taught only by the Data Processing Department, currently computer-related courses can be found in many different…
Descriptors: Community Colleges, Computer Literacy, Computer Science, Computer Science Education
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Seaman, A. Frederick, Jr. – College and University, 1979
Information systems are becoming more than computer systems, with new equipment and techniques combining with data processing to form a new field called information technology. The emerging discipline of systems engineering is discussed along with nine systems engineering techniques. An organization chart of an information services department is…
Descriptors: Accountability, Computers, Data Processing, Data Processing Occupations
Johnson, Mildred F. – Balance Sheet, 1981
At what levels should business data processing be taught and what should be the desired training or career education outcomes at each education level? The levels discussed here are (1) comprehensive secondary school, (2) secondary vocational skills center or technical institute, (3) community or junior college, and (4) college or university. (LRA)
Descriptors: Articulation (Education), Business Education, Data Processing, Data Processing Occupations
Popyk, Marilyn K. – Business Education World, 1986
Discusses the new automated office and its six major technologies (data processing, word processing, graphics, image, voice, and networking), the information processing cycle (input, processing, output, distribution/communication, and storage and retrieval), ergonomics, and ways to expand office education classes (versus class instruction). (CT)
Descriptors: Automation, Business Education Teachers, Data Processing, Electronics
Hamblen, John W. – 1979
Based on a 1974 survey of over 1500 higher education institutions, data are presented that project professional computer manpower availability. Statistics for 1966 to 1979 are provided on associates, bachelors, masters, and doctoral degree programs in computer science, data processing, information science, etc.; majors enrolled; numbers of degree…
Descriptors: Associate Degrees, Bachelors Degrees, College Graduates, Computer Science Education
Texas Advisory Council for Technical - Vocational Education, Austin. – 1983
These proceedings contain 11 papers that focus on how education must change what and how it teaches to keep up with the technological revolution. The presentations address the need for vocational education to produce students with skills in electronics and data communications (including computer-to-computer transmission); office systems and…
Descriptors: Aerospace Industry, Biomedicine, Communications, Computer Oriented Programs