Computers are integrated into science education when they are used as the most appropriate tool or delivery system to support the goals of science education. The goals of science education can be condensed into two general areas. One area concerns the preparation of a science-literate citizenry; the second area concerns understanding the…

Discusses why educators should not rush headlong into creating robotics curricula and suggests methods of establishing meaningful courses. Indicates that the solution to the problem of building a robotic curriculum is to incorporate the three major areas of robotics (design, operations, maintenance) into existing curricula where they best fit. (JN)

The recommendations of the Commonwealth Schools Commission's National Advisory Committee on Computers in Schools are summarized. They are classified in terms of curriculum development, professional development, support services, software and courseware, hardware, and organization. (MNS)

The impact of robotics in education is discussed in terms of academic assistance to industry in robotics as well as academic problems in handling the demands put upon it. Some potential solutions that can have lasting impact on educational systems are proposed. (JN)

Two problems must be solved before an integrated curriculum, incorporating learning with, from, and about computers can be implemented. The first is the necessity for a design of how the program will function when it has been fully implemented, with all equipment and other associated materials and procedures. The second is a strategy for…

A 1983 site-visit survey of 20 colleges actively engaged in developing their information technology (IT) expertise and resources indicate that many teachers do not appreciate the relevance of the computer to their work; few colleges have an effective and structured approach to IT in terms of staffing, equipment, or application; and lack of…

This report presents a proposal and plan for the use of contemporary technology at North Iowa Area Community College (NIACC). Part I provides an overview of the use of contemporary technology in business, industry, and postsecondary education; highlights NIACC's contemporary technology strategic planning initiative; and outlines NIACC's proposal…

The evaluated program provides remediation in mathematics for students in New York City high schools. In addition to outcomes of the total program, the report addresses the efficacy of a pilot instructional component, "Using Computers to Teach Basic Skills." Thirty teachers participated in the pilot program, intended to improve students'…

Mathematics curricula in Canadian schools, especially at the secondary level, have until now derived much of their content and ways of teaching largely from university mathematics and mathematicians. This feasibility study represents a first step in collecting and analyzing data from hi-tech industries, businesses and organizations. In Phase I, a…

An update is provided on North Iowa Area Community College's (NIACC's) progress toward achieving its goals with respect to the use of contemporary technologies, along with plans for further progress. Part I examines the characteristics of contemporary technology and provides information on NIACC's Contemporary Technology Strategic Planning…

Background information on and plans for the use of contemporary technologies at North Iowa Area Community College (NIACC) are provided in this report. Part I begins with a discussion of the integration of contemporary technology in business and industry; describes NIACC's contemporary technology strategic planning initiative; and gives an overview…

This report begins with a summary and discussion of computer programs on site prior to fall 1983, classroom computers, mainframe computers, and major goals for computing. A chart summarizing methods of achievement of the system-wide computing plan details its goals, objectives, and actual or projected completion dates. An overview of…

Designed to help school districts move from exploring the use of computers in the classroom to the comprehensive planning and development of computer education programs, this guide is organized around five steps essential to the process of developing a district program. Phase 1 includes the following preliminary activities involved in planning for…