The Take a Trip program is an authoring and storage system for designing challenging curriculum. Using the power of hypermedia, specifically Apple Computer's HyperCard, Take a Trip provides course file stacks, help stacks, and personalized learning plan stacks. Designed to assist the user when new units are written, the help stacks provide an…

The development of adequate educational programs to provide relevant instruction to train students who will be able to compete for the computer-related jobs of the future requires an understanding not only of the curriculum development process, but also of the capabilities of the computer as an instructional device, the different instructional…

Research offers important suggestions concerning science curriculum design, and real-time data collection technology offers great opportunities. This paper discusses how recent increases in understanding the nature of the learner and the process of instruction combined with recent advances in technology might lead to improved science instruction.…

Describes the use of microcomputers to develop a comprehensive K-12 science curriculum. Claims that the use of computer-assisted curriculum development reduces the cost of designing original curriculum. (JK)

Considering technology as a process of curriculum planning may lead to more effective use of it. Taking into account the curriculum orientation of teachers (intellectual traditionalist, social behaviorist, experimentalist) helps identify specific facilitators and barriers to their use of technology. (SK)

Arguing that the development of a notion of sense-making is of critical importance to improving science learning, this paper examines science teaching in four Boston (Massachusetts)-area classrooms that participated in an experiment on ways of integrating technology into a sixth-grade science curriculum on the earth's seasons. The task of the…

The broad range of computer literacy among students causes problems in the development of a computer-based curriculum. This article discusses the procedures used by the College of Business and Economics at West Virginia University to implement an integrated approach to curriculum design for computer education. (JOW)

Broken Arrow Public Schools (Oklahoma) planned and implemented a successful computer education program for students at elementary, middle, and high school levels within a modest budget. After resolving four basic questions concerning goals, integration, responsibility, and implementation, the district developed overlapping programs in computer…

Reviews the current status of educational software. Only a small percentage of programs available is of high quality. The potential of educational computing is at a crucial juncture during the next two years. (MD)

This handbook is designed for use in conjunction with staff training seminars designed to provide teachers and administrators with a framework and procedures for designing and implementing effective applications of technologies in the curriculum. The intended outcome of the seminars is the development of comprehensive programs including the…

Reviews findings from change process research connecting current issues in the microcomputer movement. Concludes with a call for descriptive studies emphasizing development of hypotheses and theory building, particularly in further research and development efforts around software and implementation issues. (MP)

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…

Through graphic art courses, art teachers can provide students with an understanding of how computers work and how to solve problems with them. How to design a graphics program is discussed. (RM)

Describes growth of computer science program in Chetek Junior High School (Wisconsin), from having a single DecWriter II terminal to 14 microprocessors, electronic training devices, and a sequence of computer science courses. Students learn about basic computer literacy, hardware, software, programing, and computer technology. (EAO)

Reviews the uses of microcomputers in library automation, examines existing library school courses in microcomputing, and discusses the need for further integration of microcomputing into the curriculum. A prototype for an advanced course in microcomputing and the results of an implementation of this course are described. (8 references) (CLB)