As part of their undergraduate mathematics curriculum, students at Brock University learn to create and use computer-based tools with dynamic, visual interfaces, called Exploratory Objects, developed for the purpose of conducting pure or applied mathematical investigations. A student's Development Process Model of creating and using an Exploratory…

Eight categories of software available for educational use (including tutorial, games, administrative utilities, and simulation) are described and the application of a microcomputer for hearing impaired secondary students at the Iowa School for the Deaf is detailed. Software selection criteria are considered. (CL)

Examines computer-based learning (CBL) in the United Kingdom and suggests that CBL offers new educational approaches which teachers can use in combination with more familiar media. Also discussed are the problems of training large numbers of teachers in the use of the new computer techniques. Seven references are listed. (Author/MER)

Identifies difficulties of using microcomputer-based systems as surrogate teachers and some benefits from their appropriate use in partnership with the teacher. Uses considered include application program, simulation program, drill and practice, tutorial program, computer modeling, and administration program. (JEG)

Describes the use of computer courseware in an undergraduate chemistry curriculum for (1) a tutorial program, (2) a computer assisted test construction (CATC) system, (3) a set of simulation and data reduction programs, (4) a "Numerical Methods in Chemistry" course, and (5) a library of computer managed instruction (CMI) programs. (JL)

Presents a general framework for human factors considerations in training and illustrates the relationship between human factors and computer-based training (CBT) research by descriptions of studies dealing with six major aspects of the CBT interface: training administration, management, instructional design and development, testing and…

Discusses the use of computers for nine different tasks in biological education: information retrieval, data accumulation, data analysis, simulation and systems analysis, decision making, experimental control, course review, computer-managed instruction, and word processing. (PEB)

Future impacts of microcomputing on political science are discussed. Scenarios dealing with networking, data access, field research, course management, and simulations and artificial intelligence are described. (RM)