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Peer reviewedHammack, Glenn G.; And Others – Journal of Optometric Education, 1985
The hardware used in microcomputer/videodisk systems and the applications of videodisk technology to developing and using educational modules in optometric education are outlined and discussed. (MSE)
Descriptors: Computer Assisted Instruction, Computers, Higher Education, Learning Modules
Peer reviewedBaro, John A.; And Others – Journal of Optometric Education, 1991
InSight, a series of 10 HyperCard stacks, provides optometry students with first-hand experience with a number of visual phenomena and a variety of experimental data acquisition and analysis techniques. Each stack contains background information on the experiment topic, instructions, references to the literature, and questions to be answered.…
Descriptors: Computer Assisted Instruction, Computer Software, Curriculum Design, Data Collection
Peer reviewedLevine, Leonard – Optometric Education, 1992
A new optometry-oriented program for the Macintosh computer has been written for the Neural Sciences Computer-Assisted Learning Package to include graphics and synthesized speech. It has 21 modules in 6 categories: anatomical drawings; diagrams illustrating physiological concepts; records from experiments; flow charts of neuroanatomical pathways;…
Descriptors: Algorithms, Anatomy, Computer Assisted Instruction, Computer Graphics
Peer reviewedHammack, Glenn G. – Optometric Education, 1996
Hypermedia-based courseware used at the University of Alabama for optometric education is described, focusing on these key features: uses of graphics; interactivity and navigation options; and capacity for printing course material, including both text and graphics, for handouts. The system has been found effective in both a multiinstructor…
Descriptors: Allied Health Occupations Education, Computer Assisted Instruction, Computer Graphics, Computer Software Development
