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Rodríguez, Y.; Santana, A.; Mendoza, L. M. – Physics Education, 2013
Recently, with the development of more powerful and accurate computational tools, the inclusion of new didactic materials in the classroom is known to have increased. However, the form in which these materials can be used to enhance the learning process is still under debate. Many different methodologies have been suggested for constructing new…
Descriptors: Physics, Optics, Computation, Technology Uses in Education
Peer reviewedBaro, John A.; Lehmkulke, Stephen – Optometric Education, 1993
Design issues in development of InSight software for optometric education include choice of hardware, identification of audience, definition of scope and limitations of content, selection of user interface and programing environment, obtaining user feedback, and software distribution. Pedagogical issues include practicality and improvement on…
Descriptors: Computer Software Development, Computers, Course Content, Courseware
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

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