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Warner, David O.; Nolan, Margaret; Garcia-Marcinkiewicz, Annery; Schultz, Caleb; Warner, Matthew A.; Schroeder, Darrell R.; Cook, David A. – Advances in Health Sciences Education, 2020
The purpose of this study was to evaluate two online instructional design features, namely adaptation to learner prior knowledge and use of questions to enhance interactivity in online portrayals of physician-patient encounters, in the context of instructing surgical specialists to deliver perioperative tobacco interventions. An online learning…
Descriptors: Individualized Instruction, Electronic Learning, Instructional Design, Interaction
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Loke, Swee-Kin; Blyth, Phil; Swan, Judith – Australasian Journal of Educational Technology, 2012
While the potentials of virtual worlds to support experiential learning in medical education are well documented, assessment of student learning within these environments is relatively scarce and often incongruent. In this article, a conceptual framework is proposed for formatively assessing dispositional behaviours in scenario-based learning…
Descriptors: Foreign Countries, Computer Assisted Instruction, Experiential Learning, Medical Education
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Chen, Lih-Shyang; Cheng, Yuh-Ming; Weng, Sheng-Feng; Chen, Yong-Guo; Lin, Chyi-Her – Educational Technology & Society, 2009
The prevalence of Internet applications nowadays has led many medical schools and centers to incorporate computerized Problem-Based Learning (PBL) methods into their training curricula. However, many of these PBL systems do not truly reflect the situations which practitioners may actually encounter in a real medical environment, and hence their…
Descriptors: Feedback (Response), Medical Schools, Problem Based Learning, Program Effectiveness
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Bidwell, Charles M.; And Others – Journal of Medical Education, 1985
A program of computer-assisted patient-management problems for teaching pediatrics is described. At each decision point, the computer provides choices or an opportunity for the student to enter a statement. The students review their performance, checking their choices against those of the instructors at each point. (Author/MLW)
Descriptors: Computer Assisted Instruction, Higher Education, Interdisciplinary Approach, Medical Education
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Hulsman, Robert L.; Ros, Wynand J. G.; Janssen, Miriam; Winnubst, Jacques A. M. – Patient Education and Counseling, 1997
An interactive, computer-assisted communications skills course, which can fit easily into the busy schedule of medical specialists is presented. A new training method was developed and tested for its appeal to the target group (N=33). Course was evaluated for its relevance, value, and attraction. Results are included and discussed. (EMK)
Descriptors: Cancer, Communication Skills, Computer Assisted Instruction, Medical Education
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Kallen, Ronald J. – Journal of Medical Education, 1986
The Pediatrics Residency Program of the Mt. Sinai Medical Center in Cleveland, Ohio, instituted a microcomputer-assisted information management system that provides the means for documenting the resident's patient contacts and learning experiences. Its role in meeting requirements of the Accreditation Council for Graduate Medical Education in…
Descriptors: Computer Assisted Instruction, Graduate Medical Education, Graduate Medical Students, Higher Education
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Waller, Wayne – Journal of Dental Education, 1983
As part of a iatrosedation program, a computer-assisted system was developed to enhance evaluation and feedback processes central to course design. Computer-controlled audio and video playback devices and computer technology are used to record and play back physician-patient interviews and print a record of the interview evaluation session. (MSE)
Descriptors: Communication Skills, Computer Assisted Instruction, Curriculum Development, Dental Schools
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Fleetwood, Janet; Vaught, Wayne; Feldman, Debra; Gracely, Edward; Kassutto, Zach; Novack, Dennis – Teaching and Learning in Medicine, 2000
Assessed MedEthEx Online, a computer-based learning program, in improving communication skills as part of a required bioethics course for medical students. Exam scores of users were comparable with non-users, although computerized-learning students scored higher in specific exam areas, felt somewhat more clinically prepared, and rated the course…
Descriptors: Communication Skills, Computer Assisted Instruction, Computer Software Evaluation, Courseware
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Garrett, T. J.; Ashford, Alfred R. – Journal of Medical Education, 1986
A study that demonstrated that a group of medical residents could independently run microcomputer-based patient simulations and subsequently achieve significant increases in test scores is discussed. This outcome supports the use of computer-assisted instruction to provide a core of self-taught material for a clinical subspecialty rotation.…
Descriptors: Clinical Experience, Computer Assisted Instruction, Graduate Medical Education, Graduate Medical Students
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Mulligan, Roseann; Wood, Gary J. – Journal of Dental Education, 1993
A study compared effects of two methods of teaching geriatric dentistry: traditional approach based on readings, and computer-assisted simulation of patient interaction and clinical decision making. Although subjects (n=20) showed no significant differences by treatment, computer-trained students had statistically nonsignificant higher performance…
Descriptors: Classroom Techniques, Clinical Diagnosis, Clinical Experience, Comparative Analysis