Interactive Online Teaching Research Articles

Retention of drug administration skills after intensive teaching

We have identified deficiencies in medical students' drug administration skills, and we attempted to address them with interactive online teaching modules and simulated critical incident scenarios. Short-term improvements have been evident with this intensive effort, but medium-term retention of skills has not been measured. A drug administration lecture, an online module and a simulated emergency scenario were offered to final year clinical students. None of the teaching was compulsory but participation was recorded, along with students' simulator performances and marks in an objective structured practical examination 9 months later. A poor simulator score predicted a poor performance in the later examination. Participation in the simulated scenario only significantly improved examination scores when supplemented by online teaching (p = 0.002). Intensive drug administration teaching using an online module and high fidelity simulation improves drug administration skills in the medium term. Students found simulation much more engaging than online teaching.

Using photographic images as an interactive online teaching strategy

Teaching via distance requires inventive instructional strategies to facilitate an optimum learning experience. This qualitative research study evaluated the effect of one unique online teaching strategy called “photovoice” [Wang, C., & Burris, M. (1997). Photovoice: Concept, methodology, and use for participatory needs assessment. Health Education Behavior, 24, 369–387]. While this technique was originally created as a data collection strategy for participatory research, this study utilized a modified version of photovoice (PV) to involve learners actively in the online education process. The findings of this preliminary study show that graduate students who were studying online reported numerous positive effects related to this teaching approach. Specifically, photographic images used in online courses captured students' attention, stimulated creative thinking, and created community. This paper outlines these three key themes and describes how PV enacts two of Chickering and Gamson's [Chickering, A. W., & Gamson, Z. F. (1987). Seven principles for good practice in undergraduate education. American Association for Health Education Bulletin, 39(7), 3–6] principles of effective online education. Additionally, the findings are situated within the Community of Inquiry Model (COI) proposed by Rourke, Anderson, Garrison and Archer [Rourke, L., Anderson, T., Garrison, D., & Archer, W. (2001). Assessing social presence in asynchronous text-based computer conferencing. Journal of Distance Education, 14(2)] and Rovai and Barnum's [Rovai, A., & Barnum, K. (2003). On-line course effectiveness: An analysis of student interaction and perception of learning. Journal of Distance Education, 18(1), 57–73] research on the development of community online. All findings are also reviewed from a constructivist theory framework.

An Interactive Web-Based Learning System for Manufacturing Technology Education

Manufacturing engineering education is science & technology based subjects that are traditionally the hardest to teach online because of the need for providing practice & hands-on experiences at a distance. Therefore, this research aims to develop an e-learning system to teach manufacturing technology and to enhance the quality, scale, and breadth of technological education. The major results of this research are; (1).Establish interactive on-line teaching material for the computer-aided manufacturing courses including CNC coding method, CNC simulation. (2).Propose the interactive teaching strategies for the students to learn machining process planning through web-based learning system. (3).Integrate multi-media and virtual laboratory in the developed interactive e-learning system to enhance the effectiveness of machining education through web-based system. (4). Enhance students the ability to extract the manufacturing features from a mechanical drawing in either 2D or 3D. (5). Cultivate the principle of manufacturing process planning through the developed interactive web-based learning system. (6). Discipline CNC programming and CNC machining techniques through Internet.

Changing learning with new interactive and media-rich instruction environments: virtual labs case study report

Technology has created a new dimension for visual teaching and learning with web-delivered interactive media. The Virtual Labs Project has embraced this technology with instructional design and evaluation methodologies behind the simPHYSIO suite of simulation-based, online interactive teaching modules in physiology for the Stanford students. In addition, simPHYSIO provides the convenience of anytime web-access and a modular structure that allows for personalization and customization of the learning material. This innovative tool provides a solid delivery and pedagogical backbone that can be applied to developing an interactive simulation-based training tool for the use and management of the Picture Archiving and Communication System (PACS) image information system. The disparity in the knowledge between health and IT professionals can be bridged by providing convenient modular teaching tools to fill the gaps in knowledge. An innovative teaching method in the whole PACS is deemed necessary for its successful implementation and operation since it has become widely distributed with many interfaces, components, and customizations. This paper will discuss the techniques for developing an interactive-based teaching tool, a case study of its implementation, and a perspective for applying this approach to an online PACS training tool.

Using the Internet to Assess and Teach Medical Students in Dermatology

Background and Objectives: We wish to develop and evaluate a user-friendly online interactive teaching and examination model as an adjunct to traditional bedside teaching of medical students during a clinical rotation in dermatology. Methods: Following completion of an online examination, senior medical students at the University of British Columbia ( n = 178) were asked to complete an online survey to evaluate their acceptance of this new method. The online examination model was evaluated through students' responses to the questionnaire-based evaluation they were asked to complete following their examination. Responses were evaluated on a standardized 5-point scale. Results: A high response rate was achieved (98.9%). Overall, 93% of senior medical students felt that the Internet was a useful and effective way to administer a dermatology examination. Most (90%) preferred the online examination to a traditional paper-and-pencil examination and the majority (88%) felt that the quality of digital images presented was sufficient to make an accurate diagnosis. In addition, students strongly supported the further development of teaching resources on the web and would use these resources in learning dermatology (93%). Conclusions: The development of an online interactive examination tool for dermatology is technically feasible with current technology. Senior medical students are not only accepting of this new technology but also prefer it to more traditional formats and indicate enthusiasm for the development of further online teaching resources in dermatology.

Using the internet to assess and teach medical students in dermatology.

We wish to develop and evaluate a user-friendly online interactive teaching and examination model as an adjunct to traditional bedside teaching of medical students during a clinical rotation in dermatology. Following completion of an online examination, senior medical students at the University of British Columbia (n = 178) were asked to complete an online survey to evaluate their acceptance of this new method. The online examination model was evaluated through students' responses to the questionnaire-based evaluation they were asked to complete following their examination. Responses were evaluated on a standardized 5-point scale. A high response rate was achieved (98.9%). Overall, 93% of senior medical students felt that the Internet was a useful and effective way to administer a dermatology examination. Most (90%) preferred the online examination to a traditional paper-and-pencil examination and the majority (88%) felt that the quality of digital images presented was sufficient to make an accurate diagnosis. In addition, students strongly supported the further development of teaching resources on the web and would use these resources in learning dermatology (93%). The development of an online interactive examination tool for dermatology is technically feasible with current technology. Senior medical students are not only accepting of this new technology but also prefer it to more traditional formats and indicate enthusiasm for the development of further online teaching resources in dermatology.