Computer-based learning in PBL

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.

Problem-based learning: a review of current issues relevant to physiotherapy education

This article reviews the development of problem-based learning (PBL) over the past decade within the context of physiotherapy practice. Although there is an emerging literature in physiotherapy, the research is primarily from medical education. Some of the original claims of superiority of PBL in developing problem-solving and self-directed learning skills have not been supported. Results from studies comparing traditional and PBL curricula are inconsistent and have numerous methodological shortcomings. There is no evidence to suggest there is one best way of implementing PBL, however it appears faculty training is required to be most successful. There is a need for physiotherapy specific research; although based on the experiences of our medical colleagues long term studies comparing the outcomes of programs of different curricular designs may not be warranted. PBL may help promote skills important for current practice and remains a viable alternative for those interested in curricular innovation.

A Web-based distance education course in nutrition in public health: case study

BACKGROUND

Strict work timetables, personal and professional duties or an inability to be absent from home or work can all represent major constraints for those wishing to improve their professional skills. Within this context, the World Wide Web can allow people to conveniently follow distance courses from their homes.

OBJECTIVE

To present an experience in the use of the Web in the continuing education of healthcare professionals in Brazil.

METHODS

A Web-based distance education course in nutrition in public health was developed. The methodology was an adaptation of both problem-based and task-based learning. At the end of the course an evaluation questionnaire which covered the course s contents, the educational methodology and resources, the duration and schedule, and the use of the Web as a tool for distance education was given to the students.

RESULTS

There were 83 on line registrations from 13 states, 73 of the applicants were female, 62 had a degree in nutrition and 18 were physicians. From these; eleven students from ten states were chosen: nine female nutritionists, two female physicians, and one male physician. Seven students completed the course, took and passed the final exam. Of the other four students, two failed to follow the schedule, one had health problems, and one did not obtain the minimal score for sitting the final exam. The students had a mean age of 35, and a mean of ten years in practice. They all stated that they were unable to attend a regular course, even though they felt that they needed to improve their professional skills. Most of them studied seven days a week for between two and four hours a day. The students also felt that their professional skills had improved and each reported having made changes in their practice as a result of their participation. The students approved of the course s contents, methodology and resources, however they were divided about its duration. The Web as a tool in distance education was approved by the students. If it was not for the Web they could not have taken part in a continuing education program. All students said they would attend another virtual course, if available. Even though most of them did not have difficulty adapting to the virtual environment, they did feel that an adaptation period would be of value.

CONCLUSIONS

A Web-based course may be more effective than other distance education methodologies because it is more interactive and dynamic. On-line material can be constantly reviewed and updated, and the students can have the opportunity to submit commentaries or questions directly to the teaching staff. A Web-based course also allows the students to go beyond the course content as they learn how to search and take advantage of the huge resources of information available on the Internet.

Computer-based learning materials for medical education: a model production

Computer-based learning materials (CBL or courseware) have the potential to be valuable learning resources for medical education. However, CBL has failed to realize its potential primarily because of unstructured approaches towards design and development. This paper describes the courseware development model (CDM), a conceptual model produced and used by the Medical Education Unit at The University of Liverpool. The model describes a structured multi-disciplinary approach to the design and production of CBL materials. It promotes meticulous planning, communication and organization. The CDM draws on three areas of expertise: (1) education; (2) computer science; and (3) medical content.