Table 3.
Using e-learning due to faculty shortages
| Country | Author | School | Educational topic | Reason | Type of e-learning | Challenges | Overall evaluation |
|---|---|---|---|---|---|---|---|
| India |
Agrawal [4] |
Sanjay Gandhi Post Graduate Institute of Medical Sciences; Chattrapati Sahuji Maharaj Medical University |
Clinical oncology, medical physics, radiobiology (all for radiation oncology training) |
Expand reach |
Videoconferencing sessions to connect understaffed radiotherapy departments |
bandwidth (picture quality, time lag), presenter availability |
Students found topics to be relevant, but remote trainees preferred in-person lectures due to technical difficulties with videoconferencing |
| |
Kaliyadan [9] |
Amrita Institute of Medical Sciences |
Dermatology (structure and function of skin, morphology of skin lesions, psoriasis, leprosy, STIs) |
Supplement |
Digital self-learning modules with power-point presentations, videos demonstrating signs used in dermatological examination, interactive quizzes, crosswords and matching puzzles |
Image and video quality |
Students were liked the modules and were comfortable using them; there were no significant differences in knowledge acquisition from modules vs. traditional educational methods |
| Ghana |
Adanu [10] |
University of Ghana; Kwame Nkrumah University of Science and Technology |
Biology (polymerase chain reaction), surgery (abdominal hysterectomy) |
Supplement |
Modularized programs specific to each topic with interactive text, videos, lectures, photos, and animations (created by faculty) |
Electronic media could not be played on some computers |
Medical students were able to access the modules easily and found them to be helpful educationally |
| Malaysia |
Seluakumaran [11] |
University of Malaya |
Physiology |
Supplement |
Integrated the Moodle e-learning platform into undergrad physiology course (site included audiovisual resources and quizzes) |
Poor internet connection and download speed |
Student marks improved with the use of Moodle. Students were generally satisfied with the e-learning tool |
| South Africa |
Mars [3] |
University of KwaZulu Natal |
All medical disciplines, including nursing |
Expand reach |
Videoconferencing of seminars, grand rounds, journal clubs, and research meetings to reach students at peripheral hospitals |
Bandwidth (available, but cost is prohibitive); visual quality of slides |
No difference in knowledge acquisition between e-learning and traditional learners; most instructors rated it as a good teaching tool |
| |
|
|
|
Supplement |
Moodle learning management system |
Access to computers for regular use |
|
| |
McLean [8] |
University of Natal Medical School |
Histology |
Supplement |
Digital textbook and interactive multimedia packages on the eye and integumentary system |
|
The majority of students thought that while CAI should supplement traditional learning it should not completely replace it. The interactive packages were valued more than the digital textbook. |
| Sri Lanka |
Rajapakse [7] |
University of Colombo |
All undergraduate courses |
Supplement |
Established a virtual learning center: Moodle learning management system with interactive modules and assessments; virtual library |
Staffing and time to produce learning material |
The majority of students thought the LMS was useful. Most students use the virtual learning center to access the learning modules and the internet. |
| Turkey | Oz [5] | Istanbul University and Harran University | Basic sciences | Expand reach | Synchronous classroom conferencing to connect the two universities – video streamed the instructor, content from the document camera, PP presentations, and students in both locations; "boardcasted" two whiteboards that the instructor would use to write on | Connectivity; faculty learning curve | Students were positive about the course. Midterm and final exam scores were similar for students on both ends of the conferencing system. |