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Student Perceptions of a Hands-on Practicum to Supplement an Online eHealth Course
Sisira Edirippulige1*, MSc, PhD; Anthony C Smith1,2*, MEd, PhD; Nigel R Armfield1,2*, MSc, PhD; Mark Bensink3*, MEd, MSc, PhD; Richard Wootton4*, DSc
1Centre for Online Health, The University of Queensland, Brisbane, Australia
2Queensland Children's Medical Research Institute, The University of Queensland, Brisbane, Australia
3Fred Hutchinson Cancer Research Center, Seattle, WA, United States
4Norwegian Centre for Integrated Care and Telemedicine, Tromso, Norway
*all authors contributed equally
Centre for Online Health
The University of Queensland
Level 3 Foundation Building
Royal Children's Hospital
Phone: 61 7 3346 4887
Fax: 61 7 3346 4705
Background: Since 2000, the Centre for Online Health (COH) at The University of Queensland has offered a range of online eHealth courses at the undergraduate and postgraduate level. While online learning has a number of advantages, in some domains, it can present some challenges to the development of practical skills and experience.
Objective: To assess students’ perceptions of the value of an eHealth practicum.
Methods: To supplement our online learning program, we introduced an eHealth practicum component that aimed to expose students to a range of clinically relevant learning experiences. Subsequently, by means of a questionnaire, student perceptions of the practicum were assessed.
Results: Over two semesters, a total of 66 students participated in the eHealth practicum, and questionnaire responses were very positive. The majority of students agreed that the practicum allowed them to gain necessary skills in eHealth applications (59%) and provided them with an opportunity to explore ways of using different eHealth tools for the delivery of health care at a distance (62%).
Conclusions: The study shows that a practical component in eHealth teaching was well received by students. While online teaching is appropriate for providing knowledge, the opportunity to develop practical skills may encourage students to use eHealth techniques in their future practices.
(J Med Internet Res 2012;14(6):e182)
Telemedicine; Remote consultation; Education and training; curriculum
eHealth is an umbrella term that describes the use of information communication technologies (ICT) in health care. eHealth encompasses the areas of telehealth and telemedicine, which provide health services at a distance . Evidence is emerging that eHealth can be useful in clinical, administrative, educational, and research settings [2-5].
One of the barriers often attributed to the slow uptake of eHealth is the lack of appropriate training and education. Research has shown that health professionals have limited knowledge and skills necessary for the effective use of eHealth applications [6,7]. A study conducted at a tertiary hospital in Australia showed that, although nurses were keen to use eHealth, they had limited opportunity to acquire appropriate knowledge and practical skills [8,9].
There are a range of published resources that qualify the role of higher education in providing key skills for professional life [10-12]. Education research has highlighted the problems relating to a skills-mismatch between university graduates and the demand of the labor market [13-15].
Research suggests that skills acquired through university education have an effect on the performance of graduates in their professional life [16,17]. Evidence also suggests that there is a direct correlation between the core skills acquired through university education and the subsequent employability of university graduates [18,19]. Research has shown that university graduates seek jobs in the labor market where their skills are optimally rewarded [20,21].
Various educational reforms around the world are testimony to the attempts to address these issues [22-24]. The Dearing Report in the United Kingdom in 1997 emphasized the need for universities to “equip graduates with skills appropriate for work”. The report also recommended universities closely look at the needs of employers while developing curriculum .
Education research relating to skills development within higher education suggests that skills and competencies required for professional life vary widely across different disciplines and professions [25-27]. Therefore it is important to identify key skills and competencies that need to be addressed when developing learning activities. This argument is central to the pedagogical concept of the “alignment of learning objectives with learning outcomes” . Research shows that learning activities must be designed with a thorough consideration of learning outcomes. Ramsden (2003) emphasized the importance of considering the views of various stakeholders to identify learning outcomes that must be met by the educational activities. Ramsden recommended gaining the opinions of students, lecturers, and employers as a valuable source of information in this regard .
Depending on the expected outcomes, the learning methods and activities may vary. Pedagogical research relating to learning methods is a dynamic area. Problem-based learning, work-based simulation, and experiential learning are some of the established educational methods. Changes in the learning environment, intended outcomes, and introduction of new technologies have prompted curriculum developers to seek new teaching and learning methods [29-31].
Since 2000, the Centre for Online Health (COH) at The University of Queensland, Brisbane, Australia, has offered a range of eHealth courses at undergraduate and postgraduate levels. While the courses have been successfully delivered in an online mode, a survey of students (n=47) revealed that the majority (n=40, 86%) did not have the technological know-how or practical expertise to establish or to use eHealth systems. However, most of the students (n=37, 79%) believed that relevant practical skills would be useful in their future practice, and most students (n=41, 88%) also indicated that they would be keen to attend an in-person practicum to acquire such skills.
A curriculum development team was established within the COH. The team consisted of eHealth teaching staff and COH telehealth researchers. The team held regular meetings to discuss issues relating to the content and delivery mode of the practical sessions (practicum). In the process of developing the eHealth practicum, extensive consultation was conducted with relevant stakeholders. The organizations such as the Queensland Health Statewide Telehealth Services and the Australian Defence Force (ADF) were included as key stakeholders because they have a specific interest in eHealth. The staff members of these organizations are regular participants in eHealth courses.
The practicum was designed to supplement the online learning program. It aimed to offer students an opportunity to identify the relevance of eHealth in clinical practice, gain knowledge about technical options available for clinical eHealth, compare and contrast eHealth and conventional clinical communication, and develop communication skills relevant for eHealth. The practicum had four specific objectives: (1) to give students practical skills in various eHealth applications, (2) to allow students to explore ways of using different technologies in the delivery of health care, (3) to raise students’ awareness of the potential and limitations of the use of technology in health care, and (4) to allow students to reflect on key areas previously covered in their eHealth course.
A 1-day eHealth practicum was introduced into the undergraduate eHealth course. It was delivered at the COH, based at the Royal Children’s Hospital, Brisbane, Queensland, and was an assessed component of the course. The practicum included a range of activities including introductory oral presentations, 4 hands-on practical exercises, observation of clinical teleconsultations, and visits to relevant sites within the hospital.
For quality assurance purposes, the university routinely evaluates all teaching programs. This study used routine student evaluation data. Completion of the evaluation form by participants was voluntary and anonymous.
Structure of the Day
The day commenced with an oral presentation on aspects of clinical eHealth followed by an overview of the activities of the day.
Subsequently, the students cycled through 4 hands-on practical activities that were designed to provide a variety of relevant experiences for the students. The activities were based on active research projects within the COH, and learning was guided by research staff. The activities required students to complete practical tasks, including the role play of clinical interactions. Following each practical activity, the students were provided with a short debrief by the supervising member of the research staff. This allowed the opportunity to reinforce learning objectives, for students to reflect on the activity, and for them to ask questions.
Observation of Clinical Teleconsultations
While present in the COH, students were able to observe clinical teleconsultations between the tertiary hospital and referring hospitals. During these sessions, students could observe the nature of the clinical interactions between the tertiary specialists and the clinicians, patients, and families at the referring hospitals. The types of specialty teleconsultations observed included neurology, endocrinology, and burns depending on clinical activity within the hospital on the day of the practicum.
In addition to the activities conducted within the COH, students visited two other relevant facilities within the hospital campus. First, the students visited the Queensland Health Skills Development Centre (SDC), which is a specialist facility equipped with leading-edge simulation technology for the education and training of health professionals. In the SDC, students were given an overview of a range of technologies used including simulation applications. Second, the students visited the medical imaging department where they were provided with demonstrations of the use of a large-scale picture archiving and communication system (PACS).
Description of the Hands-on Practical Activities
Activity 1: Standards-Based Videoconferencing— Familiarization With Equipment and Simulated Clinical Consultation
The rationale for the activity was to: (1) provide students with direct exposure to videoconferencing equipment, including identification of components and configuration of a working system, (2) provide students with an understanding of the benefits and limitations of clinical consultation using videoconferencing, and (3) compare and contrast the limitations and benefits with those experienced in Activities 2 and 3.
Students were introduced to a fully configured telemedicine room, and key features such as videoconferencing and ancillary equipment, room lighting, and soundproofing were explained and demonstrated. Subsequently, students were provided with a kit of equipment and guidance to configure a basic videoconferencing endpoint. On completion of this task, students used the equipment to place a video call to a distant site (in this case, to their student colleagues in an adjacent room). Using the video link, students participated in a simulated clinical consultation which was designed to demonstrate the quality of audio, images, and movement. Students were guided to make calls at different data rates (128 kbit/s, 256 kbit/s, and 384 kbit/s) and to observe the changes in image and audio fidelity. During the consultation, students also used peripheral equipment consisting of a video document camera and a video-otoscope. Figure 1 shows students using videoconferencing equipment.
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|Figure 1. Students using standards-based videoconferencing.|
Activity 2: Internet and Webcam-Based Video Consultation
The rationale for this activity was to: (1) provide students with direct exposure to the benefits and limitations of clinical consultation using Internet and webcam-based video communication, and (2) compare and contrast the benefits and limitations with those experienced in Activities 1 and 3.
Students were introduced to a webcam-based palliative care telehealth application (see Figure 2). Subsequently, students participated in a room-to-room role play teleconsultation. The role play was designed to simulate a low-cost approach to linking clinicians at a tertiary hospital with a patient at home. As with Activities 1 and 3, students were guided to assess the quality of the audio, clarity of images, and reproduction of movement. In this activity, a single low-bit rate link was used to simulate that typically available to the home.
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|Figure 2. Students role playing home-telehealth using a webcam based system.|
Activity 3: Simulated Consultation Using a Custom-Built Neonatal Intensive Care Teleconsultation System
The rationale for the activity was to: (1) provide students with direct exposure to the benefits and limitations of a teleconsultation system that had been highly customized to a particular clinical problem, and (2) compare and contrast the benefits and limitations with the generic communication approaches experienced in Activities 1 and 2.
Students were introduced to a specialized telemedicine system that had been designed for providing remote specialist advice in neonatal care (see Figure 3). The highly customized system consisted of two parts: (1) a mobile wireless trolley with two cameras and a high degree of remote control for the referring hospital, and (2) a personal computer-based system for the specialist at the tertiary hospital. Using this system, students conducted a consultation that simulated a link between a tertiary intensive care nursery and a referring hospital with a sick newborn infant. The consultation included the viewing of high-quality live images of an infant mannequin, X-ray images, and the observation of a simulated patient monitor.
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|Figure 3. Simulated consultation using a specialized telemedicine system.|
Activity 4: Techniques of Digital Photography for eHealth
The rationale for the activity was to provide students with knowledge and experience in taking clinically useful digital still images.
In contrast to the interactive nature of the previous 3 activities, this task was of relevance to store-and-forward telehealth. Clinical disciplines relevant to this task may include dermatology, wound care, or burns. Students were introduced to the features of standard digital cameras and techniques to capture clinically useful digital images. Guided through a series of 5 photography exercises, students experimented with aspects of focus, resolution, compression, lighting, angle, and background (see Figure 4). Following capture of images, students were required to upload and transfer the images by email to the lecturer for assessment.
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|Figure 4. Students practicing aspects of clinical photography.|
The aim of the evaluation was to assess students’ perceptions of the practicum, and hence a qualitative approach was taken. An evaluation questionnaire was designed and provided to all students on the day of the practicum. Students were requested to complete and return the questionnaire after the academic activities of the day had been completed. The questionnaire posed questions on certain themes as described in Table 1.
[view this table]
|Table 1. Themes and assessment scale.|
To gain further insight, students were asked to provide free text responses for the following 5 themes:
- Whether the practicum met the student’s expectations
- The perceived strengths of the practicum that should be retained in the future
- Suggestions for improvement
- Participant’s area of work (eg, nursing, physiotherapy, information technology)
- Speculation of how the skills gained may be useful in the student’s future practice
A total of 66 students took part in the eHealth practicum during 2010 (semester 1, 37 students and semester 2, 29 students). These undergraduate students had a health background. Students majoring in occupational therapy (n=29, 44%), physiotherapy (n=20, 30%), speech therapy (n=10, 15%), psychology (n=4, 6%), and bachelor of health sciences (n=3, 5%) participated in the practicum. A summary of questions and the results are shown in Table 2.
The majority of students (n=59, 89%) agreed that they obtained necessary practical skills in various eHealth applications. Similarly, the majority of students agreed that the practicum provided them an opportunity to explore ways of using different technologies in delivering health care while making them aware of both the potential and the limitations of eHealth. Students thought that the practicum was an opportunity to reflect on key areas covered in the eHealth course.
Students also agreed that the practicum was aligned with overall course objectives and provided skills relevant to eHealth practice; 63 students (95%) agreed that the practicum was totally relevant to the course.
When asked if the eHealth practicum met their expectations, 37 (56%) students noted that the practicum exceeded their expectations, indicating that the practicum was informative, enjoyable, interesting, and useful.
There was a mixed response to the structure and some features of the practicum. The majority of students (n=62, 94%) agreed that the practicum was structured well and the activities were designed to develop practical skills (see Table 3). The students thought that the instructors provided useful guidance during the practicum. However, students thought that lectures provided at the beginning of the practicum day were not useful. Some suggested that those lectures were a repetition of the material provided in the online course. Similarly, they suggested that the quality of hand-outs should be improved.
In addition, 57 students (86%) agreed that the duration of the practicum was appropriate. Only 6 (9%) students felt that the practicum was too long. The majority of students (n=59, 89%) also agreed that the practicum was pitched at a level appropriate to their knowledge and technical ability.
When asked whether the hands-on skills acquired from this practicum would be useful in their future practice, 60 students (90%) noted that the skills would be extremely useful.
Multimedia Appendix 1 shows extracts from the written comments provided in the students’ evaluation forms in relation to the usefulness of the skills acquired through the practicum.
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|Table 2. Content of the eHealth practicum.|
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|Table 3. Summary of responses related to the organization of the practicum.|
E-learning (online learning) offers many advantages. Evidence shows the potential of e-learning to facilitate better access, better learning outcomes, and cost savings in medical and health education. However, the suitability of e-learning methods depends on the educational outcomes intended.
eHealth is an emerging discipline. While evidence for the benefits of eHealth is growing, the use of eHealth in mainstream health care is still limited. Among other reasons, the lack of appropriate education and training has been cited. eHealth involves not only the use of new technologies in health care settings but also new ways of practicing health care. eHealth changes the dynamics of communication and interaction of parties involved. While a conceptual understanding of these changes is important, the practice of eHealth requires specific practical skills and competencies. E-learning may not always be capable of facilitating the development of such skills and competencies. In some cases, traditional experiential learning methods such as a work-based practicum may be better suited to provide such skills and competencies.
In this study, a practicum was incorporated into an eHealth course, which was previously offered entirely online. The practicum was carefully designed to develop a set of skills that would help students to practice eHealth in their future professions. The majority of students who attended the practicum had a health sciences background, and they were planning to work in rural and remote areas after their graduation.
The activities in the practicum were based primarily on the COH projects [32,33]. A range of activities were selected to offer students the opportunity to obtain experience using different types of eHealth applications (eg, real time and store-and-forward) and various equipment (eg, commercial, web-based, and purpose-built videoconference systems). While students had learned about eHealth applications in the course, the practicum was an opportunity to experience and reflect on key areas covered by the course. The results of the study showed that the practicum was well received by the students. Students agreed that the practicum enabled them to obtain necessary skills in various eHealth applications. Students noted that the practicum provided the opportunity to explore ways of using different technologies in delivering health care at distance.
The practicum not only engaged students in establishing eHealth units and set up communication links but also provided the opportunity to observe how eHealth is practiced for clinical purposes. Students were able to attend some eHealth sessions where clinicians provided consultations to remote patients. Students also had the opportunity to ask clinicians questions after these sessions. The observation of actual eHealth interactions complemented by scenario-based role play allowed students to appreciate both the potential and the challenges of using eHealth in clinical settings. In their written comments, students noted that the practicum was useful for them to reflect on the relevance of eHealth activities in their future practices.
The reported high student satisfaction can be explained by the novelty of the activities and the relevance of skills and competencies developed during the practicum. In the design of the practicum, the curriculum team paid particular attention to the views of various stakeholders including students, lecturers, and the potential employers. Close communication with the stakeholders offered the opportunity to understand the expectations of relevant parties.
Compared with ratings for the simulation activities, student ratings for the didactic lectures that took place on the day were low. This finding, which occurred early in the program, prompted the educators to refocus the structure of the practicum entirely on simulation activities. This reinforces the suitability of e-learning for didactic delivery and the in-person practicum approach for the development of practical skills. However, it may also be the case that relative to the practical activities, the lectures were simply less interesting to the students.
To the best of the authors’ knowledge, this is the first study in the literature that describes an attempt to design, deliver, and evaluate a practicum to supplement an online eHealth course. The integration of eHealth into mainstream health care requires systematic education and training of current and future health professionals. Therefore, research into eHealth education and training must be given more attention. eHealth education must focus not only on the provision of knowledge about eHealth applications but also the development of relevant practical skills and competencies that will be useful in practice. This study shows the significance of work-based experiential learning in developing skills in eHealth.
This study showed that the opportunity to participate in an eHealth practicum as a part of an undergraduate online course was highly valued by students. Having practical skills may encourage clinicians to use eHealth in their clinical practice. Therefore, education and training in eHealth must incorporate the development of such skills and competencies. The study showed the value of a blended learning approach, using e-learning to teach theoretical aspects and experiential learning for students to develop practical skills. Given the opportunity, students may use knowledge and skills relating to eHealth in their future practices. The emphasis on education and training of eHealth may be an important step to address the slow uptake of eHealth in the workplace. Future studies must formally assess the effectiveness of eHealth education and training.
Conflicts of Interest
Multimedia Appendix 1
Students' written comments.[PDF File (Adobe PDF File), 97KB]
- Edirippulige S, Wootton R. Telehealth and Communication. In: Conrick M, editor. Health Informatics: Transforming Healthcare with Technology. Melbourne: Nelson Thornes Ltd; 2006.
- Dansky KH, Vasey J, Bowles K. Impact of telehealth on clinical outcomes in patients with heart failure. Clin Nurs Res 2008 Aug;17(3):182-199. [CrossRef] [Medline]
- Yellowlees P, Burke MM, Marks SL, Hilty DM, Shore JH. Emergency telepsychiatry. J Telemed Telecare 2008;14(6):277-281. [CrossRef] [Medline]
- Marcin JP, Nesbitt TS, Cole SL, Knuttel RM, Hilty DM, Prescott PT, et al. Changes in diagnosis, treatment, and clinical improvement among patients receiving telemedicine consultations. Telemed J E Health 2005 Feb;11(1):36-43. [CrossRef] [Medline]
- Kulier R, Hadley J, Weinbrenner S, Meyerrose B, Decsi T, Horvath AR, et al. Harmonising evidence-based medicine teaching: a study of the outcomes of e-learning in five European countries. BMC Med Educ 2008;8:27 [FREE Full text] [CrossRef] [Medline]
- Hegney D, Buikstra E, Eley R, Fallon A, Gilmore V, Soar J. Nurses and information technology. Final report. Canberra, Commonwealth of Australia; 2007. URL: http://eprints.usq.edu.au/3499/1/Hegney_Buikstra_Eley_Fallon_Gilmore_Soar.pdf [accessed 2012-12-12] [WebCite Cache]
- Lamb GS, Shea K. Nursing education in telehealth. J Telemed Telecare 2006;12(2):55-56. [CrossRef] [Medline]
- Edirippulige S, Smith AC, Beattie H, Davies E, Wootton R. Pre-registration nurses: an investigation of knowledge, experience and comprehension of e-health. Australian Journal of Advanced Nursing 2007;25(2):78-83.
- Edirippulige S. Australian nurses' perceptions of e-health. J Telemed Telecare 2005;11(5):266-268. [CrossRef] [Medline]
- Fallows S, Steven C. Integrating key skills in higher education. In: Integrating key skills in higher education: employability, transferable skills, and learning for life. London: Kogan Page; 2000.
- Savickas ML, Nota L, Rossier J, Dauwalder J, Duarte MD, Guichard J, et al. Life designing: a paradigm for career construction in the 21 century. Journal of Vocational Behavior 2009;75(3):239-250. [CrossRef]
- Washer P. Revisiting Key Skills: A Practical Framework for Higher Education. Quality in Higher Education 2007;13(1):57-67. [CrossRef]
- Elias P, Purcell K. Is Mass Higher Education Working? Evidence from the Labour Market Experiences of Recent Graduates. National Institute Economic Review 2004;190(1):60-74.
- Redpath L. Education-Job Mismatch among Canadian University Graduates: Implications for Employers and Educators. Canadian Journal of Higher Education 1994;24(2):89-114.
- Di Pietro G, Urwin P. Education and skills mismatch in the Italian graduate labour market. Applied Economics 2006;38(1):79-93 [FREE Full text] [WebCite Cache]
- Frank JR, Snell LS, Cate OT, Holmboe ES, Carraccio C, Swing SR, et al. Competency-based medical education: theory to practice. Med Teach 2010;32(8):638-645. [CrossRef] [Medline]
- Grossman P, Compton C, Igra D, Ronfeldt M, Shahan E, Williamson P. Teaching Practice: A Cross-Professional Perspective. Teachers College Record 2009;111(9):2055-2100 [FREE Full text] [WebCite Cache]
- Mason G, Williams G, Cranmer S. Employability skills in higher education: what effects do they have on graduate labour market outcomes? Education Economics 2009;17(1):1-30. [CrossRef]
- Bridgstock R. The graduate attributes we've overlooked: enhancing graduate employability. Higher Education Research & Development 2009 Feb;28(1):31-44 [FREE Full text] [WebCite Cache]
- Heijke H, Meng C, Ris C. Fitting to the job: The role of generic and vocational competences in adjustment and performance. Labour Economics 2003;10(2):215-229. [CrossRef]
- Robst J. Education and job mismatch: the relatedness of college major and work. Economics of Education Review 2007;26(4):397-407.
- Harvey L, Morey A. Enhancing employability, recognising diversity. London: Universities UK and Higher Education Careers Services Unit; 2003. URL: http://www.universitiesuk.ac.uk/Publications/Documents/employability.pdf [accessed 2012-12-12] [WebCite Cache]
- Sinclair J, Ironside M, Seifert R. Classroom struggle? Market oriented education reforms and their impact on the teacher labour process. Work Employment & Society 1996;10(4):641-661 [FREE Full text] [WebCite Cache]
- Higher education in the learning society. Leeds, UK: National Committee of Inquiry into Higher Education; 1997. Dearing Report URL: http://www.leeds.ac.uk/educol/ncihe/ [accessed 2012-12-12] [WebCite Cache]
- Ramsden P. Learning to teach in higher education. London: Routledge; 2003.
- Fry H, Ketteridge H, Marshall S. A handbook for teaching and learning in higher education: enhancing academic practice. New York: Routledge; 2009.
- Badcock P, Pattison PE, Harris KL. Developing generic skills through university study: a study of arts, science and engineering in Australia. Higher Education 2010;60(4):441-458 [FREE Full text] [WebCite Cache]
- Biggs J. Aligning teaching and assessing to course objectives. 2003 Presented at: Paper presented to the International Conference on 'Teaching and Learning in Higher Education; New Trends and Innovation'; April 2003; Portugal, University of Aveiro p. 13-17.
- Kember D. A reconceptualisation of the research into university academics' conceptions of teaching. Learning and Instruction 1997;7(3):255-275 [FREE Full text] [WebCite Cache]
- Smith AC, White MM, McBride CA, Kimble RM, Armfield NR, Ware RS, et al. Multi-site videoconference tutorials for medical students in Australia. ANZ J Surg 2012 Oct;82(10):714-719. [CrossRef] [Medline]
- Laird T, Shoup R, Kuh GD, Schwarz MJ. The Effects of Discipline on Deep Approaches to Student Learning and College Outcomes. Research in Higher Education 2008;49(6):469-494 [FREE Full text] [CrossRef]
- Smith AC, Gray LC. Telemedicine across the ages. Med J Aust 2009 Jan 5;190(1):15-19. [Medline]
- Armfield NR, Bensink ME, Donovan T, Wootton R. Preliminary evaluation of a system for neonatal teleconsultation. Journal of Telemedicine and Telecare 2007;13(Suppl. 3):4-9.
|Edited by G Eysenbach; submitted 18.12.11; peer-reviewed by S Sarbadhikari, C Mather; comments to author 23.04.12; revised version received 21.05.12; accepted 23.09.12; published 18.12.12|
Please cite as:
Edirippulige S, Smith AC, Armfield NR, Bensink M, Wootton R
Student Perceptions of a Hands-on Practicum to Supplement an Online eHealth Course
J Med Internet Res 2012;14(6):e182
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Copyright©Sisira Edirippulige, Anthony C Smith, Nigel R Armfield, Mark Bensink, Richard Wootton. Originally published in the Journal of Medical Internet Research (http://www.jmir.org), 18.12.2012.
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