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Student Numbers (student + number)
Selected AbstractsHigher Education in Germany: a Case of ,Uneven' Expansion?HIGHER EDUCATION QUARTERLY, Issue 3 2005Hubert Ertl This paper investigates the expansion of student numbers in higher education (HE) in Germany. The quantitative sources indicate a constant increase in student numbers in the 1990s, but show that this growth was uneven and differentiated. The paper discusses a number of factors that influenced the increases in student numbers since the early 1990s, including the opening up and restructuring of HE in eastern Germany, and the strong increases in female participation and in the number of international students. Growth has been particularly significant in certain subject areas, as well as at Fachhochschulen and at private HE institutions. Current developments regarding the introduction of tuition fees and changing structures regarding access to HE are outlined, and their impact on the future expansion of HE is discussed. [source] A survey of staff attitudes to increasing medical undergraduate education in a district general hospitalMEDICAL EDUCATION, Issue 7 2005John Macdonald Introduction, Medical student numbers in Britain are increasing rapidly, beyond the capacity of most teaching hospitals, with more clinical teaching taking place in district general hospitals (DGHs). Surveys show that students value the intensive clinical teaching, smaller student numbers and perceived greater friendliness in DGHs. This paper explores DGH staff attitudes to teaching , their level of initial enthusiasm, their attitudes to current teaching, its effect on the hospital and to the sustainability of DGH undergraduate teaching , as both student numbers and service workloads continue to rise. Methods, Semi-structured interviews with 6 key informants were used to generate themes for a 19-question pre-piloted anonymous postal questionnaire sent to all 68 staff involved in undergraduate medical teaching in Northampton General Hospital. Results, The total response included 85% of consultants. Responses in the 3 staff groups were similar. Most respondents felt enthusiastic at the prospect of medical students, although they realised that this would be intellectually challenging and increase time pressures. These predictions were largely fulfilled. Respondents felt that in comparison to teaching hospitals the DGH teaching was more clinically based and consultant-led, with more approachable staff. Currently 41 respondents (82%) felt that they had inadequate teaching time. A majority felt that the arrival of students had improved patient care and that their department had benefited. Thirty-seven responders (74%) felt that the planned doubling of student numbers would impose an unsustainable departmental load, and would compromise teaching quality. The change felt most necessary to support additional teaching was increased clinical medical staff. Better co-ordination between the DGH and the medical school was also felt necessary. The most popular choice for the distribution of extra teaching finance was to the teacher's directorate, i.e. speciality [33 (66%)]. Forty-four (86%) felt that increased student numbers would have a significant impact on the character of the hospital. The 108 free-text comments (2.1 per respondent) centred on hospital character and the benefits of students. Conclusions, This study shows a considerable initial enthusiasm for teaching in DGH staff, which is persisting despite increasing student numbers. However, the current teaching load is seen to be substantial. Teaching more students is likely to produce major problems, based on lack of teaching time and increasingly heavy service commitments rather than lack of patients. This is likely to be a widespread problem for DGHs. Failure to ensure adequate teaching staff and facilities as well as co-ordination could threaten the sustainability of this potentially valuable teaching initiative. [source] VIDEOCONFERENCING SURGICAL TUTORIALS: BRIDGING THE GAPANZ JOURNAL OF SURGERY, Issue 4 2008Andrew J. A. Holland The expansion in medical student numbers has been associated with a move to increase the amount of time students spend in rural and remote locations. Providing an equivalent educational experience for students in surgical subspecialties in this setting is a logistical challenge. We sought to address this issue by providing synchronous tutorials in paediatric surgery using videoconferencing (VC) at two rural sites with the tutor located at a metropolitan paediatric clinical school. Between March 2005 and July 2006, 43 graduate students in the University of Sydney Medical Program were assigned to receive the paediatric component of the course at one of two sites within the School of Rural Health. During this 9-week rotation, students were involved in two or three surgical tutorials by videoconference. Students were then invited to complete a confidential, anonymous 20-point structured evaluation using a Likert scale. Valid responses were received from 40 students, a response rate of 93%. There were 21 females (52%), with 21 students based in Dubbo and 19 in Orange. Students agreed or strongly agreed that VC surgical tutorials were useful, the content well covered and student involvement encouraged (mean scores 4.7, 4.5 and 4.5; standard deviation 0.56, 0.72 and 0.72, respectively). Overall, the majority of students strongly agreed that participation in VC of surgical tutorials was valuable (mean 4.68, standard deviation 0.57). VC surgical tutorials were highly valued by graduate medical students as an educational method. Our data suggest that tutorials can be successfully provided at remote sites using VC. [source] |