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March 2013, Volume 63, Issue 3

Original Article

Approach of freshly-inducted medical students towards learning at Bahria University Medical & Dental College

Dr Rehana Rehman  ( Bahria University Medical and Dental College (Compilation of article, supervision of project) )
Dr Rakhshaan Khan  ( Public Health Physician (conception, study design) )
Dr Muhammad Arif Akahai  ( Bahria University Medical and Dental College (Acquisition of Data & Statistics) )
Dr Farheen Hassan  ( Bahria University Medical & Dental College )

Abstract

Objective: To compare learning approaches of male and female medical students.
Methods: The cross-sectional questionnaire-based study was conducted in March and April 2010 at the Bahria University Medical and Dental College, Karachi, Pakistan. Initially, 100 medical students were enrolled for assessment on the basis of Approaches and Study Skill Inventory for Students. Response to questions was summed up to get scores of subscales, which were then merged to formulate main scales representing learning approaches. Subscales and item responses of both genders were compared by chi-square test on SPSS 15. Results were considered significant at p<0.05.
Results: After 2 (2%) dropouts, the sample size stood at 98. Of them, 51 (52%) were girls and 47 (48%) boys. Strategic learning approach was found to be significantly high in females (p< 0.01). In subscale analysis, females were better in time management and alertness to assessment demands (p<0.01). In item analysis of deep approach, females scored better in seeking meaning and relating ideas (p<0.04). However, preferred learning environment to support understanding was found in males (p<0.04).
Conclusion: Female medical students in the study were strategic learners, who could manage time with respect to their studies.
Keywords: Learning approaches, Surface apathetic learners, Deep learners, Strategic learners, Learning environment, ASSIST. (JPMA 63: 320; 2013).

Introduction

Approaches to learning may be defined as the behavioural and intellectual responses elicited by students as a result of exposure to a learning situation. The terms “surface apathetic learners” (SAL) and “deep learners” (DL) were coined from the basic idea of observing students and qualitatively identifying two different ways of approaching a reading task: memorise only (SAL) or understanding the text (DL).1 While investigating the influence of procedures of assessment in learning and studying, it was argued that the interviews used to classify approaches missed a crucial factor of assessment and introduced a third category of learners based on strategic approach (SA). In this category, students monitor efficacy while studying, and give special attention to the assessment system\\\'s demands i.e. they apply metacognitive ability by self-regulation of learning.2
Many models and measures of learning approaches (LA) and styles have been described in literature.3 The instruments to study these approaches included Approaches to Studying Inventory (ASI) and the relatively modern Approaches and Study Skills Inventory for Students (ASSIST),4-6 which has been used to measure learning styles in undergraduate students. It was proposed that the motives actually determined the learning process, i.e. the deep approach (DA) was characterised by an interest in different subjects with the intention to understand, whereas the surface apathetic approach (SAA) involved the intention to accomplish minimum tasks required for the subject of learning only. The motives related to a strategic learner (SL) was found to be a sense of responsibility through him as well as a realisation of the purpose of learning.7 The SL, therefore, seems to have two focuses of interest, i.e. the academic context (the attribute of a DL) and the demands of the evaluation system.8 The three trends – DA, SA and SAA – reflect different levels of processing of the learning by the learners. This concept of the difference in LA resulted in the development of a series of self-response inventories to investigate other aspects of learning i.e. motivation of students and learning, concepts with respect to teaching strategies in relation to these approaches.2
With the change in power distribution, awareness in subject of science, and increase in trend of females to opt for medical education, gender has become an important presage factor for the selection of different teaching strategies in view of dominant motives and preferred approaches selected by both male and female students. Though it is known that students have a variety of learning style preferences,9 it is not yet examined whether or not gender differences in LA preferences exist among undergraduate medical students. The current study set out to explore, highlight and compare gender differences in LA adopted by medical students.

Subjects and methods

The cross-sectional questionnaire-based study was conducted in March and April 2010 by convenience sampling at the time of admission to Bahria University Medical and Dental College, Karachi. After approval from the Ethics Review Board, all the 100 students enrolled were briefed about the survey, and asked to fill in the close-ended questionnaire on LA (tailored from ASSIST)5,6 under the supervision of researchers and facilitators. The questions (items) consisted of statements describing what the students usually do when they learn, on a five-point scale (1 = disagree, 2= somewhat disagree, 3=unsure, 4=agree somewhat, 5 = agree). The items were summed up to form subscales and each approach had four or five subscales. DA was obtained by a total of five subscales (20 Items): seeking meaning (SM), relating ideas (RI), use of evidence (UE), interest in ideas (II) and supporting understanding (SU) for teaching preferences. Subscales of SAA included lack of purpose (LP), unrelated memorising (UM), syllabus boundedness (SB), fear of failure (FF), and transmitting information (TI) in preference of learning environment (LE). SA comprised five subscales (20 items): organised studying (OS), time management (TM), alertness to assessment (AA), achievement to motivation (AM) and monitoring effectiveness (ME) (Annexure).
Only complete responses were included and analysed by computer, using SPSS version 15. Scoring of LA was carried out by raw total of item responses of all subscales. Comparison of scales, subscales and item scores was done by application of chi-square test, with results being considered significant at p<0.05.

Results

After excluding two incomplete questionnaires, the response rate stood at 98%. Of the total, there were 51 (52.04%) females and 47 (47.95%) males with a mean age of 18±1 years. The premedical background of 84 (85.71%) was Intermediate board and 14 (14.28%) had come from the Cambridge system. Of the 14 who did O level, 4 (28.57%) did A level while 10 (71.42%) joined the local stream. In item analysis of DA, seeking meaning (Q17), females tried to find the meaning of an article or book themselves (p<0.04). Relating ideas (Q46) (p<0.04), females played around with ideas of their own. In use of evidence (Q23), females questioned things heard in lectures or read in books (p <0.02). They showed an interest in ideas given in lectures (Q 13) (p <0.007).
In item analysis of SA, time management (Q31), females worked steadily through the term or semester rather than leave it all until the last minute (p <0.05). In alertness to assessment demands (Q2), while working on an assignment, they kept in mind the need to impress the marker (p <0.04). In the same subscale (Q41), females kept an eye on what lecturers seemed to think was important and concentrated on that (p <0.02). Achievement to motivation results (Q50) discovered motivation in females more than the males (p < 0.03). No significant results were seen in comparison between genders in item analysis of SAA.
In subscale analysis, females showed alertness to assessment demands (p <0.01), while males preferred an LE which encouraged understanding (p <0.04).
Scale comparison (LA) as an aggregate in both genders (Table);


suggested that females were strategic learners (p <0.01), while there was no significant difference detected in SAA and DA.

Discussion

Students come to medical colleges from varied ethnic and cultural backgrounds, from a multitude of training programmes and institutions with differing learning styles10 requiring a compatible teaching methodology to accommodate them. Best practice, most likely, involves a teaching paradigm which addresses and incorporates multiple dimensions of LA that are destined to build self-efficacy.11 These approaches are not actually the individual characteristics of the learners, but are influenced by personal experiences, teaching strategies used, and methods for assessment in the context of learning. In view of this, learning can be better facilitated if instructors are aware of their teaching styles as well as the LA of students so as to create an LE best suited for the learners. Keeping this perspective, ASSIST was selected to obtain information about learning characteristics of undergraduate medical students, relationships between approaches to studying and perceptions of LE.12,13
The comparison of cognitive abilities of both genders is a never-ending debate. Although they exhibit distinct characteristics, it is proposed that girls and boys are equal intellectually, if left alone. Females, however, exhibit conceptions of knowledge, facts and learning in their intellectual development that is qualitatively different from males.14 At the same time, they lag in classroom confidence, logical approach and group dynamics compared to males with less number of role models available in their respective field. Males prefer rational appraisal with use of common sense, whereas females use "elaborative" processing with personal relevance and individual links with the material being taught.15
The SAA, which is associated with heavy workload, extensive course material, limited time to pursue subjects in depth, limited choice over study topics, and an assessment system that tests the reproduction of factual information only,3 was adopted equally less by both male and female students. The SA provides an insight of subject in addition to time management, organisation of study, alertness to assessment, and monitoring studying forms basis of learner centered approach. This approach was found to be greater in females; they organised their time to study in accordance with the assessment demands. Results were similar to an earlier study16 which found that females tend to adopt tactical approach to learning (SA), while males prefer to use evidence in support of understanding (DA). In another study, National University of Singapore students\\\' score on deep strategies was lower in females as they found difficulty in abstract conceptualisation, elaborative processing and relating course material to their personal experiences.15
Gender exhibited a statistically significant effect on the preference of the type of teacher, where the males preferred a teacher who supported understanding, and females preferred passive transmission of information. Our results are similar to a study17 in which pre-clinical male students preferred teachers who supported understanding compared to females. However, as a result of exposure to student-centered LE, both genders preferred a teaching style which supported understanding during clinical teaching.
One way to improve student motivation and performance is to adapt teaching approaches to meet the different learning style preferences of both male and female students.9 As these approaches are not a fixed attribute of the learner, but a function of both learner characteristics and the teaching factors, as outlined by 3P model18 in which task Processing by all students is based on interactions of the teaching and learning context (Presage) to synthesise Product in the form of a meaningful and desirable learning outcome. The awareness of LA may possibly motivate teachers to move from their preferred methods to those which are liked by students for better learning. Recognising individual\\\'s strengths and preferred learning style in this process will thus allow facilitation of the learning process for the achievement of better learning outcome. Self awareness of individual LA at the same time may help students to evaluate and modify their own behaviour.

Conclusions

Female medical students were found to be strategic learners, while male students preferred a learning environment that encourages understanding. There is a need for student-focused/conceptual change-based paradigm in contrast to the dissemination of information in a teacher-centered fashion. There is also a need to encourage and motivate students towards learning with understanding for improvement in the overall learning outcome.

References

1. Marton F & Saljo R . Approaches to learning. In: Marton D J, Hounsell, & N J Entwistle, editors. The experience of learning: Implications for teaching and studying in higher education. 2nd ed. Edinburgh: Scottish Academic Press, 1997; pp 39-58
2. Vermunt JD. The regulation of constructive learning processes. Br J Educ Psychol 1998; 68: 149-71.
3. Romanelli F, Bird E, Ryan M. Learning Styles: A Review of Theory, Application, and Best Practices. Am J Pharm Educ 2009; 73: 1-9.
4. Cassidy S, Eachus P. Learning style, academic belief systems, self report student proficiency and academic achievement in higher education. Educ Psychol 2000; 20: 307-22.
5. Tait H, Entwistle N J & McCune VS. ASSIST: A reconceptualisation of the approaches to studying inventory. Rust C. Improving student learning: Improving students as learners. Oxford: Oxford Brookes University, Oxford Centre for Staff and Learning Development.1998.
6. Entwistle NJ, Peterson E R . Conceptions of learning and knowledge in higher education: Relationships with study behavior and influences of learning environments. Int J Educ Res 2004; 41: 407-28.
7. Meyer J H F. An overview of the development and application of the reflections on learning inventory (RoLI). In Entwistle, editor. The Experience of learning. Paper presented at a symposium on the use of the RoLI, Kings\\\' College; London, Edinburgh: Scottish Academic Press. 2001
8. Entwistle N J. Approaches to studying and levels of understanding: The influences of teaching and assessment. In: J. C. Smart, editor. Higher education: Handbook of theory and research. 15th ed. New York: Agathon Press, 2000; pp 156-218.
9. Wehrwein EA, Lujan HL, DiCarlo SE. Gender differences in learning style preferences among undergraduate physiology students. Adv Physiol Edu 2007; 31: 153-7.
10. Bollinger L. The need for diversity in higher education. Acad Med 2003; 78: 431-6.
11. Felder RM. Reaching the second tier: learning and teaching styles in college science education. J Coll Sci Teaching 1993; 3: 286-90.
12. Ward PJ. First year medical students\\\' approaches to study and their outcomes in a gross anatomy course. Clin Anat 2011; 24: 120-7.
13. Mattick K, Dennis I, Bligh J. Approaches to learning and studying in medical students: validation of a revised inventory and its relation to student characteristics and performance. Med Educ 2004; 38: 535-43.
14. Richardson JTE: Gender differences in responses to the Approaches to Studying Inventory. Studies in Higher Education 1993; 18: 3-13.
15. Lie LY, Angelique L, Cheong E. How do male and female students approach learning at NUS? CTDL Brief 2004; 7: 1-6.
16. Fanning DM, Chadwick G. Preliminary analysis of demographics and learning attributes of graduate entry medical students. Ir J Med Sci 2010; 179: 95-8.
17. Wickramasinghe DP, Samarasekia DN. Factors influencing the approaches to studying of preclinical and clinical students and postgraduate trainees. BMC Med Educ 2011; 11: 22-9.
18. Biggs JB. Approaches to the enhancement of tertiary teaching. Higher Education Research and Development 1989; 8: 7-25.

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