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Prior academic background and student performance in assessment in a graduate entry programme
P L Craig1, J J Gordon, R M Clark
1University of Sydney, Medical Education, Sydney, NSW, Australia. pcraig@dme.med.usyd.edu.au
Medical Education
|October 28, 2004
Summary
Non-science graduates show improved performance over time in medical school assessments, with small differences compared to science graduates. Overall failure rates remain low for all student groups.
Area of Science:
- Medical Education Research
- Graduate-Entry Medical Programmes
Background:
- Graduate-entry medical programmes attract students from diverse academic backgrounds.
- Assessing the academic performance of non-science graduates alongside science graduates is crucial for understanding educational equity.
Purpose of the Study:
- To compare the academic performance of non-science graduates with science graduates in Basic and Clinical Sciences (B & CS) assessments.
- To analyze performance trends over the first three years of a graduate-entry medical program.
Main Methods:
- Categorized students into five groups: Health Professions (HP), Biomedical Sciences (BMS), Other Biology (BIOL), Physical Sciences (PHYS), and Non-Science (NONS).
- Examined performance ranks in Single Best Answer (SBA) and Modified Essay Question (MEQ) assessments.
- Calculated the relative risk of failure in summative assessments for Years 2 and 3.
Main Results:
- Science graduates initially outperformed others in SBA and MEQ assessments, but differences diminished over time.
- Health Professions and Biomedical Sciences students showed consistently better performance and lower failure rates.
- Non-science graduates demonstrated improved performance, particularly in MEQs, with high overall pass rates despite a higher likelihood of failure in early years.
Conclusions:
- Initial performance disparities between science and non-science graduates in medical school lessen over time.
- Findings can inform curriculum design, assessment timing, and targeted student support strategies.
- While science graduates may have an initial advantage, non-science graduates adapt, highlighting the importance of inclusive educational policies.