Entry to Medical Education: A Plea for Higher Cutoffs
Medicine is a highly complex discipline that requires the integration of extensive knowledge, practical skills and professional attitudes to promote health, enhance well-being and manage illnesses in patients. This complexity arises from several factors: the variability of the human body, the uncertainty of our understanding of disease and wellness, the close interplay between personal, environmental and social factors, and the rapidly changing knowledge landscape driven by scientific advances. While medicine is a scientific endeavour, its practice is far from purely scientific. Day-to-day clinical decision-making often relies on clinical judgment formed through experience, pattern recognition and contextual understanding rather than definitive scientific evidence.[1] This empirical reliance becomes particularly important when dealing with diagnostic uncertainties, variations in patient responses or when evidence-based guidelines fall short in addressing complex, individualised cases. This preamble is essential in attempting to make arguments as to how we should select students who want to train and become competent in a broad array of knowledge, skills and attitudes that would help them promote health and manage illness (WHO). To illustrate further, consider three professionals in public transportation: A bus driver, a loco pilot and an airline pilot. While all are responsible for transporting passengers safely, the complexity and scope of their duties vary significantly. In domains such as operational space, control complexity, decision autonomy, risk factors and regulatory oversight, the airline pilot consistently ranks highest. Consequently, the selection process and training rigor are most demanding for airline pilots, followed by loco pilots, with bus drivers facing the least stringent requirements. Not every bus driver could realistically master the nuances of flying an aircraft within a reasonable timeframe. Combining the preamble and this analogy, I argue that the process of selecting medical students should be stringent and exacting, aimed at identifying individuals with the high academic calibre and emotional intelligence. Globally, including in India, this is already the prevailing reality. The justification for high cutoffs in medical education can be supported by approaching this question from two perspectives: (A) why are cutoffs higher for medical education? (B) What is the need to reduce cutoffs and is this need justified? WHY ARE CUTOFFS HIGHER FOR MEDICAL EDUCATION? Cutoffs or qualifying marks serve as the mechanism to translate broader principles of merit-based selection into actionable selection criteria. In the context of medical education, these cutoffs are arrived at through standardised entrance examinations that evaluate candidates’ proficiency in critical subjects such as biology, physics and chemistry. This ensures that those admitted have the foundational knowledge and cognitive abilities necessary to cope with the rigorous demands of medical training and practice. Understanding their purpose and utility involves examining three key motives: Those of the academic establishment, of learners and society. Academic establishment motives In general, education follows a hierarchical structure aiming to provide a flexible and holistic educational experience catering to the diverse needs of learners as well as society. Societal needs set the demand level while the educational machinery is the supply level, for any kind of expertise. Medical education, as a form of higher education, must nest within this hierarchical system as well as within the supply-demand levels, for it to be effective and relevant. There are several kinds of school systems across the world, all of which work toward establishing a certain level of scholarship. While we cannot claim one system as the best and only way of schooling, this is what we have and this is what we will have for the near future. All school systems eventually lead learners to a certain level of competency in certain subjects. The curriculum for medical education is designed to take off from the base provided by school-level education. And when we say take-off, it is literally one, with a steep learning curve, voluminous course material to be completed in a short time and multiple opportunities and varieties of assessments. The entire system includes a progressive release of responsibility from the system to the learner, with a gradual increase in self-directed learning. The motives of the academic establishment are to identify learners who can navigate the transition from high school to medical school, complete the course curriculum by mastering all essential competencies and successfully complete the course within a predefined timeframe (without excessively straining the teaching apparatus). Learners are human beings and to predict how this transition will be managed is not simple. There is a large pool of aspirants aiming to enter medical colleges, broadly because of the career opportunities, higher social standing of doctors and for altruistic reasons. The simplest and most effective system of identifying entrants to medical school is by a system of elimination. The scores that are used for selection to college admissions are based on assessments typically involving biological sciences, physics and chemistry. This elimination is achieved by setting suitable cutoffs. These ensure that the limited training seats are taken up by students with demonstrated academic rigour and discipline. Higher cut-off scores are used as tools to identify candidates who are likely to succeed in a demanding academic and professional environment. They indicate a student’s preparedness as well as potential. The scores in these tests demonstrate a strong grasp of the core subjects listed previously, which are crucial to building further during the graduate programme. Tests also can assess analytical skills, problem-solving skills and critical thinking skills that are required to master complex medical knowledge and apply it in various clinical situations. High performance in competitive examinations is also an indicator of innate motivation, ability to maintain sustained efforts, discipline and time management. Therefore, the impression that high performers on ability tests provide is a combination of academic skills as well as the stamina needed to work through a prolonged and exacting course. Beyond that, they also serve as filters to rapidly and objectively identify high performers from a large pool of aspirants. Learner’s motives Medicine consistently ranks among the top professional choices alongside engineering, law and business administration. Among these, medicine has a special status owing to the structured career progression, societal impact and longevity of professional life, in addition to the respect and reputation that come with being a ‘doctor’. However, there is a downside to choosing a career in medicine. The incubation period before one is ready for independent practice is almost thrice that of, say an engineer or a lawyer. The scope of extreme financial gain or landfall profits within legitimate boundaries is also very low. An academically weaker candidate may end up struggling to meet the rigours of the course. A less obvious but more compelling argument that needs examining is the time taken to complete training. Some argue that students can succeed given more time, but medical training also operates under livelihood deadlines. Students already trail their non-medical peers in becoming financially independent, especially if they pursue a specialisation. Extending training time adds stress to a profession already facing mental health challenges.[2] Societal motives The third and perhaps the most important motive is societal. Doctors as leaders of the healthcare profession have massive, almost unrealistic expectations from society. Here, it is important to look beyond the single selection exam that exists in India and examine the selection system that is followed in most of the developed world. Medical schools are increasingly using a holistic selection process that goes beyond cut-off scores. Interviews, personal essays and volunteering history among other criteria play an additional role in identifying future doctors.[3] Societal expectations are reshaping the selection of medical trainees. The focus is on selecting students who not only excel academically but also demonstrate the ability to express empathy, resilience, commitment and integrity. While critics of the current selection process may highlight the importance of the co-curricular content and soft skills, it should not be missed that even in these selection systems, the key phrase is ‘in addition to academic excellence’. If the entire selection process can somehow be mapped on a linear scale, the inclusion of other parameters ends up raising the cut-off value rather than lowering it.[4] To summarise, higher cutoffs are essential for entry to medical education, to select candidates with demonstrated capabilities to complete course content without burdening the educational system and successfully meet the universal requirements of doctors. Many would argue that the selection system needs further reinforcement with additional criteria to test a candidate’s aptitude and extra-academic abilities as well. WHAT IS THE NEED TO REDUCE CUTOFFS AND IS THIS NEED JUSTIFIED? Arguments for maintaining high cutoffs are incomplete without considering the rationale for lowering them. Common sense dictates that cutoffs should remain high when applicant numbers exceed available seats and may be lowered only if demand drops. Currently, the demand for medical seats in India remains high. However, rapid expansion in the number of medical colleges and seats, especially in newer or private institutions, has created discrepancies. Established institutions attract high-scoring students, while newer colleges with weaker infrastructure see vacancies. Calls to lower cutoffs often stem from these institutions, suggesting a fourth motive: Commercial interests. Lowering cut-offs primarily to meet admission quotas undermines public health, as evidenced by studies linking reduced admission standards to poorer academic performance and suboptimal clinical outcomes in medical training programs.[5] Unchecked expansion in training positions risks diluting teaching standards and student quality. This undermines the natural pyramid of learning, where higher education is reserved for those with the necessary aptitude and motivation. High-level expertise lies at the far end of the bell curve, where only a few individuals reside. Below a certain threshold, which occurs when cutoffs are lowered, selection becomes arbitrary and fails to predict academic success. This scenario is unacceptable for academic institutions, dedicated aspirants and society at large. The solution is not to lower standards but to apply stringent criteria when creating new training positions. SUMMARY In conclusion, while accessibility and equity are important goals, it is essential to recognise that different viewpoints exist on how best to achieve these aims without compromising academic rigor. It may be possible to achieve broader inclusion through preparatory or bridging programs, without sacrificing high entry standards to maintain quality. A balanced approach that explores multiple strategies while safeguarding educational and clinical standards may offer the most sustainable path forward. Maintaining high cutoffs and strengthening selection with additional measures to identify aptitude and interest, ensures that future doctors are both competent and compassionate. Financial support and sponsorship Nil. Conflicts of interest There are no conflicts of interest.
Authors
- Nanda Kishore Maroju (ORCID: https://orcid.org/0000-0002-4206-9589)
Institutions
- Jawaharlal Institute of Post Graduate Medical Education and Research (IN)
Publication Details
- Journal
- Journal of Medical Evidence
- Published
- 2025-04-01
- DOI
- https://doi.org/10.4103/jme.jme_89_25
- Primary Topic
- Medical Education and Admissions
- Type
- article
- Field-Weighted Citation Impact
- 0.00