Medical College Admission Test
|Type||Computer-based standardized test|
|Developer / administrator||Association of American Medical Colleges|
|Knowledge / skills tested||Physical sciences, biological sciences, verbal reasoning|
|Purpose||Admissions to medical colleges|
|Score / grade range||118–132 for each of four sections, totaling 472–528|
|Score / grade validity||Usually 2 to 3 years|
|Offered||25 times from January 2017 through September 2017|
|Restrictions on attempts||Maximum of three times in a one year period; four times in a two year period; and seven times for life|
|Countries / regions||Mainly United States and Canada, in addition to 19 other countries|
|Prerequisites / eligibility criteria||Preparing to apply to a health professional school (fluency in English is assumed)|
("Fee Assistance Program" available to U.S. citizens, permanent residents or refugees, demonstrating financial need.)
|Scores / grades used by||Medical colleges (mostly in United States and Canada)|
The Medical College Admission Test (MCAT; /ˈɛmkæt/ EM-kat) is a computer-based standardized examination for prospective medical students (both Allopathic M.D. and Ostepathic D.O.) in the United States, Australia, Canada, and the Caribbean Islands. It is designed to assess problem solving, critical thinking, written analysis and knowledge of scientific concepts and principles. Before 2007, the exam was a paper-and-pencil test; since 2007, all administrations of the exam have been computer-based.
The most recent version of the exam was introduced in April 2015 and takes 7+1⁄2 hours to complete. The test is scored in a range from 472 to 528. The MCAT is administered by the Association of American Medical Colleges (AAMC).
Moss Test: 1928–1946
In the 1920s, dropout rates in US medical schools soared from 5% to 50%, leading to the development of a test that would measure readiness for medical school. Physician F. A. Moss and his colleagues developed the "Scholastic Aptitude Test for Medical Students" consisting of true-false and multiple choice questions divided into six to eight subtests. Topics tested included visual memory, memory for content, scientific vocabulary, scientific definitions, understanding of printed material, premedical information, and logical reasoning. The score scale varied from different test forms. Though it had been criticized at the time for testing only memorization ability and thus only readiness for the first two years of medical school, later scholars[who?] denied this. In addition to stricter medical school admission procedures and higher educational standards, the national dropout rate among freshman medical students decreased from 20% in 1925–1930 to 7% in 1946.
A simpler test: 1946–1962
Advancements in test measurement technology, including machine scoring of tests, and changed views regarding test scores and medical school readiness reflected the evolution of the test in this period. The test underwent three major changes. It now had only four sub tests, including verbal ability, quantitative ability, science achievement, and understanding modern society. Questions were all in multiple-choice format. Each subtest was given a single score, and the total score was derived from the sum of the scores from the subtests. The total score ranged from 200 to 800. The individual scores helped medical school admission committees to differentiate the individual abilities among their candidates. Admission committees, however, did not consider the "understanding modern society" section to be of great importance, even though it was created to reward those with broad liberal arts skills, which included knowledge of history, government, economics, and sociology. Committees placed greater emphasis on scores on the scientific achievement section as it was a better predictor of performance in medical school.
From 1946 to 1948, the test was called the "Professional School Aptitude Test" before finally changing its name to the "Medical College Admission Test" when the developer of the test, the Graduate Record Office (under contract with the AAMC) merged with the newly formed Educational Testing Service (ETS). In 1960, the AAMC transferred its contract over to The Psychological Corporation, which was then in charge of maintaining and developing the test.
Status quo: 1962–1977
From 1962 to 1977, the MCAT retained much of its previous format, though the "understanding modern society" section was renamed as "general information" due to its expanded content. Handbooks at the time criticized the test as only a measure of intellectual achievement and not of personal characteristics expected of physicians. Admission committees responded to this criticism by measuring personal characteristics among their applicants with various approaches.
Phase four: 1977–1991
During phase four, the MCAT underwent several changes. The "general information" section was eliminated and a broader range of knowledge was tested. At this point, topics tested included scientific knowledge, science problems, reading skills analysis, and quantitative skills analysis. Individual scores were reported for biology, chemistry, and physics rather than a composite science score, thus six different scores for the whole test were reported. The score scale changed to 1–15 as opposed to 200–800 from previous versions of the test. Cultural and social bias was minimized. Though the AAMC claimed the new version intended to evaluate "information gathering and analysis, discerning and formulating relationships, and other problem-solving skills", no research supported this claim.
New changes: 1991–2014
In 1991, the test changed again. Though the test was still divided into four subtests,[clarification needed] they were renamed as the verbal reasoning, biological sciences, physical sciences, and writing sample sections. Questions retained the multiple-choice format, though the majority of the questions were divided into passage sets. Passage-based questions were implemented to evaluate "text comprehension, data analysis, ability to evaluate an argument, or apply knowledge from the passage to other contexts." A new scoring scale was also implemented. The total composite score, which has a range of 3–45, is based on the individual scores of the verbal reasoning, biological sciences, and physical sciences, which each have a score range of 1–15. The writing sample, which consists of two essays to be written within 30 minutes for each, is graded on a letter scale of J–T with T being the highest attainable score.
On July 18, 2005, the AAMC announced that it would offer the paper-and-pencil version of the MCAT only through August 2006. A subset of testing sites offered a computer-based version of the full-length exam throughout 2005 and 2006. A shorter, computer-based version of the test debuted in January 2007. The exam was at that point offered numerous times annually, and scored more quickly.
Although many medical schools will not accept MCAT exam scores after three years, this version of the MCAT will continue to be reported by the AAMC until the 2019 AMCAS application cycle.
MR5 and the 2015 test
The MR5 advisory committee was appointed by AAMC in fall 2008 to conduct the fifth comprehensive review of the MCAT exam and to recommend changes for the new exam set to be released in 2015. The advisory committee had 21 members including medical school deans and administrators, basic and clinical science faculty, pre-health advisors, one medical student and a medical resident. The recommendations determined were also based on responses from 2,700 surveys, over 75 meetings and conferences, and 90 outreach events to solicit input. The recommendations considered the content and format of the MCAT, the resources that should be provided relating to the exam, and the changes that should be made to medical school admissions in general.
To determine the content that should be tested for the exam, the MR5 committee surveyed medical school faculty, residents, and medical students, and asked what concepts entering students need to know to be successful in current and future medical school curricula. Three separate surveys were sent asking about concepts in the natural sciences, research methods, and behavioral sciences. The MR5 committee also consulted various expert committees from within and beyond the AAMC.
The largest changes in the exam consist of testing in biochemistry, psychology and sociology concepts. The addition of biochemistry material follows survey results placing biochemistry concepts as highest importance for success in future medical school curricula. The addition of behavioral and cultural material was recommended to provide a solid foundation for learning of these concepts in medical school. According to the committee, psychological science should be understood by medical students as an essential aspect of healthcare. The writing sample section was also removed, since data showed that these scores were not used by most admission committees. These changes were revealed in 2012 so that undergraduate premedical advisers studied the MR5 documents to translate tested core competencies into premedical course recommendations at their campuses.
This version of the MCAT has been administered since March 2015 and is expected to be in place until 2030.
The exam is offered 25 or more times per year at Pearson VUE centers. The number of administrations may vary each year. 43% of students take the MCAT within one year of graduation, 44% take the exam between one and four years after graduation and 13% sit for the exam five or more years after graduation.
The test, updated in 2015, consists of four sections, listed in the order that they are administered
- Chemical and Physical Foundations of Biological Systems
- Critical Analysis and Reasoning Skills (CARS)
- Biological and Biochemical Foundations of Living Systems
- Psychological, Social and Biological Foundations of Behavior
The four sections are in multiple-choice format. The passages and questions are predetermined, and thus do not change in difficulty depending on the performance of the test taker (unlike, for example, the general Graduate Record Examinations).
The current MCAT consists of four distinct sections that are individually scored. Each section is allotted either 90 or 95 minutes and tests between 50 and 60 questions. Including breaks, the full examination lasts approximately 7+1⁄2 hours. The information for each of the science sections is organized into 10 foundational concepts and four Scientific Inquiry & Reasoning Skills. The science passages are guided by Scientific Reasoning and Inquiry Skills identified by the MR5 for medical school success. The Critical Analysis and Reasoning Skills section focuses on three skills, since this section does not require outside knowledge to answer questions.
|Chemical and Physical Foundations of Biological Systems||59||95|
|Critical Analysis and Reasoning Skills||53||90|
|Biological and Biochemical Foundations of Living Systems||59||95|
|Psychological, Social and Biological Foundations of Behavior||59||95|
Chemical and Physical Foundations of Biological Systems
This section tests chemistry and physics in the scope of biological systems, requiring understanding of organic and inorganic chemistry and physics as well as biology and biochemistry. Specifically, this section focuses on the physical principles underlying biological processes and chemical interactions that form the basis of a broader understanding of living systems. Understanding of research methods and statistics are also important to successfully reason through this material.
Critical Analysis and Reasoning Skills (CARS)
The CARS section is similar to verbal reasoning sections providing passages with questions testing reading comprehension. The 500–600 word passages can cover topics ranging from the social sciences to the humanities, sometimes presenting in a convoluted or biased manner requiring the reader to consider what is being written from multiple perspectives. The passages are designed to discuss topics that are unfamiliar to the reader, but success in this section requires strictly using information from the passage without using previously known knowledge.
Biological and Biochemical Foundations of Living Systems
This section mainly tests biology and biochemistry but also requires an understanding of organic and inorganic chemistry. Students will have to answer questions about the functions of biomolecules, processes unique to living organisms, and the organization of biological systems. Understanding of research methods and statistics are also important to successfully reason through this material.
Psychological, Social and Biological Functions of Behavior
This section tests psychology and sociology so that students can demonstrate their understanding of the behavioral and sociocultural determinants of health. Specific material tested include behavior and behavior change, perceptions of self and others, cultural and social differences that influence well-being and social stratification. Understanding of research methods and statistics are also important to successfully reason through this material.
Scientific Inquiry and Reasoning Skills
In the new MCAT exam, changes have been made not only in the content of the exam, but also in the way in which content is presented on the exam. MCAT questions will require examinees to demonstrate four Scientific Inquiry and Reasoning Skills that have been identified by the MR5 as crucial to success in science and medicine. The first skill is Knowledge of Scientific Concepts and Principles, which requires students to not only recognize and recall scientific information, but also to identify relationships between similar concepts. Scientific Reasoning and Problem Solving tests the student's ability to relate scientific theories and formulas to presented information to explain findings and draw conclusions. Reasoning about the Design and Execution of Research requires examinees to show that they can understand science in the context of experiments. The fourth skill of Data-based and Statistical Reasoning requires students to be able to read graphs and tables and draw conclusion from evidence.
The test consists of four sections, each scored from 118 to 132 with a median score of 125. The total MCAT score is a sum of the scores from each of the four sections, ranging from 472 to 528 with a median score of 500. Scores are released on a pre-determined date between 30 and 35 days after the exam date.
2022 scoring percentiles
The following are the scores along with their percentiles from test takers from May 1, 2022, through April 30, 2023. MCAT percentiles are updated every year on May 1. The average scaled score was 501.6 with a standard deviation of 10.8.
|MCAT 2015||OG MCAT||Percentile||MCAT 2015||OG MCAT||Percentile|
Like some other professional exams (e.g. the Graduate Management Admission Test (GMAT) or the Law School Admissions Test (LSAT)), the MCAT may be voided on the day of the exam if the exam taker is not satisfied with his or her performance. It can be voided at any time during the exam, or during a five-minute window that begins immediately after the end of the last section. The decision to void can only be based on the test taker's self-assessment, as no scoring information is available at the time.
The AAMC prohibits the use of calculators, timers, or other electronic devices during the MCAT exam. Cellular phones are also strictly prohibited from testing rooms and individuals found to possess them are noted by name in a security report submitted to the AAMC. The only item that may be brought into the testing room is the candidate's photo ID. If a jacket or sweater is worn, it may not be removed in the testing room.
It is no longer a rule that students must receive permission from the AAMC if they wish to take the MCAT more than three times in total. The limit with the computerized MCAT is three times per year, with a lifetime limit of seven times. An examinee can register for only one test date at a time, and must wait two days after testing before registering for a new test date.
Scaled MCAT exam results are made available to examinees approximately thirty days after the test via the AAMC's MCAT Testing History (THx) Web application. Examinees do not receive a copy of their scores in the mail, nor are examinees given their raw scores. MCAT THx is also used to transmit scores to medical schools, application services and other organizations (at no cost).
The average student spent 12 weeks preparing for the MCAT exam spending about 23 hours per week, excluding time taking regular courses. Some students, however, choose to take more time.
On the weeks leading up to the exam, most students take some time off to study intensely for the exam. The AAMC provides official study materials for purchase on their website with hundreds of questions written by the developers of the MCAT including four scored practice exams and one non-scored practice exam. 74% of students who sat for the MCAT exam used official MCAT Practice exams while only about 40% used question packs and section bank questions written by the AAMC. The official questions supplied online by the AAMC were rated to be most useful by test takers. The AAMC also provides free online preparatory material for the MCAT through Khan Academy, including 1,100 free videos and 3,000 review questions including content review and passage-based questions. About 62% of test takers used these free resources and 83% of them found them to be useful.
Another popular study option for students is to use MCAT preparatory materials from a commercial company. Many companies provide preparatory classes in-person and online, sets of preparatory books, full-length practice exams, flashcards and many more. 77% of students used commercial preparation books and 67% of students used practice exams published by a commercial company. 85% of test takers found MCAT prep books to be useful.
Almost all United States medical schools and most Canadian medical schools require prospective students to submit MCAT scores for their applications. In a survey conducted by the AAMC of 130 medical schools, MCAT scores were among the most important metrics used to identify applicants to interview and admit. Furthermore, in a recent survey by Kaplan, 54% of medical schools said that a low MCAT score was "the biggest application dealbreaker". Medical school admissions is a holistic process and the AAMC provides recommendations on how MCAT scores should be used in admissions, specifically recommending that MCAT scores should not outweigh an applicant's other materials.
A recent study (2016), shows little to no correlation between MCAT scores and USMLE step 1 scores, as well as little to no correlation between MCAT scores and the NBME scores. The MCAT also correlated poorly with the Canadian Board exam in 2016, the (MCCQE-1). The Biological Sciences section had been the most directly correlated section to success on the USMLE Step 1 exam in an article published in 2002, with a moderate correlation coefficient of .553 vs .491 for Physical Sciences and a weak correlation of .397 for Verbal Reasoning, however, these are not very well correlated with USMLE Step 1 score, as a strong correlation would be anything above 0.7, meaning that even in 2002, MCAT did not have a strong correlation with USMLE Step 1 success. MCAT composite scores had previously (in article published in 2002) claimed to have some form of correlation with USMLE Step 1 success, although exact numbers are not given.
Results from the previous version of the MCAT that was administered between 1992 and 2014 have been studied in relation to academic success in medical school and beyond. Most data suggests that undergraduate grades and MCAT scores can predict scores on USMLE Step exams. Data from a cohort of 14 medical schools in 1992 and 1993 found that MCAT scores were stronger predictors of USMLE Step scores than undergraduate GPA and were also good predictors for probability of experiencing academic difficulty. Data from students from 119 U.S. medical schools who matriculated between 2001 and 2004 showed that undergraduate GPA and MCAT total scores predicted unimpeded progress towards medical school graduation better than GPA alone. A third study using data from students from the University of Minnesota Medical School from five graduating classes between 2011 and 2015, found that MCAT component scores were significantly associated with USMLE Step 1 and Step 2 scores, although the effect was small. Higher MCAT scores are correlated with membership in the national medical honors society Alpha Omega Alpha (AOA), suggesting that MCAT scores can be useful to identify potential top-performing medical students.
Since the most recent version of the MCAT exam was only released in 2015, insufficient years have passed to determine correlation between MCAT scores and medical school benchmarks. The AAMC plans to use medical school data from 2017–2021 to determine the predictive ability of the new MCAT. The data will be collected from 18 medical schools who have agreed to collect data from students from entry to graduation including academic performance, USMLE Step exam scores, time to graduation and graduation rates.
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