Key Takeaways<\/p>\n
Pre-med is a pathway, not a program \u2014 any major works if you complete the required science coursework.
\nAdmissions committees weigh GPA, MCAT score, clinical experiences, research experience, and personal statement above major title.
\nBiomedical Sciences maps well to MCAT content and first-year medical school curricula.
\nPsychology works best as a supplement to science coursework, not a replacement (aim for roughly 75% science, 25% psychology).
\nApplied science programs \u2014 Medical Laboratory Science, Imaging Sciences, Biotechnology build diagnostic thinking useful for pre-med preparation.
\nA well-chosen major keeps doors open in healthcare fields beyond medicine, including research, allied health, and leadership.<\/p>\n
What \u201cPre-Med\u201d Actually Means<\/p>\n
Before comparing pre-med major options, it helps to clarify what \u201cpre-med\u201d actually is.<\/p>\n
Pre-med is a combination: a checklist of required courses, a mindset of long-term preparation, and a pathway toward a medical career. It is not a degree program you enroll in.<\/p>\n
\u201cPre-med is all three \u2014 a checklist, a pathway, and preparation for a potential career in medicine or an allied health field. The biggest misconception is that being on a pre-med track automatically means a student will get into medical school, become a physician, or practice medicine.\u201d<\/p>\n
\u2014 Dr. Judy Jean, DHSc, CCRP, CCRC \u2014 DHSc Program Coordinator, Keiser University<\/p>\n
Pre-med requirements are about course completion, not major selection. According to the AAMC<\/a>, eligible students can apply from any undergraduate background as long as they fulfill the required prerequisite courses. What changes based on your major is how naturally those pre-med requirements fit into your degree, and how much room you have left for clinical experiences, research, and extracurriculars.<\/p>\n Does Your Major Affect Medical School Admissions?<\/p>\n Short answer: less than you think.<\/p>\n According to AAMC data analyzed by the American Medical Association<\/a>, biological sciences remains the most popular major, with 13,420 out of 23,156 matriculants in 2024 \u2014 roughly 58% of the total. But popularity does not equal advantage.<\/p>\n About 9% of matriculants came from social sciences backgrounds, and roughly 3% came from humanities. Students who major outside the natural sciences often maintain competitive acceptance rates and average MCAT scores. Per AAMC data<\/a>, matriculants who majored in math, statistics, and humanities posted MCAT scores slightly above those who majored in biological sciences \u2014 a finding that challenges the assumption that a biology or chemistry major is the strongest foundation.<\/p>\n Admissions committees weigh achievements, motivation, leadership, clinical experiences, and life story. Academic performance in your pre-med courses matters far more than the name of your major.<\/p>\n \u201cI don\u2019t think the undergraduate degree itself is the deciding factor. A stronger applicant is a well-rounded student who has taken advantage of volunteer opportunities, internships, hands-on experience, and patient- or healthcare-related hours that help build a more complete resume and application.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n One metric that does matter deeply: according to AAMC data, the average GPA for medical school matriculants is 3.79 to 3.81<\/a>, and competitive applicants typically need a 3.6 or higher to be in range. Science-heavy majors can make this harder to achieve due to grading curves, while non-science majors often offer a GPA advantage \u2014 provided you still complete all pre-med requirements in the natural sciences and math. Choosing a major that protects your average GPA while fulfilling medical school prerequisites is often a smarter strategy than defaulting to biology because it sounds safe.<\/p>\n Medical School Requirements: Course Requirements Every Pre-Med Student Must Know<\/p>\n Understanding what medical schools expect applicants to complete is the foundation of any good pre-med plan. Most medical schools require the following core science and math courses:<\/p>\n General biology (with lab) \u2014 at least one semester of each required sequence Fulfilling medical school prerequisites early shapes your entire course selection strategy. Students majoring in non-science fields will need to plan additional courses alongside their major coursework to meet these requirements. Admissions representatives look closely at whether applicants have demonstrated a deep understanding of these subjects \u2014 not just that they completed the boxes.<\/p>\n Tip: Schedule time with an academic advisor during your first semester to map out your pre-med and degree requirements. A clear plan from the start can help you avoid surprises and keep you moving toward your goals.\u00a0<\/p>\n The Best Majors for Pre-Med Students<\/p>\n Here are some of the most common pre-med majors to consider, what each does well, and who each is best suited for.\u00a0<\/p>\n 1. Biomedical Sciences \u2014 A Well-Designed Pre-Med Foundation<\/p>\n Biomedical Sciences is one of the most deliberately constructed pre-med majors available. The curriculum covers the chemistry and science foundation that maps directly to MCAT <\/a>content, while also giving you broad exposure to healthcare pathways beyond medicine.<\/p>\n \u201cThe Biomedical Sciences track is a very good pathway for someone looking to get into medical school. It supports students whether they ultimately go to medical school or pursue another allied health or healthcare pathway.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Keiser University\u2019s BS in Biomedical Sciences (Pre-Med)<\/a> is designed to prepare students with the science GPA and pre-med coursework they need, while leaving room for clinical experiences and electives that round out a competitive application. The program includes a strong molecular biology and biochemistry sequence, which maps directly to what medical school curricula cover in the first two years.<\/p>\n Keiser\u2019s one-class-at-a-time format is particularly valuable here. Demanding pre-med courses like organic chemistry and biochemistry can derail students who are juggling several classes simultaneously. At Keiser, students give each course their full attention.<\/p>\n \u201cKeiser\u2019s one-class-at-a-time format is a major advantage for pre-med students, especially in demanding science courses. It allows students to focus on the key factors of one course without having to think about several others at the same time. The model makes a particularly big difference in higher-level science major core courses \u2014 it could be a game changer.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Pivot-proof upside: If your plans shift, a Biomedical Sciences degree keeps many options open \u2014 allied health professions, healthcare leadership, graduate study, or the Master of Science in Biomedical Sciences<\/a> and Doctor of Health Science (DHSc)<\/a> are all accessible next steps.<\/p>\n 2. Health Science and Health Professions Pathways<\/p>\n For students who know they want a medical career but have not committed to MD vs. PA vs. clinical leadership, Health Science, BS<\/a> provides a systems-level view of how healthcare works. It covers health policy, administration, patient care, and clinical infrastructure in ways that pure laboratory-science programs do not.<\/p>\n This pathway suits students drawn to the broader health professions landscape. It also tends to support a more manageable course load than a dense science major, which can make a real difference in maintaining strong academic performance across all four years.<\/p>\n The Biomedical Sciences, BS (Pre-PA)<\/a> is another strong option for students leaning toward physician assistant programs, with built-in advising support and application preparation structured into the degree.<\/p>\n Who fits Health Science over Biomedical Sciences? Students interested in healthcare leadership, health policy, administration, or allied health \u2014 rather than primarily clinical or bench science \u2014 will find Health Science a better match for their goals.<\/p>\n 3. Biological Sciences: Biology and Chemistry<\/p>\n Biology remains the most common pre-med major, and chemistry is a close second among traditional science majors. Both align well with medical school prerequisites and the biological and physical sciences sections of the MCAT.<\/p>\n The trade-off is GPA pressure. Science majors like general biology and chemistry often involve competitive grading curves that can make it harder to maintain the academic performance medical schools expect. Students who choose this path need a realistic plan for managing course load across all four years. Many applicants underestimate this challenge until they are already deep into required coursework.<\/p>\n 4. Biomedical Engineering \u2014 High Reward, High Workload<\/p>\n Biomedical engineering offers excellent quantitative and analytical preparation. Students who major in biomedical engineering build a deep understanding of physical sciences, mathematics, and systems-level thinking that translates well to the MCAT and to medical research environments.<\/p>\n The challenge is the workload. Biomedical engineering is one of the most demanding undergraduate programs at any university. Managing a strong science GPA alongside required engineering coursework requires careful planning, and many students find the course load difficult to balance with gaining clinical experience simultaneously.<\/p>\n Seleni Frometa, BioMedical Sciences Student\u00a0<\/p>\n Find out why Seleni highly recommends Keiser University to anyone seeking a supportive and engaging educational experience. <\/p>\n As previously mentioned, AAMC data shows<\/a> that students who major in quantitative fields like math and physical sciences tend to post higher average MCAT scores than biological sciences majors, but the path requires honest self-assessment about workload management before committing.<\/p>\n 5. Psychology \u2014 Underrated, with One Key Caveat<\/p>\n The current MCAT includes an entire section \u2014 Psychological, Social, and Biological Foundations of Behavior \u2014 covering content that psychology majors encounter in depth across their program. Medical schools also highly value candidates with strong communication skills, cultural competency, and an understanding of human behavior. These are areas where psychology majors<\/a> often stand out.<\/p>\n The caveat is that psychology alone does not replace the science foundation. Dr. Jean is direct on this point.<\/p>\n \u201cStudents interested in psychology as part of a pre-med path should still choose a science-focused undergraduate degree and then couple it with psychology. The science foundation is too important to replace entirely. A rough ratio of about 75% science and 25% psychology is the best approach.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Keiser\u2019s Psychology, BA<\/a> can serve as a complement to your science coursework, particularly for students drawn to psychiatry, pediatrics, or behavioral medicine. According to BeMo Academic Consulting, citing AAMC data<\/a>, humanities and psychology majors tend to have an advantage on the MCAT\u2019s Critical Analysis and Reasoning Skills (CARS) section \u2014 an area that pure science majors sometimes underestimate in their MCAT preparation.<\/p>\n 6. Applied Science Paths: Medical Laboratory Science, Imaging Sciences, and Biotechnology<\/p>\n Not every pre-medical student takes the biology-forward route. Some of the most well-prepared applicants come through clinically applied science programs that give them hands-on diagnostic or molecular biology experience before they ever write a personal statement.<\/p>\n \u201cAn applied science background can provide advantages, especially when it includes clinical laboratory experience. Lab work is important because it gives students hands-on understanding of diagnostics, systematic approaches to the body, and related applied science skills.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Keiser offers three applied science programs that work as pre-med foundations:<\/p>\n Medical Laboratory Science, BS<\/a> \u2014 builds clinical reasoning, diagnostic skills, and bench experience that connects directly to what first-year medical students encounter These programs can give a pre-medical application a distinctive story \u2014 one that demonstrates real clinical and research experience alongside academic preparation. Pair any of them with the recommended courses for medical school eligibility, and you have a differentiated application.<\/p>\n \u00a0<\/p>\n 7. Public Health \u2014 The Macro-Level Option<\/p>\n Public health is a growing pre-med choice that gives students a macro-level perspective on healthcare systems that pure science majors rarely develop. Pre-med students in public health programs often build a strong grasp of social determinants of health, health policy, and community-level clinical experiences.<\/p>\n AAMC data shows<\/a> a growing trend of applicants from diverse academic backgrounds \u2014 including public health, economics, and anthropology \u2014 reflecting a shift in how admissions committees evaluate preparation. Majors like public health and biochemistry also offer useful career alternatives in health policy, research, and administration if your plans evolve, making them pivot-proof choices alongside Biomedical Sciences.<\/p>\n What Actually Gets You Into Medical School<\/p>\n Your major is one input. Here is what admissions committees actually weigh.<\/p>\n GPA and Science GPA (BCPM)<\/p>\n Admissions committees track your Biology, Chemistry, Physics, and Math GPA separately from your overall GPA. According to the AAMC<\/a>, the average GPA for medical school matriculants is 3.79 to 3.81, with competitive applicants typically needing a 3.6 or higher. Selecting a major that allows for strong academic performance while completing pre-med requirements is one of the most important factors pre-med students underestimate.<\/p>\n MCAT Score<\/p>\n The MCAT tests biological sciences, physical sciences, behavioral sciences, psychology, sociology, and critical reasoning. According to AAMC data<\/a>, the average MCAT score for medical school matriculants has been 512 consistently across recent application cycles. The most important MCAT preparation move is auditing your degree coursework against MCAT content domains early \u2014 ideally in your first year, not your junior year.<\/p>\n \u201cStudents who intend to pursue a medical degree should speak with their counselors early, understand the different MCAT sections, and identify which courses in their degree will best prepare them for those sections. Learn what the MCAT entails, then audit how your degree supports your preparation \u2014 don\u2019t wait until late in the process.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Building Clinical Experiences<\/p>\n Gaining clinical hours is non-negotiable. Roles like emergency medical technician (EMT) or certified nursing assistant (CNA) are common entry points for pre-med students. Volunteer hours in patient-facing healthcare settings are equally valuable. The goal is demonstrating a deep understanding of patient care before you apply \u2014 not just completing non-science classes and science classes in the right ratio.<\/p>\n Research Experience and Medical Research<\/p>\n Medical research experience matters \u2014 and the type matters. Clinical research is different from bench research. Dr. Jean, who coordinated clinical trials at Miami Children\u2019s Hospital and held CCRP and CCRC certifications, recommends starting as early as possible.<\/p>\n \u201cStart building hands-on experience as early as possible. Seek opportunities in healthcare settings, patient care, internships, and volunteering. Soft skills, leadership, and understanding the operational and administrative side of medicine all matter. The earlier students take these opportunities seriously, the better supported they will be.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Planning Your Medical Career: What if Plans Change?<\/p>\n Medical school admissions is highly competitive. According to AAMC data, there are typically over 50,000 applicants competing for roughly 23,000 seats in U.S. MD programs each year<\/a>. That reality makes it important to choose a major with flexibility across healthcare fields \u2014 not just one optimized for a single outcome.<\/p>\n Biomedical Sciences is designed for exactly this.<\/p>\n \u201cA Biomedical Sciences degree gives students a number of options. It can prepare them for different allied health professions, healthcare leadership, and graduate-level coursework. I don\u2019t see the degree as a disadvantage if a student pivots away from medical school \u2014 it keeps many healthcare options available.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Majors like biochemistry, public health, and psychology also offer alternatives in research, mental health services, and health policy \u2014 providing a related field to move into if plans change.<\/p>\n If your path evolves, Keiser\u2019s graduate programs offer clear next steps: the MS in Biomedical Sciences<\/a> for advanced research or clinical preparation, and the Doctor of Health Science<\/a> for healthcare leadership, academic program coordination, or clinical administration.<\/p>\n The Non-Traditional Pre-Med Student<\/p>\n Career changers and adult learners are a significant part of Keiser\u2019s student population and a pre-med track is a reachable goal for students returning to school after years in another field. The adjustment is real, but manageable. Industry expectations, clinical protocols, and healthcare technology evolve. Students transitioning from non-healthcare backgrounds should familiarize themselves with current pre-med requirements and gain a clear understanding of today\u2019s healthcare landscape before beginning their studies.\u00a0<\/p>\n \u201cNon-traditional students may need time to acclimate to the current healthcare industry, because what was done years ago may not reflect what is being done now. Lean on advisors and professors to understand what is the current environment in the field, what will be required of you, and how you can leverage your existing experience to market yourself effectively.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n The advantage non-traditional students carry is often underestimated. Professional experience, leadership, and real-world healthcare exposure can make an application stand out in ways that a straight-from-high-school transcript rarely does.<\/p>\n Support and Advising at Keiser<\/p>\n Course selection is step one. Getting into medical school requires years of intentional preparation \u2014 and no student should navigate that alone. Admissions counselors and academic advisors at Keiser are structured to support pre-med students throughout their undergraduate years and beyond.<\/p>\n \u201cKeiser provides support through advisors, professors, and one-on-one guidance. Advisors are integral to future academic success because they understand what is needed for students pursuing particular degrees and can guide them in the right direction. Support includes help with recommendation letters, preparation for national exams, and close contact with professors.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC<\/p>\n Keiser\u2019s small class sizes make this kind of access realistic. Students receive direct faculty contact, structured advising, and support through the application process \u2014 not just through degree completion.<\/p>\n Jackmarie Vazquez, Keiser University Biomedical Sciences Graduate \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 <\/p>\n Frequently Asked Questions<\/p>\n What are the best majors for pre-med students? Biomedical Sciences, Health Science, biology, chemistry, psychology, and applied science programs like Medical Laboratory Science are all common pre-med majors. The right choice depends on your goals, your GPA strategy, and whether you want flexibility across healthcare fields. Speak with an advisor early to match your course selection to your intended path.<\/p>\n Does my major matter for medical school admissions? Your major matters less than your GPA, MCAT score, clinical experiences, and personal statement. Most medical schools do not require a specific major. What matters is completing the required pre-med coursework in the natural sciences and math \u2014 and performing well in those courses.<\/p>\n What is the most popular pre-med major? According to AAMC data analyzed by the AMA<\/a>, biological sciences is the most popular, accounting for roughly 58% of medical school matriculants in 2024. But students from diverse academic backgrounds are accepted every year.<\/p>\n Can I be pre-med without a science major? Yes. Students who major outside the natural sciences can still fulfill medical school prerequisites through additional courses in biology, chemistry, and physics. Humanities and psychology majors tend to have an advantage on the MCAT CARS section<\/a>, which tests critical analysis and reasoning skills rather than content knowledge.<\/p>\n What GPA do I need for medical school? According to AAMC data<\/a>, the average GPA for medical school matriculants is 3.79 to 3.81. Admissions committees track your overall GPA and your BCPM (Biology, Chemistry, Physics, Math) GPA separately. Academic performance in your science classes is an important factor throughout your undergraduate years.<\/p>\n What MCAT score do I need? According to the AAMC<\/a>, the average MCAT score for matriculants is 512. MCAT preparation should start early, ideally by auditing your recommended courses against MCAT content sections during your first year of college.<\/p>\n Is Biomedical Sciences a good pre-med major? Yes. Biomedical Sciences is designed to prepare students with a strong science and math foundation that maps well to MCAT content and early medical school curricula. It also keeps many healthcare fields open if your plans evolve.<\/p>\n What if I don\u2019t get into medical school? Pre-med students with a strong undergraduate foundation in health sciences have many options, including physician assistant programs, allied health professions, clinical research, healthcare administration, and graduate study. Choosing a degree with flexibility across healthcare fields, like Biomedical Sciences, helps protect your career options.<\/p>\n Speak with an Advisor at Keiser University<\/p>\n Your pre-med major is the foundation. Choose one that lets you maintain strong academic performance, complete your medical school prerequisites, and build the clinical and research experience that separates competitive applicants. If you are ready to explore program options and find the right fit for your goals, speak with a Keiser advisor<\/a> today.<\/p>\n \u201cStudents should understand the path does not come quickly or easily. Be patient, stay focused, and continue working toward your goal.\u201d<\/p>\n \u2014 Dr. Judy Jean, DHSc, CCRP, CCRC \u2014 DHSc Program Coordinator, Keiser University<\/p>\n About Keiser University<\/p>\n Since 1977, Keiser University has been empowering students to achieve their career goals through career-focused, accredited education. As one of Florida\u2019s largest private, nonprofit universities, Keiser is institutionally accredited by SACSCOC (learn more about our accreditation<\/a>), ensuring degrees are respected by employers and institutions nationwide. Founded by Dr. Arthur Keiser and Evelyn Keiser, the university is built on a student-centered model designed to support working adults, transfer students, and first-time college learners.<\/p>\n As a Keiser University student, you\u2019ll benefit from:<\/p>\n Over 100 associate, bachelor\u2019s, master\u2019s, and doctoral degree programs aligned with today\u2019s workforce.
\nGeneral chemistry and organic chemistry (with labs)
\nPhysics (with lab)
\nBiochemistry
\nMath courses including statistics
\nPsychology, sociology, and behavioral sciences<\/p>\n![\"Seleni](\"https:\/\/www.newsbeep.com\/us-fl\/wp-content\/uploads\/2026\/06\/maxresdefault.jpg\"\/)
<\/p>\n
\nImaging Sciences, BS<\/a> \u2014 develops anatomy and physiology knowledge in a clinically applied setting
\nBiotechnology, AS<\/a> \u2014 provides a solid foundation in molecular biology, lab technique, and medical research skills<\/p>\n![\"Jackmarie](\"https:\/\/www.newsbeep.com\/us-fl\/wp-content\/uploads\/2026\/06\/1781228295_498_maxresdefault.jpg\"\/)
<\/p>\n
\nFlexible learning options, including on-campus, online, hybrid, and one-class-at-a-time formats.
\nPersonalized academic and career support, with dedicated faculty and career services.
\nFinancial aid, scholarships, and tuition guidance to help make education more accessible.
\nRecognition as the No. 1 university in the U.S. for Social Mobility by U.S. News & World Report (2023)
\nProud membership in the Hispanic Association of Colleges and Universities (HACU)
\nMore than 45 years of educational excellence with a proven focus on student success and outcomes<\/p>\n