10 Traditional and Surprising Pre-Med Majors (And How to Choose Yours)

The term “pre-med major” can be a little misleading as there is no such thing as majoring in pre-med when pursuing a bachelor’s degree. Pre-med actually refers to students planning to apply to medical school who are taking the related undergraduate course requirements.

What do premeds major in? When considering college majors, pre-meds can choose any field they’re passionate about, as medical school admissions committees accept students from diverse undergraduate backgrounds. 

That being said, prospective medical students should carefully select their pre-med courses with a focus on subjects like biology, psychology, and sociology. These topics are assessed on the Medical College Admission Test (MCAT), so you’ll need to know them well to excel on that very important exam.

I wrote an article for U.S. News about how I help students through the process of choosing the best pre-med major for them. In this article, I will be breaking down the top 10 traditional and surprising pre-med majors. 

Take notice of which majors spark your interest, play to your strengths, and align with your career aspirations. That’s how you’ll know you’ve found the right pre-med major for you! After all, you can get into medical school even if you aren’t already a pre-med.

Learn about how our Physician Advisors can walk you through the medical school admissions and application process for your best shot at getting into the school of your choice.

1. Anthropology

Anthropology is not considered a traditional pre-med major. However, anthropology can provide a unique perspective on human behavior and culture, which can be valuable in many health professions.

What Is Covered?

An anthropology major encompasses the study of human societies and cultures from various angles. It explores customs, beliefs, social structures, human evolution, genetics, and language. 

Options for More Precise Majors

Here are some different options for more precise anthropology majors:

• Medical Anthropology: This specialization focuses on the intersection of anthropology and healthcare. It examines how cultural beliefs and practices impact health and healthcare systems.
• Biological Anthropology: Also known as physical anthropology, this concentration explores human evolution, primatology, human genetics, and the physical traits and adaptations of humans and their ancestors.
• Ethnographic Research: This concentration emphasizes ethnographic fieldwork and research methods, preparing students to conduct in-depth studies of specific cultures or communities.
• Indigenous Peoples and Native American Studies: Some programs offer specialized tracks in the study of indigenous cultures and the issues affecting native communities.
• Forensic Anthropology: This specialization involves the application of anthropological techniques to identify human remains, particularly in forensic and legal contexts.
• Cultural Anthropology: This concentration allows students to delve deeper into the study of contemporary and historical human cultures, with a focus on customs, beliefs, social structures, and practices.
• Environmental Anthropology: This concentration looks at the interaction between human societies and their environments, including topics like sustainability, conservation, and the impact of climate change on cultures.
• Applied Anthropology: Applied anthropology applies anthropological principles and methods to address real-world issues.
• Urban Anthropology: Urban anthropology explores the dynamics of cities and urban life, including issues related to migration, gentrification, and urban development.

Special Considerations

In your personal statement and interviews, explain how your anthropology major has provided a unique perspective that will benefit your future medical career. Showcase how anthropology has enhanced your cultural competency and understanding of diverse patient populations.

2. Humanities

Humanities, such as ethnic studies, international relations, or a foreign language like Spanish are not considered traditional pre-med majors. Still, a humanities major develops critical thinking and communication skills essential for various career paths, such as education and research.

What Is Covered?

Humanities majors encompass a wide array of topics related to the exploration of human culture, history, and communication. Some key themes include literary analysis, philosophical inquiry, cultural diversity, linguistics, ethics, and artistic expression.

Options for More Precise Majors

Here are some examples of more precise majors within the humanities:

• Linguistics: Examines the structure and evolution of language, including sociolinguistics, phonetics, and syntax.
• Gender and Sexuality Studies: Explores issues related to gender, sexuality, and identity, often from interdisciplinary perspectives.
• Ancient Languages: Offers the opportunity to study ancient languages such as Latin, Greek, or Sanskrit.
• Digital Humanities: Integrates technology and digital tools into humanities research and scholarship.
• English Literature: Focuses on the in-depth study of literature, including specific periods, authors, or literary movements.
• History: Allows for specialization in particular historical periods, regions, or themes, such as medieval history, American history, or gender history.
• Philosophy: Offers concentrations in areas like ethics, metaphysics, epistemology, or the philosophy of science.
• Religious Studies: Focuses on the study of religion, theology, and comparative religion, often with the option to specialize in specific faith traditions.
• Cultural Studies: Concentrates on the analysis of contemporary culture, media, and popular culture.
• Art History: Concentrates on the analysis of visual arts, including specific time periods, artistic movements, or cultures.
• Classics: Explores the literature, history, and culture of ancient civilizations such as Greece and Rome.
• Cultural Studies: Specialized options include African-American Studies, Latin American Studies, Asian Studies, Irish Studies, and Jewish Studies. 
• Environmental Humanities: Explores the intersection of the humanities with environmental issues and sustainability.

Special Considerations

Even if students opt for a non-science major, they should keep in mind that completing the prerequisite courses for medical school is a crucial factor to consider while planning their academic schedule and extracurricular activities. 

I’ve talked to many students who feel that majoring in a non-traditional field of study was the best decision they ever made. Consider this when choosing electives.

The most common reasons I hear include pursuing interests while they had the time, learning about subjects that fulfilled lifelong curiosities, and preventing burnout by varying study topics beyond science. 

3. Biology

Biology aligns most closely with the traditional pre-med path due to its comprehensive coverage of specialized health sciences. As a biology major, you will also acquire valuable laboratory expertise needed in medical school.

What Is Covered?

Biological science majors gain a comprehensive education of life on earth. You’ll cover living organisms and the fundamental principles of the life sciences. These topics include the study of cellular biology, neuroscience, genetics, evolution, ecology, physiology, and more. 

Options for More Precise Majors

Here are some precise biology majors:

• Biochemistry: A biochemistry concentration delves into the molecular aspects of biology, focusing on the structure and function of biological molecules like proteins, nucleic acids, and enzymes.
• Neurobiology: Concentrating on neurobiology provides an in-depth understanding of the nervous system, including brain function, neural signaling, and neurochemistry. These can be highly relevant for medical students interested in neurology or psychiatry.
• Immunology: Immunology explores the immune system’s intricacies, including immune responses, immunodeficiency, and autoimmune disorders, which are essential topics for future physicians.
• Microbiology: Specializing in microbiology equips students with knowledge about microorganisms, infectious diseases, and the role of bacteria, viruses, and fungi in health and illness.
• Physiology: A concentration in physiology focuses on the functions of various organ systems in the body, providing a strong foundation for understanding human physiology.
• Molecular Biology: Molecular biology studies the molecular mechanisms underlying biological processes, including DNA replication, transcription, and translation.
• Biomedical Sciences: Some programs offer a biomedical sciences concentration, which covers a range of topics relevant to medicine, including cell biology, genetics, and physiology.
• Pharmacology: A concentration in pharmacology explores drug mechanisms, interactions, and their effects on the body.
• Epidemiology: Epidemiology focuses on the spread of diseases within populations, providing insights into public health and the management of health crises.
• Anatomy: A concentration in anatomy emphasizes the detailed study of the human body’s structure.

Special Considerations

Beyond the basic course load, biology majors have more opportunities to engage in research endeavors and internships at healthcare facilities or public health centers. These extracurricular activities provide valuable exposure and networking within the medical sector — a vital part of a great medical school application

4. Chemistry

Chemistry is considered a traditional pre-med undergraduate major. Many undergrads who aspire to get into medical school major in chemistry because it provides a strong foundation in the natural sciences, particularly concentrating on chemical reactions and properties. 

What Is Covered?

As chemistry majors, students delve into subjects such as physical chemistry, analytical chemistry, and biochemistry. These areas of study offer valuable opportunities for developing essential analytical and problem-solving skills.

Options for More Precise Majors

Here are some examples of more precise chemistry majors:

• Biochemistry: Focuses on the chemical processes and molecules in biological systems, including proteins, enzymes, DNA, and metabolic pathways.
• Medicinal Chemistry: Explores the development of pharmaceuticals and drug design, with an emphasis on the synthesis and properties of medicinal compounds.
• Forensic Chemistry: Involves the application of chemistry to analyze evidence in criminal investigations, including drug analysis and toxicology.
• Organic Chemistry: Focuses on the study of organic compounds, their synthesis, reactions, and applications in fields like pharmaceuticals and petrochemicals.
• Food Chemistry: Concentrates on the chemistry of food production, quality control, and the analysis of food components.
• Analytical Chemistry: Involves the development and use of analytical techniques and instruments for chemical analysis, including spectroscopy and chromatography.
• Radiochemistry: Focuses on the study of radioactive materials, nuclear reactions, and their applications in nuclear medicine and research.
• Computational Chemistry: Combines chemistry with computer science to simulate and model chemical reactions and molecular structures.
• Green Chemistry: Emphasizes environmentally friendly and sustainable practices in chemical processes and product development.
• Chemical Engineering: Combines chemistry with engineering principles to design and optimize chemical processes and industrial applications.
• Environmental Chemistry: Concentrates on the study of chemical processes in the environment, pollution control, and sustainable practices.
• Nanotechnology: Focuses on the manipulation of materials at the nanoscale, with applications in various industries, including electronics and medicine.
• Physical Chemistry: Concentrates on the fundamental principles of chemical thermodynamics, kinetics, and quantum mechanics.
• Green Chemistry: Emphasizes environmentally friendly and sustainable practices in chemical processes and product development.

Special Considerations

Majors in chemistry often stand out as appealing candidates for research positions or internships at pharmaceutical companies and research laboratories.

5. Psychology

Psychology is considered one of the traditional pre-med majors. Students of psychology delve into the intricacies of the human mind and behavior.

What Is Covered?

A psychology major equips students with a deep understanding of human behavior, cognitive processes, and the factors influencing mental health. Coursework covers areas of study like biological psychology, social dynamics, and psychological research methods.

Options for More Precise Majors

Here is a list of some more precise psychology majors:

• Clinical Psychology: Concentrates on the assessment, diagnosis, and treatment of psychological disorders and mental health issues.
• Child Psychology: Explores the behavioral, cognitive, and emotional elements that influence the development of children from infancy through adolescence.
• Health Psychology: Explores the relationship between psychological factors and physical health, including stress management and behavior change.
• Counseling Psychology: Focuses on counseling techniques, therapeutic approaches, and helping individuals cope with life challenges.
• Forensic Psychology: Involves the application of psychology to the criminal justice system, including criminal profiling and assessment of offenders.
• Neuropsychology: Studies the relationship between brain function and behavior, often involving the assessment of cognitive deficits and rehabilitation.
• Developmental Psychology: Concentrates on human development across the lifespan, including child, adolescent, and geriatric psychology.
• Social Psychology: Analyzes how social interactions, group dynamics, and culture influence human behavior and attitudes.
• Industrial-Organizational Psychology: Focuses on psychology in the workplace, including organizational behavior, leadership, and human resources.
• Sports Psychology: Addresses psychological aspects of sports and performance, including motivation, mental preparation, and team dynamics.
• Consumer Psychology: Explores consumer behavior, decision-making, and the psychological factors influencing marketing and advertising.
• Positive Psychology: Focuses on human strengths, well-being, and the factors contributing to a fulfilling life.
• Experimental Psychology: Involves research and experimentation to advance understanding in specific areas of psychology.
• Psychology and Law: Examines the interface between psychology and the legal system, including topics like eyewitness testimony and jury behavior.
• Environmental Psychology: Explores the relationship between people and their physical environments, including topics like urban planning and environmental conservation.
• Cross-Cultural Psychology: Analyzes how culture influences behavior, cognition, and perception in diverse societies.
• Gerontology: Concentrates on the psychology of aging, including mental health, cognitive functioning, and quality of life in older adults.

Special Considerations

Many universities provide options for both a Bachelor of Science (BS) and a Bachelor of Arts (BA) degree in psychology. I don’t recommend only one of these paths (both can be valuable), but it’s important to consider the full picture if you’re planning to apply to medical school.

A BS in Psychology usually emphasizes a science-oriented curriculum, concentrating on the technical and applied aspects of the field. This includes extensive training in the scientific method and statistics, often involving more laboratory work and research courses. 

Conversely, a BA in Psychology often offers a broader liberal arts education, encompassing additional general education courses and coursework in the social sciences or humanities. 

Both degrees can be suitable for aspiring medical students, but it’s essential to carefully consider prerequisites and customize your class schedule accordingly to meet medical school requirements.

6. English

English is not considered a traditional pre-medicine major, but it offers several benefits. English majors often develop strong communication and critical-thinking skills, which are essential for effective doctor-patient interactions and medical problem-solving. 

Additionally, their exposure to diverse literature and ethical considerations can enhance their cultural competence and ethical decision-making, ultimately making them well-rounded and empathetic healthcare professionals.

What Is Covered?

As an English major, students explore a diverse range of literary and linguistic topics. They delve into classic and contemporary literature, dissecting themes, character development, and narrative techniques. 

Additionally, English majors analyze language itself, studying grammar, syntax, rhetoric, and the evolution of written and spoken communication.

Options for More Precise Majors

Here are some options for more precise English majors:

• Rhetoric and Composition: Explores the art of persuasive writing, rhetoric, and the teaching of writing, often preparing students for careers in writing instruction or professional writing.
• Technical and Professional Writing: Emphasizes writing for specific fields, such as business, science, technology, or healthcare, with a focus on clear and effective communication.
• Women’s and Gender Studies: Investigates gender and sexuality in literature, with a focus on feminist theory and LGBTQ+ literature.
• Cultural Studies: Examines the intersections of literature, culture, and society, often focusing on specific cultural, ethnic, or identity groups.
• Journalism: Prepares students for careers in print, broadcast, or digital journalism, covering topics like news reporting, feature writing, and media ethics.
• Linguistics: Explores the scientific study of language, including phonetics, syntax, semantics, and sociolinguistics, providing insights into language structure and usage.
• Creative Writing: Concentrates on the craft of writing fiction, poetry, non-fiction, and other creative genres, often culminating in a portfolio of original work.
• Literary Studies: Focuses on the in-depth analysis and interpretation of literature from various time periods, genres, and cultural contexts.
• Media Studies: Analyzes media forms, including film, television, and digital media, from cultural, historical, and critical perspectives.
• Comparative Literature: Examines literature across different languages and cultures, promoting cross-cultural understanding and literary analysis.
• Children’s Literature: Focuses on the study of literature for young readers, including picture books, middle-grade, and young adult literature, often incorporating coursework in child development.
• Film Studies: Analyzes film as an art form and cultural artifact, covering topics like film history, theory, and cinematic analysis.
• Environmental Writing: Explores the intersection of literature and environmental issues, promoting environmental awareness and advocacy through writing.
• Publishing and Editing: Focuses on the publishing industry, including editing, manuscript evaluation, and the production of books and periodicals.

Special Considerations

English majors on the pre-med track should be aware of the specific science prerequisites required of medical school matriculants. 

They can leverage their strong communication and critical-thinking skills gained from their major to excel in medical interviews, patient interactions, and written communication in the healthcare field.

7. Physics

Physics is considered a traditional pre-med major. Physics provides a strong foundation in the natural sciences and can fulfill many of the science courses required by medical schools. 

What Is Covered?

A physics major covers the fundamental principles governing the behavior of the physical universe. Students delve into classical mechanics, electromagnetism, thermodynamics, and quantum mechanics. 

Advanced coursework may cover topics like relativity, astrophysics, and nuclear physics. Physics majors are able to explore the universe from the smallest subatomic particles to the vast expanse of space.

Options for More Precise Majors

Physics offers various specialized majors that allow students to delve deeper into specific areas of interest within the field. Here are some options for more precise physics majors:

• Medical Physics: Applies physics principles to healthcare, including radiation therapy, medical imaging, and diagnostics.
• Biophysics: Applies the principles of physics to biological systems, studying topics like molecular dynamics, protein folding, and biomechanics.
• Plasma Physics: Examines the behavior of ionized gasses or plasmas, with applications in fusion energy research and astrophysics.
• Optics and Photonics: Explores the behavior and applications of light, including laser technology, optical communications, and imaging.
• Computational Physics: Involves the use of computer simulations and modeling to solve complex physical problems and study phenomena.
• Atomic, Molecular, and Optical (AMO) Physics: Investigates the behavior of atoms, molecules, and optical systems, with applications in spectroscopy and quantum optics.
• Solid-State Physics: Focuses on the properties of crystalline and non-crystalline solids, including electronic and magnetic materials.
• Fluid Dynamics: Studies the behavior of fluids (liquids and gasses) and their interactions in various contexts, including aerodynamics and hydrodynamics.
• Acoustics: Studies the physics of sound, including topics like musical acoustics, noise control, and ultrasound technology.
• Astrophysics: Focuses on the study of celestial objects, such as stars, galaxies, and the universe’s structure and evolution.
• Particle Physics: Explores the fundamental particles and forces of the universe, often involving high-energy particle accelerators and the study of subatomic particles.
• Quantum Mechanics: Concentrates on the principles and applications of quantum theory, including quantum computing and quantum optics.
• Geophysics: Focuses on the physics of the Earth, including seismic studies, geothermal energy, and environmental monitoring.
• Nuclear Physics: Examines the structure and properties of atomic nuclei, nuclear reactions, and nuclear energy.
• Environmental Physics: Addresses environmental issues from a physics perspective, including climate science, atmospheric physics, and environmental monitoring.

Special Considerations

Some medical schools may consider the rigors of a major like physics on GPAs, but this is not guaranteed. It’s wise to consider whether or not you can keep your grades where they need to be as a medical school applicant before choosing to major in physics.

8. Philosophy

Philosophy is not considered a traditional pre-med major. However, a philosophy student can gain valuable skills in critical thinking and ethical reasoning. This can give them an edge when making informed decisions and navigating complex moral issues in healthcare. 

What Is Covered?

A philosophy major covers the rigorous study of fundamental questions about existence, knowledge, ethics, and the nature of reality. Students explore philosophical works, engage in critical analysis and argumentation, and examine various philosophical traditions.

Options for More Precise Majors

Here are some options for more precise philosophy majors:

• Ethics: Focuses on the study of moral principles, ethical theories, and applied ethics, often examining topics like medical ethics, business ethics, and environmental ethics.
• Philosophy of Mind: Explores questions related to consciousness, perception, mental states, and the nature of the mind, bridging philosophy and psychology.
• Epistemology: Concentrates on the nature of knowledge, belief, justification, and the philosophy of science, examining how we acquire and evaluate knowledge.
• Metaphysics: Investigates fundamental questions about the nature of reality, existence, causation, and the relationship between mind and matter.
• Political Philosophy: Explores theories of justice, governance, and the ideal societal structure.
• Ancient Philosophy: Concentrates on the study of classical Greek and Roman philosophy, including the works of philosophers like Plato and Aristotle.
• Eastern Philosophy: Explores philosophical traditions from Asia, such as Buddhism, Confucianism, and Taoism, providing cross-cultural philosophical insights.
• Feminist Philosophy: Examines issues related to gender, sexuality, and feminist ethics, often focusing on the contributions of women philosophers.
• Aesthetics: Focuses on the philosophy of art and beauty, addressing questions about the nature of art, interpretation, and the value of aesthetics.
• Philosophy of Religion: Examines philosophical questions related to the existence of God, religious experience, faith, and the relationship between religion and reason.
• Environmental Philosophy: Investigates ethical and metaphysical questions related to the environment, sustainability, and humanity’s relationship with nature.
• Philosophy of Law: Concentrates on legal philosophy, including the nature of law, justice, and the philosophy of punishment.
• Existentialism: Explores existentialist philosophy, focusing on themes of existential freedom, anxiety, authenticity, and the human condition.
• Philosophy of Science: Examines the philosophical foundations of scientific inquiry, including theories of scientific explanation, realism, and the scientific method.
• Philosophy of Language: Investigates language, meaning, communication, and the philosophy of linguistics, addressing questions about language’s role in thought and understanding.

Special Considerations

Philosophy majors on a pre-med track should carefully plan their coursework to ensure they meet the science prerequisites required for medical school. 

9. Engineering

Engineering is not considered a traditional pre-med major. However, engineering majors gain a unique set of problem-solving skills and a strong foundation in mathematics and applied sciences. 

These skills can be advantageous in understanding complex medical concepts, designing medical technologies, and spearheading innovative solutions.

What Is Covered?

An engineering major covers a wide range of subjects related to the design, development, and application of technology and systems. Students will study topics such as mathematics, physics, materials science, electrical circuits, mechanics, thermodynamics, and computer programming.

Options for More Precise Majors

Here are some options for more precise engineering majors:

• Biomedical Engineering: Applies engineering principles to healthcare and medical technologies, including the design of medical devices and systems.
• Biomechanical Engineering: Applies engineering principles to study human movement and develop assistive devices or prosthetics.
• Nuclear Engineering: Concentrates on the applications of nuclear technology, including power generation and radiation safety.
• Chemical Engineering: Explores the processes and principles of chemical reactions and manufacturing, often involving industries like pharmaceuticals, petrochemicals, and materials science.
• Mechanical Engineering: Concentrates on the design, analysis, and manufacturing of mechanical systems and machines, including robotics, automotive engineering, and aerospace systems.
• Electrical Engineering: Focuses on electrical circuits, electronics, and the design of electrical systems, including telecommunications, power systems, and semiconductor technology.
• Civil Engineering: Addresses the planning, design, and construction of infrastructure projects, such as bridges, buildings, roads, and water supply systems.
• Computer Engineering: Combines electrical engineering with computer science to design and develop computer hardware and software systems.
• Environmental Engineering: Focuses on addressing environmental challenges, including pollution control, water treatment, and sustainable resource management.
• Aerospace Engineering: Concentrates on the design and development of aircraft and spacecraft, including aerodynamics and propulsion systems.
• Materials Science and Engineering: Explores the properties, processing, and applications of materials, including nanotechnology and advanced materials development.
• Software Engineering: Emphasizes the design, development, and maintenance of software applications and systems.
• Industrial Engineering: Focuses on optimizing processes and systems in industries, enhancing efficiency and productivity.
• Structural Engineering: Deals with the analysis and design of structures like buildings, bridges, and dams for safety and stability.
• Systems Engineering: Integrates various engineering disciplines to design and manage complex systems, such as transportation or healthcare systems.

Special Considerations

Engineering majors should be prepared to balance a demanding engineering curriculum with the necessary science prerequisites for medical school. The good news is that an engineering background can provide a unique perspective on healthcare technology and innovation. 

Engineering majors can use their skills to bridge the gap between engineering and medicine in fields, such as medical device design or healthcare system improvement.

10. Pharmacology

Pharmacology is a traditional pre-med major that equips students for advanced studies and professional pathways. Pharmacology majors often pursue careers in fields such as medicine, pharmacy, dentistry, and various health sciences.

What Is Covered?

Pharmacology students obtain an in-depth knowledge of drugs, their mechanisms of action, and their effects on the human body. 

They explore topics such as drug development, pharmacokinetics, pharmacodynamics, and the interaction between medications and physiological systems.

Options for More Precise Majors

Here are some options for more precise pharmacology majors:

• Clinical Pharmacology: Concentrates on the application of pharmacological principles in clinical settings, including drug dosages, patient-specific treatments, and drug interactions.
• Pharmacogenomics: Explores the role of genetics in individual responses to medications and the development of personalized drug therapies.
• Experimental Pharmacology: Involves laboratory-based research on drug effects, mechanisms of action, and drug testing.
• Neuropharmacology: Focuses on the study of drugs that affect the nervous system, including psychopharmacology and the treatment of neurological disorders.
• Toxicology: Examines the adverse effects of chemicals and substances on biological systems, often involving the assessment of toxins and poison control.
• Regulatory Affairs and Drug Development: Focuses on the regulatory processes governing pharmaceuticals, including drug approval, quality control, and compliance with regulations.
• Pharmacology Education: Prepares students for careers in teaching and educational roles, emphasizing instructional methods and curriculum development in pharmacology.
• Pharmaceutical Sciences: Covers drug formulation, drug delivery systems, and pharmaceutical research and development.
• Veterinary Pharmacology: Applies pharmacological principles to the study of medications used in veterinary medicine.
• Pharmacoeconomics: Explores the economic aspects of drug development, pricing, and the cost-effectiveness of healthcare interventions.

Special Considerations

A pharmacology major’s knowledge of drug interactions can enhance their competence in prescribing and administering medications as future healthcare professionals.

How to Choose the Best Pre-Med Major for You

Selecting the right pre-med major is a crucial step on your journey to medical school. To make an informed decision, follow these 5 steps:

1. Self-Assessment: Begin with a thorough self-assessment to identify your strengths, interests, and career goals.
2. Research Medical School Requirements: Examine the prerequisites for medical school admission at your chosen institutions. Consider how your major aligns with these requirements.
3. Explore Your Passion: Opt for a major that genuinely interests you. If you’re passionate about a non-science field, you can still meet science prerequisites while majoring in a subject you love.
4. Consult Academic Advisers: Seek guidance from university academic advisers or pre-health advisers. They can suggest majors aligning with your pre-medical goals and help schedule your course work to satisfy your major as well as med school prerequisites.
5. Gain Relevant Experience: Regardless of your major, prioritize experience through internships, volunteering, and research. Showcasing your commitment to healthcare through extracurriculars is as crucial as your major.

Remember, there’s no one-size-fits-all answer when selecting a pre-med major. Your choice should combine your interests, strengths, and aspirations while meeting medical school prerequisites.

We can help boost your chances of success getting into medical school. Take 15 minutes to learn how — it might be the catalyst for the career you’ve waited your whole life to start.

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