4 Years MD Program
At the American University of Anguilla, the 4-year MD program is a medical education curriculum designed for students who wish to have a career in medicine. The 4 years of study are divided between Basic Science and Clinical Medicine.

Basic Science
From MD1 to MD4 Semester (AUA Campus)
During the pre-clinical or Basic Science years (year 1 and year 2) the focus is on building a foundational understanding of medical sciences, including anatomy, physiology, biochemistry, and pathology, along with essential clinical skills.
MD5 Semester – USMLE Step 1 Review
The 5th semester integrates clinical sciences with previous coursework to prepare students for the USMLE Step 1 exam and spans over 12 weeks.

Clinical Medicine
From MD6 to MD11 Semester
During the clinical medicine years (year 3 and year 4), students undergo clinical training through rotations in various medical specialties. This is their time to leave the classroom to interact with patients, gain practical experience, and apply their knowledge in real-world settings.
Upon completion, graduates earn a Doctor of Medicine (MD) degree and are prepared to enter residency programs for further specialized training.
Medical Program Timeline at AUA
Basic Sciences
At AUA School of Medicine, the basic sciences curriculum covers fundamental subjects such as anatomy, physiology, biochemistry, and pharmacology, preparing students for their medical clinical training years. These 2 years are spent on the island of Anguilla.
Our campus is equipped with everything our students could need in their Basic Science education. AUA medical school includes:
• Small Classroom Size
• Clinical Skills Training Space
• Anatomy Lab (Digital Anatomy Table and Plastics)
• Computer lab
• Study rooms
• Library
Basic Sciences Curriculum
1. Human Anatomy with Lab (9 credits)
This course involves a comprehensive study of human anatomy through both lectures and hands-on laboratory work. Students learn about body systems and their functions, engage in cadaveric dissection, and use anatomical models to visualize structures. The course integrates clinical correlations, linking anatomical knowledge to practical medical scenarios.
2. Embryology (4 credits)
This course explores human development from conception to birth, covering key stages such as fertilization, organ formation, and fetal growth. The course examines genetic and environmental influences on development, including congenital abnormalities and teratology. Students study histological changes during development and explore clinical correlations to understand birth defects and developmental disorders.
3. Histology and Cell Biology with Lab (9 credits)
This course focuses on the microscopic structure and function of cells and tissues. It combines lectures on cellular and tissue biology with hands-on lab work involving microscopy and tissue staining techniques. Students learn to identify and analyze various cell types and tissue structures, linking their function to clinical contexts. The course emphasizes practical skills and theoretical knowledge essential for understanding normal and pathological medical conditions.
4. Medical Terminology (3 credits)
This course provides essential knowledge of the language used in healthcare, covering the root words, prefixes, and suffixes that form medical terms. Students learn to decipher and correctly use medical vocabulary, which is crucial for accurate communication and documentation in clinical settings. The course equips students with the skills to effectively understand and apply medical terms in patient care and medical records.
5. Clinical Skills I (3 credits)
This course introduces foundational techniques and procedures necessary for patient care. It covers basic skills such as taking medical histories, performing physical examinations, and communicating with patients. Emphasizing hands-on practice and simulation, the course prepares students to apply these skills effectively in clinical settings and lays the groundwork for more advanced clinical training.
6. Clinical Correlation I (1 credit)
This course bridges basic medical knowledge with real-world clinical scenarios. It involves analyzing patient cases, integrating findings from various disciplines, and applying theoretical concepts to practical situations. This course enhances students’ diagnostic and problem-solving skills by linking academic learning with clinical practice.
7. NBME Subject Exams in: Gross Anatomy/Embryology, Histology
The NBME Subject Exams in Gross Anatomy/Embryology and Histology assess students’ and application of key concepts in these areas. These standardized exams evaluate knowledge of anatomical structures, developmental processes, and tissue types, ensuring students are well-prepared for clinical applications and further medical training.
- Biochemistry with Nutrition and Genetics (8 credits)
This course explores the biochemical foundations of human metabolism, integrating principles of nutrition and genetics. It examines how nutrients influence biochemical processes and how genetic factors affect metabolic pathways and health. The course provides a comprehensive understanding of the interplay between biochemistry, diet, and genetic variation, essential for addressing individual health and disease.
- Neuroscience/Neuro-Anatomy with Lab (9 credits)
This course delves into the structure and function of the nervous system, combining theoretical knowledge with hands-on lab experience. Students study brain anatomy, neural pathways, and neurological functions, using models and dissections to enhance their understanding. The course emphasizes the practical application of neuroanatomical concepts to clinical practice and neurological disorders.
- Physiology with Lab (9 credits)
This course explores bodily functions and processes, integrating theoretical lectures with practical laboratory work. Students study the mechanisms behind physiological systems such as cardiovascular, respiratory, and endocrine functions, and engage in experiments to observe and measure physiological responses. The course emphasizes understanding normal body functions and the impact of various conditions, preparing students for clinical applications and medical practice.
- Clinical Skills II (3 credits)
This course builds on foundational clinical techniques, focusing on advanced patient care skills such as diagnostic procedures, patient management, and therapeutic interventions. Through hands-on practice, simulations, and case studies, students refine their ability to perform complex procedures, develop critical thinking, and enhance their patient communication skills. The course prepares students for more intricate clinical scenarios and real-world medical practice.
- Clinical Correlation II (1 credit)
This course bridges advanced medical knowledge with clinical practice, emphasizing the integration of various diagnostic and therapeutic concepts. Students analyze complex patient cases, applying their understanding of pathophysiology, clinical skills, and medical decision-making to real-world scenarios. The course enhances critical thinking and clinical reasoning, preparing students for effective patient care and interdisciplinary collaboration.
- NBME Subject Exams in Biochemistry/Nutrition/Genetics, Neuroscience, Physiology
The NBME Subject Exams in Biochemistry/Nutrition/Genetics, Neuroscience, and Physiology evaluate students’ grasp of core concepts in these fields. These standardized exams test knowledge of biochemical processes, nutritional science, genetic influences, neural structures and functions, and physiological systems, ensuring a comprehensive understanding essential for clinical practice and advanced medical education.
- Microbiology and Immunology with lab (9 credits)
This course covers the fundamentals of microbial organisms and the immune system. Students learn about bacteria, viruses, fungi, and parasites, as well as the body’s defense mechanisms against infections. The lab component provides hands-on experience with microbiological techniques, including culture, identification, and immune assays, linking theoretical knowledge to practical skills essential for diagnosing and managing infectious diseases.
- General Pathology I (9 credits)
This course provides an overview of the mechanisms and processes underlying disease. Students study the causes, development, and effects of various pathologic conditions, including cellular injury, inflammation, and tumor formation. The course emphasizes understanding disease mechanisms and their clinical implications, laying the foundation for diagnosing and treating a wide range of medical conditions.
- Behavioral Science and Epi/Biostats (8 credits)
This course explores the psychological, social, and cultural factors influencing health and illness, alongside the principles of epidemiology and biostatistics. Students learn to apply statistical methods to analyze health data, understand disease patterns, and evaluate public health interventions. The course integrates behavioral science insights with quantitative analysis, enhancing students’ ability to assess and address health issues in diverse populations.
- Medical Ethics (4 credits)
This course examines the moral principles and ethical dilemmas encountered in medical practice. Students explore topics such as patient autonomy, confidentiality, informed consent, and professional conduct, learning to navigate complex ethical situations and make principled decisions in patient care. The course aims to develop critical thinking and ethical reasoning skills essential for responsible and compassionate medical practice.
- Clinical Skills III (3 credits)
This course advances students’ proficiency in complex medical procedures and patient management. It focuses on integrating and applying advanced diagnostic techniques, treatment strategies, and emergency response skills. Through simulations, practical exercises, and case studies, students refine their clinical abilities and enhance their readiness for real-world medical practice.
- Clinical Correlation (1 credit)
This course integrates advanced medical knowledge with clinical practice by analyzing complex patient cases and applying multi-disciplinary approaches. Students use their understanding of pathophysiology, clinical skills, and medical decision-making to manage intricate scenarios, fostering advanced critical thinking and problem-solving skills essential for effective patient care.
- NBME Subject Exams in Microbiology/Immunology, Behavioral Science/Ethics/Epidemiology/Biostatistics
The NBME Subject Exams in Microbiology/Immunology, Behavioral Science/Ethics, and Epidemiology/Biostatistics assess students’ mastery of key concepts in these fields. These standardized tests evaluate knowledge of microbial pathogens, immune responses, behavioral and ethical issues in medicine, and statistical methods for analyzing health data. The exams ensure students have a comprehensive understanding of these essential areas for effective clinical practice and public health management.
- Systemic Pathology II (9 credits)
This course provides an in-depth examination of disease processes across specific organ systems, building on foundational pathology concepts. Students analyze the pathology of various systems, including the respiratory, cardiovascular, and gastrointestinal systems, exploring disease mechanisms, clinical presentations, and diagnostic approaches. The course integrates theoretical knowledge with practical case studies to enhance students’ ability to understand and manage systemic diseases effectively.
- Pharmacology (8 credits)
This course covers the principles of drug action, including the mechanisms by which drugs affect the body and the body’s response to drugs. Students study various classes of medications, their therapeutic uses, side effects, interactions, and the principles of drug metabolism and excretion. The course emphasizes understanding how pharmacologic agents are applied in clinical settings to treat diseases and manage patient care effectively.
- Introduction to Clinical Diagnosis (8 credits)
This course provides foundational skills in evaluating and diagnosing medical conditions. Students learn to gather and interpret patient histories, perform physical examinations, and utilize diagnostic tools and tests. The course emphasizes developing a systematic approach to clinical problem-solving and enhancing diagnostic accuracy through practical exercises and case studies.
- Clinical Correlation IV (1 credit)
This course focuses on integrating advanced clinical knowledge with complex patient cases. Students apply their understanding of pathophysiology, diagnostic techniques, and therapeutic approaches to manage intricate scenarios. The course emphasizes critical thinking, multidisciplinary collaboration, and the practical application of theoretical concepts to real-world clinical situations, enhancing students’ ability to make informed, evidence-based decisions in patient care.
- NBME Subject Exams in Pathology, Pharmacology, Introduction to Clinical Diagnosis
The NBME Subject Exams in Pathology, Pharmacology, and Introduction to Clinical Diagnosis assess students’ comprehensive understanding of these critical medical disciplines. These standardized exams evaluate knowledge of disease mechanisms, drug actions, and diagnostic processes, ensuring students are well-prepared to apply their learning in clinical settings. The tests focus on integrating theoretical concepts with practical applications to enhance effective patient care and medical decision-making.
The program includes a thorough review of basic sciences through the fifth-semester course. This course begins with a diagnostic pre-test to pinpoint areas for improvement and tailor learning objectives. Concluding the course, you will take a full-length simulated comprehensive exam, designed to closely mimic the actual testing environment.
Clinical Sciences Curriculum
Upon completing the Basic Sciences program, students are allowed to begin their clinical clerkships, where they engage in experience across diverse medical specialties. Spanning a total of 76 weeks, these clerkships include essential core rotations at ACGME-approved teaching hospitals and elective opportunities, providing comprehensive exposure to various fields of medicine. All clinical training is conducted at our prestigious affiliate hospitals throughout the United States, ensuring students gain valuable experience in renowned medical environments.
The 2 years of Clinical Science are divided into 2 parts; core and elective clinical rotations.
- Internal Medicine (12 weeks)
- General Surgery (12 weeks)
- Family Medicine (6 weeks)
- OB\GYN (6 weeks)
- Pediatrics (6 weeks)
- Psychiatry (6 weeks)
- Neurology (4 weeks)
Total: 52 weeks
- Cardiology (4 weeks)
- Radiology (4 weeks)
- Orthopedic (4 weeks)
- Emergency Medicine (4 weeks)
- Pulmonology (4 weeks)
- Sub Internal Medicine (4 weeks)
Total: 24 weeks
USMLE Step 2, similar in format to Step 1, evaluates clinical knowledge through a multiple-choice format. During core clinical rotations, you’ll deepen your understanding of medical theory applied in practice, enhancing your readiness for Step 2. These rotations offer hands-on experience with casework, exams, and feedback from preceptors, all vital for your exam preparation.
The USMLE Step 2 is crucial for securing a preferred residency and is required for medical licensing and graduation. Residency programs prioritize performance on licensing exams, including the number of attempts and scores. Choosing a medical program with strong USMLE preparation is essential.
Hospital Teaching Sites

Jackson Park Hospital
This partnership bridges medical practice with academic excellence, providing AUA students with hands-on clinical experience and offering Jackson Park Hospital access to cutting-edge research from AUA. This collaboration enhances education and patient care, demonstrating a shared commitment to advancing health and knowledge.

Thorek Memorial Hospital
Thorek Memorial Hospital is a key community healthcare provider, offering essential, patient-centered care and playing a vital role in medical education and health initiatives. Its commitment to advanced practices and personalized service significantly benefits the community’s well-being.

MHC Healthcare

The MHC Healthcare Center in Arizona provides comprehensive, patient-centered medical services to individuals and families across the state. With a focus on accessible and affordable healthcare, MHC offers primary care, behavioral health, and specialty services to improve community well-being.

Larkin Community Hospital

Larkin Health System is an integrated healthcare delivery system accredited by the Joint Commission with locations in South Miami, Hialeah and Hollywood, Florida. Their network of acute care hospitals provide a complete continuum of healthcare services, including a full range of inpatient and outpatient services, and home health agencies in Miami-Dade and Broward County.
Student Support Services
At the American University of Anguilla School of Medicine, we believe that the success of our students stems from the amount of support we can provide them. We make sure they receive everything they need from academic support to assisting them in their daily life needs.
Academic Support and Student Counseling
Transitioning to a new environment and facility can be challenging as it often requires moving out of one’s comfort zone. At AUA, we recognize these challenges and are committed to creating a supportive and safe space where students can comfortably adjust to medical student life. Studying on an island demands both discipline and dedication to your medical career. Our experts at AUA are dedicated to supporting your overall well-being, and we are proud that we continuously observe a 90% decrease in student stress levels within the first month of joining our campus. Students have access to counseling services as needed, and tutors are available upon request to provide interactive sessions to help boost students outcome. Furthermore, our faculty advisors provide personalized guidance to help you adjust to island life and academic demands, fostering a sense of belonging and connection. The Learning Center offers tailored consultations, active learning strategies, and time management assistance to optimize your study skills. Additionally, our Academic Coaching program provides individualized support to enhance your strengths and ensure your academic success. With these resources, we aim to empower you to achieve your full potential and thrive in your medical education.
USMLE Tutoring Club (UTC) at AUA
The USMLE Tutoring Club at AUA provides tailored support for students preparing for the USMLE exams. This club offers peer-led study sessions, expert guidance, and resource sharing to enhance exam readiness. With a focus on collaborative learning, students benefit from personalized tutoring and group study opportunities to strengthen their understanding and performance on the USMLE.
Career Advising
At AUA, we guide our students through the complexities of their medical education and future careers. Our career advising services provide tailored support to help students navigate residency applications, explore specialty options, and build professional networks. With personalized mentorship and strategic planning, career advisors in the American University of Anguilla School of Medicine ensure that students are well-prepared for the competitive healthcare job market and equipped with the tools to achieve their career goals.
Academic Calendar and Catalogue
2025
Last Day of Enrollment | January 12, 2025 |
Orientation & Registration | January 13, 2025 |
Classes Begin | January 15, 2025 |
Last Day of Classes | April 25, 2025 |
Last Day of Enrollment | May 9, 2025 |
Orientation & Registration | May 12, 2025 |
Classes Begin | May 15, 2025 |
Last Day of Classes | August 22, 2025 |
Last Day of Enrollment | September 11, 2025 |
Orientation & Registration | September 12, 2025 |
Classes Begin | September 15, 2025 |
Last Day of Classes | December 19, 2025 |
Research
AUA is proud to support a diverse array of student-led research projects that push the boundaries of medical knowledge and healthcare innovation. Our students engage in critical research across fields like clinical practice, and public health, working alongside expert faculty mentors who in turn assist them in research publication.
Academic Resources
The American University of Anguilla provides complimentary and discounted subscriptions to academic resources to help their students succeed in their studies, exams and future careers.
This library provides 24/7 access to a vast collection of textbooks, research articles, and multimedia resources. It supports efficient studying and up-to-date learning, making it easier for students to conduct research and stay current with medical advancements.
Best Aid Reviews uniquely combines expertly crafted animations, 2D and 3D illustrations, and a visually spectacular book that seamlessly integrates with our educational materials. This includes a comprehensive video library of over 250 detailed lectures, designed to bring complex medical concepts to life. To further enhance learning, we offer a robust question bank with over 2000 questions, each accompanied by detailed explanations and illustrative pictograms that connect back to our animations
Kaplan offers medical students review courses and study materials for exams like the USMLE and MCAT. Their resources include live classes, practice questions, and study guides to help students excel in medical school and licensing exams.
The PASS Program supports medical students with targeted exam preparation and application guidance, offering study materials, practice tests, and personalized coaching for exams like the USMLE and MCAT.
UWorld is a leading resource for medical students, offering a vast question bank and detailed explanations for USMLE and other exams. Its practice questions and clear explanations help students assess their knowledge and prepare effectively for board exams.
Amboss provides an interactive, comprehensive learning platform with high-yield medical content and a vast question bank tailored for USMLE prep. It combines in-depth explanations, clinical correlations, and study analytics to optimize student understanding and performance.