Academics

School of Medicine

4 year MD Program

A traditional 4-year MD program blends core scientific learning with practical clinical experience, equipping students for residency and a future career in medicine.

Structure of a MD Program

Basic Sciences:
During the first two years, students build their medical foundation by studying key subjects such as anatomy, physiology, pharmacology, and pathology. This stage usually involves classroom lectures, lab sessions, and group-based learning activities.

Clinical Rotations:
The final two years focus on clinical education. Students rotate through different medical specialties in hospitals and healthcare facilities, gaining direct patient-care experience and applying the knowledge gained during their basic science training.

School of Nursing

Bachelor of Science in Nursing (BSN)

A Bachelor of Science in Nursing (BSN) is a comprehensive four-year program that combines theoretical knowledge with practical clinical experience, preparing students for professional nursing practice and advanced study in the field.

Structure of a 4-Year BSN Program

Foundational Nursing and Health Sciences:
The first half of the program focuses on core health science subjects such as anatomy, physiology, microbiology, pharmacology, and introductory nursing concepts. Students engage in lectures, laboratory sessions, simulations, and group learning to build a strong academic base.

Clinical Training and Nursing Practice:
During the later years, students participate in supervised clinical placements across various healthcare settings, including hospitals, community clinics, and long-term care facilities. These rotations allow students to develop essential skills in patient care, critical thinking, communication, and professional nursing practice.

Licensed Practical Nursing (LPN)

A Licensed Practical Nursing (LPN) program provides students with essential nursing knowledge and hands-on skills needed to deliver direct patient care under the supervision of registered nurses and physicians. It prepares graduates for entry-level nursing roles and licensure exams.

Structure of an LPN Program

Foundational Nursing and Health Sciences:
The initial phase of the program focuses on core subjects such as basic anatomy and physiology, nutrition, pharmacology fundamentals, and introductory nursing concepts. Students participate in classroom instruction, lab practice, and simulation activities to build a strong understanding of essential nursing principles.

Clinical Training and Practical Experience:
The second phase emphasizes supervised clinical practice in healthcare settings such as hospitals, nursing homes, and community care facilities. During these rotations, students develop practical skills in patient care, medication administration, observation, and communication, preparing them for real-world nursing responsibilities.

School of Pharmacology 

Bachelor of Pharmacy (BPharm)

A Bachelor of Pharmacy (BPharm) is a four-year program designed to provide students with in-depth knowledge of pharmaceutical sciences, drug development, and patient-centered medication management. It prepares graduates for professional licensure and careers in pharmacy practice.

Structure of a 4-Year BPharm Program

Pharmaceutical and Basic Sciences:
The early years focus on foundational subjects such as chemistry, biochemistry, human anatomy, physiology, and introductory pharmaceutics. Students engage in lectures, labs, and research-based learning to build a strong scientific base.

Applied Pharmacy Practice and Clinical Training:
The later years emphasize advanced topics such as pharmacology, clinical pharmacy, pharmacy law, therapeutics, and patient counseling. Students also participate in practical training and clinical rotations in community and hospital pharmacies to gain real-world experience in medication management and patient care.

Associate Degree in Pharmacy

An Associate Degree in Pharmacy provides a solid introduction to pharmaceutical sciences and foundational pharmacy practice skills. It prepares students for supportive roles in pharmacy settings or for further study toward a bachelor’s degree.

Structure of an Associate Degree in Pharmacy

Core Health and Pharmacy Sciences:
The program begins with essential courses such as basic chemistry, human biology, pharmacology fundamentals, and introductory pharmacy practice. Classroom instruction and laboratory work help students develop essential theoretical knowledge.

Practical Training and Entry-Level Skills:
Students then participate in supervised practical experiences in community or institutional pharmacies. This phase focuses on developing skills in medication preparation, dispensing processes, pharmacy calculations, customer service, and professional communication.

Pharmacy Technician (Diploma)

A Pharmacy Technician Diploma program equips students with the hands-on skills needed to assist pharmacists in preparing and dispensing medications. It prepares graduates for entry-level positions in pharmacies and healthcare facilities.

Structure of a Pharmacy Technician Program

Foundational Pharmacy Knowledge:
The first portion of the program covers essential subjects such as pharmacy calculations, drug classifications, dosage forms, and basic anatomy and physiology. Students learn through classroom lessons and lab-based practice.

Practical Skills and Pharmacy Operations:
The second portion focuses on real-world pharmacy functions, including medication packaging, inventory management, compounding, prescription processing, and patient interaction. Clinical placements or internships give students practical experience in community and hospital pharmacy environments.

Natural Sciences

Pre-Medical Program (Pre-Med)

A Pre-Medical (Pre-Med) program provides students with the academic foundation required for admission into medical school. It focuses on essential science courses and skill development that prepare students for advanced studies in medicine.

Structure of a Pre-Med Program

Foundational Sciences and General Education:
The early portion includes core subjects such as biology, chemistry, physics, mathematics, and introductory health sciences. Students engage in lectures, labs, and research-based activities to build a strong scientific framework.

Advanced Sciences and Pre-Clinical Preparation:
The later portion introduces advanced courses like organic chemistry, biochemistry, microbiology, and human physiology. Students also gain exposure to clinical settings, volunteer work, and pre-medical advising to prepare for medical school applications.

Bachelor of Science in Marine Biology

A Bachelor of Science in Marine Biology is a comprehensive program that focuses on the study of ocean ecosystems, marine organisms, and the environmental processes that shape marine life. It prepares students for careers in marine research, conservation, and environmental sciences.

Structure of a Marine Biology Program

Core Biological and Environmental Sciences:
The initial years cover key subjects such as general biology, chemistry, oceanography, ecology, and environmental science. Students participate in lectures, lab sessions, and field observations to build foundational knowledge.

Advanced Marine Studies and Field Research:
The later years emphasize specialized topics such as marine ecology, marine mammals, fisheries science, coastal management, and marine conservation. Students engage in fieldwork, research projects, and internships in coastal or marine environments to apply their skills in real-world settings.

School of Applied Medical Sciences

Associate Degree in Diagnostic Medical Sonography (AAS)

An Associate Degree in Diagnostic Medical Sonography prepares students to become skilled ultrasound professionals capable of performing diagnostic imaging procedures. Graduates are equipped to work in hospitals, clinics, and imaging centers.

Structure of a Diagnostic Medical Sonography Program

Core Health Sciences and Ultrasound Principles:
The first phase covers anatomy, physiology, medical terminology, physics of ultrasound, and patient care fundamentals. Students develop theoretical knowledge through classroom instruction and hands-on lab practice.

Clinical Rotations and Specialized Imaging Skills:
The second phase focuses on practical training in real healthcare environments, where students learn to perform abdominal, obstetric, gynecologic, vascular, and other specialized ultrasound studies. Clinical rotations develop competency in patient interaction, image acquisition, and diagnostic procedures.

Associate Degree in Laboratory Technology (AAS)

An Associate Degree in Laboratory Technology trains students to perform essential laboratory tests and procedures that support medical diagnosis and scientific research. The program prepares graduates for entry-level roles in clinical, research, and environmental laboratories.

Structure of a Laboratory Technology Program

Core Sciences and Laboratory Fundamentals:
The initial phase focuses on foundational coursework such as general chemistry, biology, microbiology, hematology, and laboratory safety. Students participate in classroom learning and hands-on laboratory sessions to build strong scientific and technical skills.

Applied Laboratory Techniques and Clinical Practice:
The later phase emphasizes practical training in diagnostic testing, specimen handling, quality control, and the use of laboratory instruments. Students complete clinical placements or internships in medical or research laboratories, gaining real-world experience in performing tests, analyzing samples, and following professional laboratory standards.