Curriculum
Academics → Premed → Curriculum
Term I
The premedical Biology course provides a foundational understanding of essential biological concepts crucial for a career in medicine. Students explore cell structure and function, genetic principles, and ecological dynamics. This comprehensive curriculum equips students with the knowledge and skills necessary to excel in medical studies, fostering a deep understanding of life sciences essential for their future in healthcare.
Chemistry is essential for premedical students, providing a foundation for understanding chemical processes in the body. The course covers general and organic chemistry, addressing atomic structure, chemical bonding, and reactions. Organic chemistry focuses on carbon-containing compounds crucial to biochemistry, while inorganic chemistry introduces properties of inorganic compounds. This comprehensive curriculum equips students with the knowledge needed to understand chemical interactions within biological systems, laying the groundwork for further medical studies.
This physics course is tailored for premedical students, emphasizing its relevance to medicine. It covers classical mechanics, electromagnetism, and thermodynamics, focusing on how these concepts apply to biological systems and medical technology. Topics include biomechanics, medical imaging technologies like MRI and X-rays, and the physics of human motion. Additionally, students explore electricity, magnetism, optics, and thermodynamics, with applications in medical devices and body temperature regulation. Modern physics topics such as quantum mechanics and nuclear physics are also discussed in the context of medical diagnostics and therapies. Through case studies, students learn how physics principles are applied in medical technologies and healthcare practices, preparing them to understand the physical aspects of medical equipment and imaging techniques.
This intermediate-level algebra course, tailored for premedical students, covers advanced topics essential for healthcare. Students delve into systems of equations, quadratic, exponential, and logarithmic functions, and probability theory. Through medical case studies and mathematical modeling, students grasp algebra’s role in patient care and research. The course emphasizes algebraic skills crucial for pharmacology, drug dosage calculations, and patient safety, including dimensional analysis and concentration dilutions. Preparing students for quantitative demands in healthcare, linear algebra is introduced for applications in biostatistics. Topics include matrix operations, eigenvectors, and statistical analysis techniques vital for medical studies, clinical trials, and imaging.
Term II
This course caters to premedical students interested in understanding life’s molecular foundations. Biochemistry delves into the chemical processes and molecular mechanisms at the cellular and molecular levels. Students explore biomolecule concepts, structures, functions, and their relevance to medicine. The course covers proteins, nucleic acids, carbohydrates, lipids, cellular energy processes, and more. Through lectures, labs, and group discussions, students gain a thorough understanding of biochemistry’s role in health and disease mechanisms. It’s a crucial part of premedical education, ensuring students grasp life’s molecular aspects for future medical success.
The Psychology course for premedical students provides a foundational understanding of psychology’s role in medicine. Exploring patient interactions and the doctor-patient relationship, it delves into human behavior and cognition in a medical context. The course covers psychological research principles, stress, coping, and health behaviors. With an emphasis on effective communication, students learn to address patients’ psychological needs and recognize mental health issues. Cultural competence and ethical considerations are also explored. This course prepares students to provide holistic care, integrating psychological aspects into medical practice.
The Introduction to Anatomy course offers premedical students a foundational understanding of human anatomy through lectures, labs, and interactive learning. Covering anatomical terminology and major organ systems, it sets the stage for further studies in medicine and health sciences. This course is vital for students aspiring to careers in medicine, providing the essential groundwork for advanced studies in the field.
Tailored for premedical students, this calculus course focuses on healthcare and medical applications. Students learn derivative techniques like the chain rule and product rule, with medical applications. Integral computation, including integration by parts and substitution, is covered alongside medical context integration. Real-world applications include physiological rates of change, exponential growth, decay, and optimization. Graphical and numerical methods are emphasized for solving calculus problems with biological or medical data.
Term III
Tailored for premedical students, this course offers a comprehensive understanding of medical terminology, vital for success in healthcare. Through dissecting word components, students learn to decipher and comprehend medical vocabulary. They interpret and employ medical jargon in anatomy, physiology, and medical procedures. Emphasis is placed on precise pronunciation and spelling, along with the application of common medical abbreviations. By mastering medical language, students enhance their ability to convey information, record patient data accurately, and collaborate effectively in healthcare settings.
Introduction to Physiology offers a foundational understanding of human physiology, starting with cellular functions and progressing through various organ systems. Students explore how the body maintains balance and responds to challenges, gaining insights into its adaptability. Through lectures, labs, and interactive activities, students learn key concepts and apply them to real-world scenarios. Clinical case studies deepen their understanding of physiology’s role in diagnosis and treatment, preparing them for future medical practice.
Introduction to Microbiology provides premedical students with a foundational understanding of microorganisms and their relevance to healthcare and biological sciences. Through lectures, labs, and practical applications, students explore microbial diversity, structure, genetics, and growth. They also learn about the immune system, epidemiology, and clinical case studies, preparing them for future medical studies and practice.
The Sociology course for premedical students explores the social, cultural, and behavioral aspects of healthcare, preparing students for the complexities they may encounter in medicine. Through studying social determinants of health, ethical dilemmas, and global healthcare systems, students gain insights into addressing health disparities and delivering equitable care. They also learn about effective communication, cultural competence, and empathy in patient-centered care. By the course’s end, students are better equipped to navigate the diverse challenges of a medical career and understand the impact of social factors on patients and practitioners alike.