Learn about bacteria, viruses, and other microorganisms, as well as how genetic and environmental factors, can affect health to broaden your understanding. Biomedicine also considers how the body matures, the effects of illness and damage, and the diagnostic methods available to spot physiological issues.

A Bachelor of Biomedicine may get you where you want to go, whether you want to work in medicine, professional health, biological research, or anything else. The integrated curriculum places a strong focus on the connections among the biomedical scientific disciplines that support contemporary clinical practice and prepares you for the difficulties of modern healthcare delivery and research.

Multiple available majors

The goal of the biomedical science course is for students to get an overall grasp of biomedical science that will enable them to focus their further studies on the subjects that most interest them. This curriculum includes practical laboratory work, and in order to go on in the course, you must finish these practical components to a sufficient level. The emphasis on scientific research grows throughout the course as students have more hands-on experience with laboratory research in its final phases. The possibilities for research at the university are diverse, and students select their own projects.

There are 15 major options and core courses available for the biomedicine degree. This gives you the building blocks for a variety of career paths in health care. As a student studying biomedicine, you have exclusive access to core second and third-year courses. The core courses in biology, chemistry, physics, and arithmetic you take first will get you ready to pass the entrance exams for the majority of health-related professional institutions. 

Advanced courses

The two second-year integrated topics provide an emphasis on the connections between various biomedical fields; they aim to improve your comprehension of the human body in all of its complexity. You'll concentrate on human biology by taking courses in biochemistry, anatomy, physiology, histology, and microbiology. Add some supplementary scientific and related courses, then complete your degree with your choice of electives.

The key studies in the third year become more clinical (Molecules to Malady) or population-focused (Frontiers in Biomedicine), bringing all the threads of your biomedical education together. By the time you graduate, you'll possess the strong scientific background necessary to be successful in the majority of healthcare occupations or to pursue specialized Master's or PhD degrees.

Biomedicine graduates frequently work in the fields of medicine, dentistry, and nursing for hospitals, medical research institutes, and the pharmaceutical, biotechnology, and agricultural businesses. Many students also continue their studies by enrolling in graduate programs or attending medical school.