The programme is a blend of medical sciences and biology, which is why it’s often seen as a pre-medical degree. Students study core subjects such as anatomy and physiology, biochemistry, genetics, microbiology, immunology, pathology, and pharmacology. In other words, like medical students, we learn how the human body functions, why diseases develop, and how treatments are applied. Like biology students, we also learn about genetic and molecular processes, as well as microorganisms such as bacteria and viruses. In addition to these subjects, we gain hands-on experience in laboratories, putting theory into practice.

The workload can be demanding. Throughout the semester, we attend lectures, tutorials, and laboratory sessions, and complete continuous assessments, which require regular effort rather than last-minute preparation. During busier periods—especially around midterms or finals—planning and managing your time effectively becomes essential. From personal experience, once you establish a routine and stick to it consistently, the pressure gradually eases, making the workload much more manageable.

There are several types of assessments across the modules, including quizzes, case studies, laboratory reports and practicals, projects (including 3D modelling), and presentations, which may be completed individually or in groups. Each module has its own assessment structure, and tasks are distributed throughout the semester. Keeping up with weekly tasks supports steady progress and better overall performance.

Semesters are structured to balance lectures, tutorials, laboratory sessions, and assessments. Most are full-length, but some are shorter, which can feel more intensive because the content is covered over a shorter period and deadlines come in closer succession. During a short semester, students typically take only one core module alongside General Studies Modules, allowing them to focus on fewer subjects at a time.

The Biomedical Practicum is a compulsory component of the programme in the second year, designed to immerse students in professional settings. During the practicum, students may be placed in diagnostic laboratories, biomedical research institutes, hospitals, university laboratories, or biotechnology and pharmaceutical companies, depending on the focus of their placement. While there, they may assist with laboratory procedures, handle data and documentation, and observe workplace workflows, all while following proper safety and ethical guidelines.

The academic staff in the programme have been incredibly supportive. They bring extensive experience in both research and teaching and are always willing to help—whether during lectures, tutorials, laboratory sessions, consultations, or via email. They encourage questions in class, clarify concepts when needed, and guide students through any difficulties they may face. This environment makes it easy to seek support and gives students the confidence to engage fully with their studies.

Yes, it’s possible to balance extracurricular activities alongside your studies, as long as you manage your time effectively. Many students are active in Taylor’s diverse clubs and societies, where they can pursue interests such as sports, arts and culture, and community service. Being involved beyond the classroom has helped me develop valuable soft skills like teamwork, communication, and leadership. It also provides opportunities to meet peers from different programmes and gain new experiences, while making university life more fulfilling.