Biomedical Science

The programme has incorporated key features to prepare the modern biomedical scientist. These features offer an appreciable advantage by enabling students:

• To have a sound knowledge of the functioning of the human body in physiological and pathological states via the body-organ systems courses.
• To develop knowledge, skills and attitudes through a structured in-house learning experience. The learning experience will be delivered through various teaching-learning approaches. In-house practical sessions will be conducted using simulated and clinical specimens.
• To gain practical experience while working under close supervision alongside experts in the respective biomedical science disciplines, through attachments at appropriate hospitals, diagnostic laboratories, university and/or research laboratories.
• To develop further laboratory experience and expertise while working as an apprentice, under minimal supervision. This period of attachment as an apprentice provides an opportunity to demonstrate the trainee’s expertise in a prospective employment environment and a long-term career prospect.
• To acquire knowledge, skills and attitudes relating to the biomedical science disciplines which would prepare the graduate for further training in postgraduate biomedical science programmes, and where feasible, medicine and allied health sciences.
• To develop professionalism. Opportunities will be given to the students to put theory into practice in their development as an effective member of the healthcare team.
• To develop their curiosity and enthusiasm for the biomedical sciences through student-centred learning activities including Portfolios of Learning, Problem-Based Learning and Research Projects.

In addition to didactic large group teaching sessions (Plenaries), the programme is also delivered through small group teaching sessions (Problem-based learning, Laboratory practicals, Workshops, Computer-aided learning, Tutorials, Seminars, Presentations and Attachments / Placements). Such small group teaching sessions will provide opportunities for the development of a range of skills necessary for the biomedical scientist. The projects in Semester 6 will provide opportunity for the student to conduct studies in biomedical field and it is hoped that students will acquire critical thinking and analytical skills necessary for postgraduate training later.

Semester contents are available in the programme brochure [Download Brochure]

The Bachelor of Science (Hons) Biomedical Science degree is awarded by IMU. The partner universities will award their respective degrees to students who transfer to their school.

Students will be assessed through their class tests, practical reports, workshops, portfolios, projects, logbooks, written reports, presentations, dissertations and end-of-semester examinations.

There will be 8 weeks of industrial placement in the attachment semester.

The medium of instruction is English. Students who come from a system of education in which the medium of instruction is not English are strongly recommended to improve their proficiency in English by making their own arrangements to attend additional English Language classes before entering IMU.

Biomedical scientists may be employed by public and private hospital laboratories, public health laboratories and private pathology laboratories. Biomedical scientists analyse specimens of blood and body fluid, enabling diagnosis of illness and evaluation of the effectiveness of treatment. Their nature of work includes performing chemical analysis of body fluids and haematological analysis of blood samples, isolating micro-organisms and matching the blood of donors to recipient to ensure compatibility.

Biomedical scientists may be involved in medical, veterinary and agricultural research in universities and research/health institutions. Industries employing biomedical scientists for research and development include pharmaceuticals, biotechnology, chemicals, cosmetics and toiletries. Examples of biomedical science research include research on causes and cures of diseases for example, cancer, AIDS and hepatitis, animal cloning, gene therapy as well as discovery, development and production of biopharmaceuticals, diagnostic products and chemicals.

Biomedical science graduates can undertake postgraduate degrees in any of the related disciplines. They could also pursue a career in education. The biomedical science degree can be used as graduate entry into medicine. Biomedical science graduates can also enter the police force in the area of forensics or enter scientific journalism.

You can apply as soon as you have your forecast or actual results.