2 years ( full-time ) 4 years ( part-time )*
Throughout the year
( subject to availability of supervision )
Research
RM47,040 Malaysian student
RM53,280 International student 2025 fees per year
* Part-time study is not available for international students .
1 Overall grade including Upper H2B for research thesis .
MASTER OF BIOMEDICAL SCIENCE
KPT / JPT ( R2 / 545 / 7 / 0004 ) 11 / 27 - MQA / SWA0187
Make a significant contribution to the knowledge and understanding of key areas in medicine and health sciences .
This research degree may be undertaken in any of the school ’ s principal research areas and strengths . You ’ ll be supported by a supervisory team and under their guidance , develop a thorough understanding of relevant research techniques . It ’ s expected that your research will make a contribution to the discipline in which you ’ re enrolled by applying , critiquing , analysing or interpreting that knowledge in ways that facilitate pathways for further learning .
Course structure
This course consists of a research and thesis component .
Areas of study
• Biomedical sciences
• Psychology
• Public health
• Clinical sciences .
Progression to further studies
You can apply to transfer to a PhD candidature after a defined period ( usually 9-12 months enrolment full-time or equivalent ), provided that satisfactory progress has been made and certain conditions are met .
2 years ( full-time )
February and July
RM47,040 Malaysian student
RM53,280 International student 2025 fees per year
Mixed Mode
CAREER PATHS You can pursue a variety of roles , including :
• biotechnologist
• clinical research associate
• technology transfer officer
• intellectual property analyst
• pharmaceutical researcher
• regenerative medicine specialist
• research scientist
• healthcare data analyst .
MASTER OF BIOTECHNOLOGY
KPT / JPT ( N / 0512 / 7 / 0012 ) 08 / 31 - MQA / PSA 17870
Translate your ideas into healthcare innovations .
Biotechnology revolutionises how we tackle global health issues , like combating disease , understanding our genetic makeup and harnessing our body ’ s regenerative potential .
This course integrates biotechnology and entrepreneurship through a range of multidisciplinary coursework , research and work-integrated units in modern areas of study that pave the way to a myriad of employment prospects .
You ’ ll explore the processes involved in funding research and translating biotechnological products from lab to life , and gain a unique blend of scientific , entrepreneurial and industry-focused skills that ’ ll empower you to make significant contributions to the field of biotechnology .
Course structure
PART A . CORE BIOTECHNOLOGY STUDIES ( 48 credit points )
• Foundations for medical biotechnology and its applications
• Techniques in medical biotechnology : Genomics , proteomics and bioinformatics
• Techniques in medical biotechnology : Imaging , iPS cells , cell and gene therapies
• Therapeutic approaches and biotechnology
• Biotechnology research studies
• Technology transfer and commercialisation
• Advanced molecular genetics
• Digital leadership .
PART B . APPLICATION STUDIES ( 48 credit points )
Research pathway :
• Biotechnology research project Or Coursework pathway
• Biotechnology work-integrated learning
• Four electives .
Progression to further studies
Opt for the research pathway and complete a research project under the guidance of an expert supervisor for a potential pathway to a PhD .
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