M6030 Master of Biotechnology
Faculty of Medicine, Nursing and Health Sciences
Master of Biotechnology (M6030) is a 2 years full-time, 96-credit-point, master's degree (coursework) course from the Faculty of Medicine, Nursing and Health Sciences, taught at Clayton, Malaysia and Suzhou (SEU). Map your units semester by semester with the MonMap planner.
- Credit points
- 96
- Duration
- 2 years full time
- 4 years part time
- Campus
- Clayton, Malaysia, Suzhou (SEU)
- On campus
This is the 2026 handbook entry. See the 2027 entry.
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Requisite map
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Overview
The Master of Biotechnology integrates biotechnology and entrepreneurship through a range of multidisciplinary coursework, research and work-integrated units in modern areas of studies.
In the first year (Part A) of the course, you will be taught theoretical knowledge and practical skills in contemporary biotechnology-related topics, and the processes involved in obtaining research funding and translating biomedical products from lab to life.
In the second year (Part B) of the course, if you achieved at least 70% average in your first-year studies you will have the opportunity to undertake either a 6-month industry placement in a pharmaceutical, medical device, life science and/ or regulatory organisation, or have the option to undertake a research project, where you will work closely with experts in a specialised area of research to advance knowledge of human diseases, and explore therapeutic targets for the prevention and treatment of these conditions. If you do not achieve at least a 70% average in your first-year studies, a range of coursework electives are available in interdisciplinary fields of pioneering developments in biotechnology research and enterprise.
Course structure
Clayton
Part A. Core studies
48 credit points- BMS5007Biotechnology: Commercialising biomedical scienceNo reviews yet6 cp
- BRM5011Foundations for medical biotechnology and its applicationsNo reviews yet6 cp
- BRM5012Techniques in medical biotechnology: Genomics, proteomics and bioinformaticsNo reviews yet6 cp
- BRM5013Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapiesNo reviews yet6 cp
- BRM5014Therapeutic approaches and biotechnologyNo reviews yet6 cp
- BRM5015Biotechnology research studiesNo reviews yet6 cp
- GNA5010Advanced genetics and biotechnologyNo reviews yet6 cp
Specified elective studies
6 credit pointsPart B. Applied studies
48 credit pointsResearch pathway
48 credit pointsNote 2: You must have a successful application with a research group to undertake this unit. You will be provided with a list of projects to apply for.
Coursework pathway
48 credit pointsNote 1: In order to be eligible for the industry placement unit, you need to have an average of at least 70% in your core biotechnology studies (Part A). If you do not meet this requirement, then you can undertake 48 credit points from the elective list or you may exit and graduate with a Graduate Diploma of Biotechnology.
Note 2: You must have a successful application with an organisation to undertake BRM5022. Training on how to write a CV and to prepare for an interview is available and you will be provided with a list of positions to apply for.
- BRM5022Biotechnology work-integrated learningNo reviews yet24 cp
- AHC5002Technology in human biomechanical analysisNo reviews yet6 cp
- AHC5003Assistive and rehabilitation technology6 cp
- ASC5001Fundamentals of addiction science and addiction policyNo reviews yet12 cp
- ASC5004Screening, assessment and brief interventions for addictive behavioursNo reviews yet12 cp
- BEX5114Value creation and start-up capital optimisation for foundersNo reviews yet6 cp
- BEX5120Startup fundamentals: From setting up to securing investmentNo reviews yet6 cp
- BEX5411Creativity and entrepreneurshipNo reviews yet6 cp
- BEX5413Technology and innovation for start-upsNo reviews yet6 cp
- BMS5003Infectious diseases and population healthNo reviews yet6 cp
- BMS5012Cancer biology and therapeuticsNo reviews yet6 cp
- EPM5029Introduction to health data analyticsNo reviews yet6 cp
- EPM5033Programming principles for health data analytics using PythonNo reviews yet6 cp
- MPH5020Introduction to epidemiology and biostatisticsNo reviews yet6 cp
- MPH5040Introductory epidemiologyNo reviews yet6 cp
- MPH5041Introductory biostatisticsNo reviews yet6 cp
- MPH5220Introductory health economicsNo reviews yet6 cp
- MPH5269Foundations of health policyNo reviews yet6 cp
- MPH5272Principles of health systemsNo reviews yet6 cp
- MPH5277Practical data managementNo reviews yet6 cp
- MPH5283Ethics, good research practice and practical research methodsNo reviews yet6 cp
- MTE5885Biomaterials and biomechanicsNo reviews yet6 cp
Malaysia
Part A. Core studies - Malaysia
48 credit points- BRM5011Foundations for medical biotechnology and its applicationsNo reviews yet6 cp
- BRM5012Techniques in medical biotechnology: Genomics, proteomics and bioinformaticsNo reviews yet6 cp
- BRM5013Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapiesNo reviews yet6 cp
- BRM5014Therapeutic approaches and biotechnologyNo reviews yet6 cp
- BRM5015Biotechnology research studiesNo reviews yet6 cp
- MSM5001Technology transfer and commercialisationNo reviews yet6 cp
- MSM5002Advanced molecular geneticsNo reviews yet6 cp
- MGM5260Digital leadershipNo reviews yet6 cp
Part B. Applied studies - Malaysia
48 credit pointsResearch pathway
48 credit pointsCoursework pathway
48 credit points- BRM5022Biotechnology work-integrated learningNo reviews yet24 cp
- BFM5120Financial technology (FinTech)No reviews yet6 cp
- MGM5160Introduction to digital businessNo reviews yet6 cp
- MGM5251Innovation and entrepreneurshipNo reviews yet6 cp
- MKM5330Marketing management in digital ageNo reviews yet6 cp
- MSM5003Experimental neurobiologyNo reviews yet6 cp
SEU, Suzhou
Part A. Core studies - SEU
48 credit points- BMS5007Biotechnology: Commercialising biomedical scienceNo reviews yet6 cp
- BRM5011Foundations for medical biotechnology and its applicationsNo reviews yet6 cp
- BRM5012Techniques in medical biotechnology: Genomics, proteomics and bioinformaticsNo reviews yet6 cp
- BRM5013Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapiesNo reviews yet6 cp
- BRM5014Therapeutic approaches and biotechnologyNo reviews yet6 cp
- BRM5015Biotechnology research studiesNo reviews yet6 cp
- GNA5010Advanced genetics and biotechnologyNo reviews yet6 cp
- MGZ5640Cross-cultural management communicationNo reviews yet6 cp
The handbook's description of this structure
The course is structured in two parts: Part A: Core studies and Part B: Applied studies.
Part A. Core studies
These studies present theoretical knowledge in key areas of biotechnology and its applications. You will gain a critical understanding of the designs and methods used in undertaking medical research, and the opportunities and challenges involved in the commercialisation of biotechnology.
Part B. Applied studies
In these studies, you will focus on the application of advanced biotechnology practice. You will consolidate your skills, and knowledge and demonstrate your mastery through either a research project and/ or an industry placement program.
In order to be eligible for the industry placement program or the research project, you will be required to achieve at least 70 percent in the core biotechnology component. If you do not meet this requirement, then you must undertake 48 credit points from the elective list.
Master's entry points
Depending on prior qualifications you may receive entry level credit (a form of block credit) which determines your point of entry to the course:
Clayton and Malaysia
- If you are admitted at entry level 1 you complete 96 credit points, comprising Part A and Part B.
- If you are admitted at entry level 2 you complete 48 credit points, comprising Part A.
Note:
- If you are eligible for credit for prior studies you may elect not to receive the credit and complete the higher credit point option. If you are admitted at entry level 2 you will not complete the industry placement program or research project.
Southeast University, Suzhou
- If you are at Southeast University, Suzhou you complete 72 credit points, comprising 48 credit points (Part A) and 24 credit points taken within the partner degree at Southeast University Suzhou and recorded as block credit for this course.
Note: For further information relating to assessments and learning themes of specific units in each offering, please refer to the relevant unit Moodle sites.
Course progression map
The course progression maps provide guidance on unit enrolment for each semester of study:
The course comprises 96 points structured into two parts: Part A. Core studies (48 points) and Part B: Applied studies (48 points).
Units are 6 points unless otherwise stated.
Clayton
For students completing the course at Clayton Campus
Part A. Core studies (48 points)
You must complete the following units:
- BMS5007 Biotechnology: Commercialising biomedical science
- BRM5011 Foundations for medical biotechnology and its applications
- BRM5012 Techniques in medical biotechnology: Genomics, proteomics and bioinformatics
- BRM5013 Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapies
- BRM5014 Therapeutic approaches and biotechnology
- BRM5015 Biotechnology research studies
- GNA5010 Advanced genetics and biotechnology
Specified elective studies:
You must complete one of the following units:
- BEX5114 Value creation and start-up capital optimisation for founders
- BEX5120 Startup fundamentals: From setting up to securing investment
- BEX5411 Creativity and entrepreneurship
- BEX5413 Technology and innovation for start-ups
Part B. Applied studies (48 points)
You must complete either a. the Research Pathway or b. the Coursework Pathway
a. Research pathway
Note 1: In order to be eligible for the research project, you need to have an average of at least 70% in your core biotechnology studies (Part A). If you do not meet this requirement, then you can undertake 48 credit points from the elective list or you may exit and graduate with a Graduate Diploma of Biotechnology.
Note 2: You must have a successful application with a research group to undertake this unit. You will be provided with a list of projects to apply for.
- BRM5021 Biotechnology research project (48 points)
b. Coursework pathway
You must complete BRM5022 and a further 24 points from the following list of units.
Note 1: In order to be eligible for the industry placement unit, you need to have an average of at least 70% in your core biotechnology studies (Part A). If you do not meet this requirement, then you can undertake 48 credit points from the elective list or you may exit and graduate with a Graduate Diploma of Biotechnology.
Note 2: You must have a successful application with an organisation to undertake BRM5022. Training on how to write a CV and to prepare for an interview is available and you will be provided with a list of positions to apply for.
- BRM5022 Biotechnology work-integrated learning (24 points)
- AHC5002 Technology in human biomechanical analysis
- AHC5003 Assistive and rehabilitation technology
- ASC5001 Fundamentals of addiction science and addiction policy (12 points)
- ASC5004 Screening, assessment and brief interventions for addictive behaviours (12 points)
- BEX5114 Value creation and start-up capital optimisation for founders
- BEX5120 Startup fundamentals: From setting up to securing investment
- BEX5411 Creativity and entrepreneurship
- BEX5413 Technology and innovation for start-ups
- BMS5003 Infectious diseases and population health
- BMS5012 Cancer biology and therapeutics
- EPM5029 Introduction to health data analytics
- EPM5033 Programming principles for health data analytics using Python
- MPH5020 Introduction to epidemiology and biostatistics
- MPH5040 Introductory epidemiology
- MPH5041 Introductory biostatistics
- MPH5220 Introductory health economics
- MPH5269 Foundations of health policy
- MPH5272 Principles of health systems
- MPH5277 Practical data management
- MPH5283 Ethics, good research practice and practical research methods
- MTE5885 Biomaterials and biomechanics
Malaysia
For students completing the course at Monash University Malaysia (MUM) Campus
Part A. Core studies - Malaysia (48 points)
You must complete the following units:
- BRM5011 Foundations for medical biotechnology and its applications
- BRM5012 Techniques in medical biotechnology: Genomics, proteomics and bioinformatics
- BRM5013 Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapies
- BRM5014 Therapeutic approaches and biotechnology
- BRM5015 Biotechnology research studies
- MSM5001 Technology transfer and commercialisation
- MSM5002 Advanced molecular genetics
- MGM5260 Digital leadership
Part B. Applied studies - Malaysia (48 points)
You must complete either a. the Research Pathway or b. the Coursework Pathway
a. Research pathway
- BRM5021 Biotechnology research project (48 points)
b. Coursework pathway
You must complete BRM5022 and a further 24 points from the following list of units.
- BRM5022 Biotechnology work-integrated learning (24 points)
- BFM5120 Financial technology (FinTech)
- MGM5160 Introduction to digital business
- MGM5251 Innovation and entrepreneurship
- MKM5330 Marketing management in digital age
- MSM5003 Experimental neurobiology
SEU, Suzhou
For students completing the course at Southeast University (SEU), Suzhou
Part A. Core studies - SEU (48 points)
You must complete the following units:
- BMS5007 Biotechnology: Commercialising biomedical science
- BRM5011 Foundations for medical biotechnology and its applications
- BRM5012 Techniques in medical biotechnology: Genomics, proteomics and bioinformatics
- BRM5013 Techniques in medical biotechnology: Imaging, iPS cells, cell and gene therapies
- BRM5014 Therapeutic approaches and biotechnology
- BRM5015 Biotechnology research studies
- GNA5010 Advanced genetics and biotechnology
- MGZ5640 Cross-cultural management communication
Learning outcomes
These course outcomes are aligned with the Australian Qualifications Framework and Monash Graduate Attributes.
Upon successful completion of this course it is expected that you will be able to:
- 1
demonstrate mastery in theoretical knowledge in major contemporary fields of medical biotechnology and its applications
- 2
differentiate between the processes involved in the development, regulation, commercialisation and marketing of biotechnological products
- 3
identify the ethical issues relating to research and the research question in the field of medical biotechnology and where, appropriate, apply ethical principles to the conduct of research within this field
- 4
initiate new or innovative research informed approaches to resolving practical challenges within the field of medical biotechnology
- 5
demonstrate proficiency in laboratory based technologies and techniques fundamental to medical biotechnology research
- 6
critically appraise and interpret the implications of data arising from laboratory-based technologies and techniques
- 7
plan, justify and implement research in the field of medical biotechnology
- 8
apply effective and strategic problem-solving, organisational and teamwork skills to the field of medical biotechnology
- 9
effectively implement and evaluate technological advancements in medical biotechnology within workplace settings
Entry requirements
English language
Monash Level B, that is: IELTS (Academic): 6.5 (with individual band scores of Writing: 6.0, Listening: 6.5, Reading: 6.5 and Speaking: 6.0); or Pearson Test of English (Academic): score of 58 overall with minimum scores: Writing 50, Listening 58, Reading 58, Speaking 50; or TOEFL Internet-based test: score of 79 overall with minimum scores: Writing 21, Listening 20, Reading 19, Speaking 18; or Equivalent approved English test
More information
Progression to further studies
Successful completion of this course may provide a pathway to a graduate research degree for students admitted at entry level 1 completing the research pathway (48 credit points) in Part B. If you are admitted and entry level 2 you will normally already have an honours degree, however, students in this group who wish to complete a research pathway should discuss the options with the course coordinator.
Other information
The Master of Biotechnology integrates biotechnology and entrepreneurship through a range of multidisciplinary coursework, research and work-integrated units in modern areas of studies.
In the first year (Part A) of the course, you will be taught theoretical knowledge and practical skills in contemporary biotechnology-related topics, and the processes involved in obtaining research funding and translating biomedical products from lab to life.
In the second year (Part B) of the course, if you achieved at least 70% average in your first-year studies you will have the opportunity to undertake either a 6-month industry placement in a pharmaceutical, medical device, life science and/ or regulatory organisation, or have the option to undertake a research project, where you will work closely with experts in a specialised area of research to advance knowledge of human diseases, and explore therapeutic targets for the prevention and treatment of these conditions. If you do not achieve at least a 70% average in your first-year studies, a range of coursework electives are available in interdisciplinary fields of pioneering developments in biotechnology research and enterprise.
Contacts
- Academic Coordinator
- Dr Chau Khuong
- Andy Liang
- Professor Graham Lieschke
- Dr Premdass Ramdas
Common questions
How long is Master of Biotechnology?
2 years full time, 96 credit points. At 24 credit points a semester, that is 4 semesters of full-time study.
Where can I study Master of Biotechnology?
At Clayton, Malaysia and Suzhou (SEU).
How do I plan my Master of Biotechnology units?
Open the course in the MonMap planner. It lays out your semesters, checks prerequisites as you drag units in, and tracks the credit points each requirement still needs.