Undergraduate + Postgraduate
Bachelor of Molecular Sciences and Master of Biotechnology
Contact us
Address
Student Central
The University of Western Australia (M355), 35 Stirling Highway, Perth, Western Australia 6009
Telephone
131 UWA (131 892)
International
(+61 8) 6488 1000
Hours
Frequently asked questions
Events you may be interested in
Show more eventsCareers and further study
This course opens up a world of future study pathways and career opportunities.
Fees and scholarships
Domestic Student Fees
Eligible Commonwealth Supported Place (CSP) students can use the HECS-HELP loan program to pay their tuition fees. For Full-Fee Paying (FFP) places, students are charged an annual course fee.
Find out more information about tuition fees, or visit the fee calculator for a more accurate cost.
Scholarships
Scholarships are available to students from a diverse range of backgrounds, including academic achievement, financial need, educational disadvantage, leadership and community service, artistic or sporting achievements, and being from a rural or remote area.
Cost of living
International Student Fees
Find out more about tuition fees or visit the fee calculator for the estimated total course fee.
Note, tuition fees are reviewed annually and are subject to increase up to 7.5 per cent per annum.
Scholarships
Scholarships are available to students from a diverse range of backgrounds, including academic achievement, financial need, educational disadvantage, leadership and community service, artistic or sporting achievements, and being from a rural or remote area.
Cost of living
Admission requirements
The University of Western Australia welcomes applications from international and domestic school-leavers. If you’re interested in studying this major, find out the admission details below.
Admission requirements
Minimum entry requirements
- 13.5
- 12
- 2.6
- 86
- 308
- 344
- 16.5
- 338
- 74
- 1270
- 70
- 90
English competency
English is the language of instruction and assessment at UWA and you will need to meet the English language requirements of the University to be eligible for a place.
Minimum overall IELTS score of 6.5, with no band less than 6.0.
Prerequisites
This major requires:
- Mathematics Methods ATAR; OR
- Mathematics Applications ATAR with a mathematics unit taken in the first year; OR
- Students without ATAR mathematics to take two mathematics units in their first year.
- Chemistry ATAR or an additional chemistry unit taken in the first year.
How to apply
Ready for the next step?
Find out how to apply through our simple online application process.
We'll guide you through our entry requirements, admission pathways available to you and application deadlines for your chosen course.
We can’t wait for you to join us!
Course details
About the course
Quick details
- Available
- Perth (Crawley campus)
- Full-time
- Part-time
- On-campus
- Semester 1
- Undergraduate + Postgraduate
- CM007
- 106474G
Why study this course?
- Learn about the most recent advances in the molecular life sciences, how these affect our everyday lives and how we can use this knowledge to solve global challenges
- Practice the techniques and technologies of modern molecular life sciences through hands-on laboratories while also gaining skills in data analysis and interpretation and critical thinking
- Pursuing this cutting-edge degree provides a solid foundation in molecular life sciences with professional and transferable skills that open up many exciting possibilities for future career development and/or study
Course structure
In your first three years, you will complete your selected extended major in Molecular Life Sciences and a semester of postgraduate study. You will then complete your selected specialisation in the Master of Biotechnology. Refer to the example study plan for more information.
Course structure
Bachelor of Molecular Sciences and Master of Biotechnology
BMolSc (Molecular Life Sciences Extended Major or Plant Biology Extended Major) and Master of Biotechnology
Undergraduate (UG) specific units
Elective units
Postgraduate (PG) specific units
| YEAR | SEMESTER | UNITS | |||
|---|---|---|---|---|---|
| 1ST YEAR | 1 | CHEM1001 |
STAT1400 OR SCIE1104 |
BIOL1130 | CITS1401 |
| 2 | SCIE1106 | BIOC1001 | PLNT2201 | BIOC2002 | |
| 2ND YEAR | 1 | BIOC2001 | ENVT2236 | CITS2401 | Elective |
| 2 | GENE2230 | BIOC3003 | BIOC3005 | GENE3350 | |
| 3RD YEAR | 1 | BIOC3001 | BIOC3002 | GENE3370 | BIOL3305 |
| 2 | PG Specific* | PG Specific* | PG Specific* | PG Specific* | |
| 4TH YEAR | 1 | PG Specific* | PG Specific* | PG Specific* | PG Specific* |
| 2 | PG Specific* | PG Specific* | PG Specific* | PG Specific* | |
* Postgraduate units will vary depending on your chosen specialisation, a study plan will be provided later in your degree.
Unit Description
- CHEM1001 - Chemistry—Properties and Energetics
- STAT1400(DATA1001) - Statistics for Science
- SCIE1104 - Science, Society and Data Analysis
- BIOL1130 - Frontiers in Biology
- CITS1401 - Computational Thinking with Python
- SCIE1106 - Molecular Biology of the Cell
- BIOC1001 - Introductory Cellular Biochemistry
- PLNT2201 - Plants in Action
- BIOC2002 - Biochemical Regulation of Cell Function
- BIOC2001 - Biochemistry and Molecular Biology of the Cell
- ENVT2236 - Soil Science
- CITS2401 - Computer Analysis and Visualisation
- GENE2230 - Molecular Genetics I
- BIOC3003 - Omics—Global Approaches to Cell Function
- BIOC3005 - Cellular Biochemistry
- GENE3350 - Evolution and Development
- BIOC3001 - Molecular Biology
- BIOC3002 - Structural and Functional Biochemistry
- GENE3370 - Genomics
- BIOL3305 - Fisheries Science: Foundation and Application
- PG Specific - Master of Biotechnology
You'll learn to
- Demonstrate a profound understanding of the theoretical basis of biochemistry, molecular biology, genetics in animals, plants and microorganisms
- Apply your knowledge to cutting-edge research and technologies in molecular life sciences
- Gain technical competency and practical skills to master state-of-the-art molecular techniques
- Develop and demonstrate your skills in critical thinking, experimental design, data analysis and interpretation
- Acquire and practice communication skills in written and oral form
- Master individual time management and organisation as well as working as part of a team
- Gain valuable skills in recognising and solving problems with the use of biotechnological applications, from deciding on appropriate analysis regimes, experimental hypothesis generation and testing, as well as generating solutions and their academic or commercial dissemination
Work Integrated Learning
Work Integrated Learning (WIL) helps bridge the gap between theory and practice by providing opportunities for students to gain hands-on, practical industry relevant experience and for employers to help shape the graduates of tomorrow.
Your degree options
Bachelor of Molecular Sciences
Fieldwork in Science
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