Note: this program is being discontinued from Semester 1, 2024. 

Program Requirements - 2023

Study planners are useful guides for successful progression through the program. Students must follow the program rules and requirements listed on the Programs and Courses website. 

Students are required to check the prerequisites, incompatibilities and restrictions for all courses they select in their study plan. Future course offerings are subject to change. 

Refer to the relevant study planner from the year and semester the program was commenced.

 


Program requirements - 2021 and 2022

The following planner is for students who commenced their program in 2021 or 2022. 

The Courses and requirements set out the courses and rules you must follow to successfully complete this program.

You must also comply with UQ’s University Policies and Procedures.

Semester 2 Commencement (July intake)

 
Year 1 - Semester 2 (July - November)
Semester 1 and Semester 2 course options
Semester 1 (February - June)Semester 2 (July - November)
Foundational Courses - complete 4 to 8 units
Compulsory Foundational courses - complete 4 units
MATH7050Mathematical Foundations IIBIOL7020 Genes, Cells and Evolution
Elective Foundational courses - choose 0 to 4 units
BINF6001 Introduction to Proteins & Nucleic AcidsBIOL7100 Evolutionary Perspectives on Modern Society
MATH70511 Calculus & Linear Algebra ICONS7008 Sampling Design & Analysis in Conservation Science
MATH78611 Discrete MathematicsPHIL7221 Environmental Philosophy
 PUBH7600Introduction to Epidemiology
  1. Course offered in Semester 1 and Semester 2
Year 1 - Teaching Period 2 (January - March)
Compulsory Core courses - complete 2 units
QBIO7001 Foundations of Quantitative Biology
Year 2 - Semester 1 (February - June)
Semester 1 and Semester 2 course options
Semester 1 (February - June)Semester 2 (July - November)
Compulsory Core courses - complete 2 units
QBIO7006 Science Communication in Quantitative BiologyCompulsory Core course available in Semester 1 only
Flexible Core courses - choose 4 to 8 units
QBIO7002 Exploring Biological DataFlexible core courses available in Semester 1 only.
QBIO7003 Stochastic Models and Statistical Inference 
QBIO7004 Computational Methods in Biology 
QBIO7005 Optimisation in Biological Systems 

 

Program Requirements - 2023

Study planners are useful guides for successful progression through the program. Students must follow the program rules and requirements listed on the Programs and Courses website. 

Students are required to check the prerequisites, incompatibilities and restrictions for all courses they select in their study plan. Future course offerings are subject to change. 

Refer to the relevant study planner from the year and semester the program was commenced.

 


Program requirements - 2021 and 2022

The following planner is for students who commenced their program in 2021 or 2022. 

The Courses and requirements set out the courses and rules you must follow to successfully complete this program.

You must also comply with UQ’s University Policies and Procedures.

Summer Semester Commencement (November intake)

This is an accelerated program that includes courses taught in regular University semesters as well as in shorter intensive Teaching Periods (TPs). For additional information regarding the Master of Quantitative Biology, visit the School of Biological Sciences postgraduate coursework page.

Year 1 - Teaching Period 2 (January - March)

Course Code & TitleRequirements
QBIO7001 Foundations of Quantitative BiologyCore Course

Year 2 - Semester 1 (Feburary - June)

Course Code & TitleRequirements
QBIO7002 Exploring Biological DataCore Course
QBIO7003 Stochastic Models and Statistical InferenceCore Course
QBIO7004 Computational Methods in BiologyCore Course
QBIO7005 Optimisation in Biological SystemsCore Course
QBIO7006 Science Communication in Quantitative BiologyCore Course

Year 2 - Teaching Period 5 (June - August)

Course Code & TitleRequirements
QBIO7007 Introduction to "Big data" Biological ResearchCore Course

Year 2 - Semester 2 (July - November)

Course Code & TitleRequirements
QBIO7008 Research project in Quantitative Biology (6 units)Research Project Course

Choose 4 units from either Research Courses OR Coursework Courses:

Research Courses:

QBIO7009 Research Experience in Quantitative Biology ]

Coursework Courses:

BIOL3350 Genomics & Evolution of Complex Traits
MATH3070 Natural Resource Mathematics
CONS6009 Conservation and Wildlife Biology
CSSE7030 Introduction to Software Engineering
STAT7306 Statistical Analysis of Genetic Data
STAT7616 Machine Learning for Biostatistics ]

or other courses approved by the associate dean (academic).

Research Courses

OR

Coursework Courses


 

Program Requirements - 2023

Study planners are useful guides for successful progression through the program. Students must follow the program rules and requirements listed on the Programs and Courses website. 

Students are required to check the prerequisites, incompatibilities and restrictions for all courses they select in their study plan. Future course offerings are subject to change. 

Refer to the relevant study planner from the year and semester the program was commenced.

 


Program requirements - 2021 and 2022

The following planner is for students who commenced their program in 2021 or 2022.  

The Courses and requirements set out the courses and rules you must follow to successfully complete this program.

You must also comply with UQ’s University Policies and Procedures.

Semester 2 Commencement (July intake)

This is an accelerated program that includes courses taught in regular University semesters as well as in shorter intensive Teaching Periods (TPs). For additional information regarding the Master of Quantitative Biology, visit the School of Biological Sciences postgraduate coursework page.

Year 1 - Semester 2 (July - November)

Course Code & TitleRequirements
BIOL7020 Genes, Cells and EvolutionCompulsory Foundational Course
MATH7050 Mathematical Foundations IICompulsory Foundational Course

Choose 4 units from:

[ BINF6001 Introduction to Proteins & Nucleic Acids (offered in Semester 1)
 BIOL7100 Evolutionary Perspectives on Modern Society
CONS7008 Sampling Design & Analysis in Conservation Science
MATH7051 Calculus & Linear Algebra I
MATH7861 Discrete Mathematics
PHIL7221 Environmental Philosophy
PUBH7600 Introduction to Epidemiology ]

Elective Foundational Courses

A student must complete no more than 8 units of foundational courses. Students should contact the School about which foundational courses are most suitable for their background.

Year 1 - Teaching Period 2 (January - March)

Course Code & TitleRequirements
QBIO7001 Foundations of Quantitative BiologyCore Course

Year 2 - Semester 1 (February - June)

Course Code & TitleRequirements
QBIO7002 Exploring Biological DataCore Course
QBIO7003 Stochastic Models and Statistical InferenceCore Course
QBIO7004 Computational Methods in BiologyCore Course
QBIO7005 Optimisation in Biological SystemsCore Course
QBIO7006 Science Communication in Quantitative BiologyCore Course

Year 2 - Teaching Period 5 (June - August)

Course Code & TitleRequirements
QBIO7007 Introduction to "Big data" Biological ResearchCore Course

Year 2 - Semester 2 (July - November)

Course Code & TitleRequirements
QBIO7008 Research project in Quantitative Biology (6 units)Research Project Course

Choose 4 units from either Research Courses OR Coursework Courses:

Research Courses:

QBIO7009 Research Experience in Quantitative Biology ]

Coursework Courses:

[ BIOL3350 Genomics & Evolution of Complex Traits
MATH3070 Natural Resource Mathematics
CONS6009 Conservation and Wildlife Biology
CSSE7030 Introduction to Software Engineering
STAT7306 Statistical Analysis of Genetic Data
STAT7616 Machine Learning for Biostatistics ]

or other courses approved by the associate dean (academic).

Research Courses

OR

Coursework Courses