Master of Quantitative Biology
Program requirements
The program requirements (course list and program rules (PDF, 182KB)) 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
| Course Code & Title | Requirements |
|---|---|
| QBIO7001 Foundations of Quantitative Biology | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7002 Exploring Biological Data | Compulsory |
| QBIO7003 Stochastic Models and Statistical Inference | Compulsory |
| QBIO7004 Computational Methods in Biology | Compulsory |
| QBIO7005 Optimisation in Biological Systems | Compulsory |
| QBIO7006 Science Communication in Quantitative Biology | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7007 Introduction to "Big data" Biological Research | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7008 Research project in Quantitative Biology | Compulsory |
Either Part C - Research Option
| Course Code & Title | Requirements |
|---|---|
| QBIO7009 Research Experience in Quantitative Biology | Part C |
Or Part A - Coursework Option
Students can undertake a range of courses in Part A of the MQBiol. Program Coordinator approval is required for any Part A study plan. Part A plans can include advanced undergraduate courses, or postgraduate courses from any Faculty, relevant to Quantitative Biology. Some suggested courses are detailed below.
| Course Code & Title | Requirements |
|---|---|
| CONS6009 Conservation and Wildlife Biology CONS7008 Sampling Design and Analysis in Conservation Science COSC2500 Numerical Methods in Computational Science MATH3070 Natural Resource Mathematics MATH7040 Basic Mathematics MATH7050 Mathematical Foundations MATH7051 Calculus & Linear Algebra MATH7100 Applied Mathematical Analysis STAT7203 Applied Probablility & Statistics STAT7306 Statistical Analysis of Genetic Data |
Part A |
Program requirements
The program requirements (course list and program rules (PDF, 182KB)) 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
| Course Code & Title | Requirements |
|---|---|
|
Choose 8 units from: [ CONS6009 Conservation and Wildlife Biology |
Part A |
| Course Code & Title | Requirements |
|---|---|
| QBIO7001 Foundations of Quantitative Biology | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7002 Exploring Biological Data | Compulsory |
| QBIO7003 Stochastic Models and Statistical Inference | Compulsory |
| QBIO7004 Computational Methods in Biology | Compulsory |
| QBIO7005 Optimisation in Biological Systems | Compulsory |
| QBIO7006 Science Communication in Quantitative Biology | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7007 Introduction to "Big data" Biological Research | Compulsory |
| Course Code & Title | Requirements |
|---|---|
| QBIO7008 Research project in Quantitative Biology | Compulsory |
Either Part C - Research Option
| Course Code & Title | Requirements |
|---|---|
| QBIO7009 Research Experience in Quantitative Biology | Part C |
Or Part A - Coursework Option
Students can undertake a range of courses in Part A of the MQBiol. Program Coordinator approval is required for any Part A study plan. Part A plans can include advanced undergraduate courses, or postgraduate courses from any Faculty, relevant to Quantitative Biology. Some suggested courses are detailed below.
| Course Code & Title | Requirements |
|---|---|
| CONS6009 Conservation and Wildlife Biology CONS7008 Sampling Design and Analysis in Conservation Science COSC2500 Numerical Methods in Computational Science MATH3070 Natural Resource Mathematics MATH7040 Basic Mathematics MATH7050 Mathematical Foundations MATH7051 Calculus & Linear Algebra MATH7100 Applied Mathematical Analysis STAT7203 Applied Probablility & Statistics STAT7306 Statistical Analysis of Genetic Data |
Part A |