Science

The University of Queensland

Master

In Brisbane (Australia)

£ 40,000 VAT inc.

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Description

  • Type

    Master

  • Location

    Brisbane (Australia)

  • Duration

    5 Years

  • Credits

    24

Why study the Master of ScienceThis program provides advanced theoretical and practical knowledge in a range of specialised scientific fields, through lectures, workshops, projects and directed study. Students can extend their knowledge in their chosen field or develop an understanding of specialised fields in which they have little previous knowledge.In 2014 the Financial Mathematics major in the Master of Science was replaced with the Master of Financial Mathematics. Please refer to the Master of Financial Mathematics (#24) or Master of Financial Mathematics (#32) for information on this exciting program.

Facilities

Location

Start date

Brisbane (Australia)
See map
Street Lucia, QLD 4072

Start date

On request

About this course

Entry requirementsMathematics field: Bachelor degree with mathematics major.Physics field: Bachelor degree with physics major.Statistics field: Bachelor degree with statistics major.UQ or equivalent GPA of 5.5 or above on a 7 point scale.IELTS overall 6.5; reading 6; writing 6; speaking 6; listening 6. For other English Language Proficiency Tests and Scores approved for UQ, view the English proficiency policy.International students who are accepted into full-time study in the Master of Science are eligible to apply for an Australian student visa...

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Subjects

  • GCSE Physics
  • Probability
  • GCSE Mathematics
  • Computational
  • Financial Training
  • Project
  • Financial
  • Financial Mathematics
  • Algebra
  • Calculus
  • Mathematics
  • Statistics

Course programme



Program structure
The courses offered in the Master of Science are set out in the course list. Each course is allocated a certain number of units (#).
The Program Rules explain what is required to complete the Master of Science. These requirements include the total number of units you need to complete in order to graduate.
To have your degree conferred, you also need to comply with UQ’s policies and rules.
  • Course Code Units Course Title
  • MATH7010 8 Project or Thesis [1]
  • MATH7011 8 Project or Thesis [2]
  • MATH7012 8 Project or Thesis
  • MATH7013 4 Minor Project A
  • MATH7014 4 Minor Project B
  • MATH7015 2 Mini Project A
  • MATH7016 2 Mini Project B
  • Course Code Units Course Title
  • COSC7500 2 Numerical Methods in Computational Science
  • COSC7502 2 High-Performance Computing
  • MATH7000 2 Calculus & Linear Algebra II
  • MATH7039 2 Financial Mathematics
  • MATH7049 2 Computation in Financial Mathematics
  • MATH7091 2 Financial Calculus
  • MATH7100 2 Applied Mathematical Analysis
  • MATH7105 2 General Relativity
  • MATH7106 2 Advanced Mathematical Methods & Models A [3]
  • MATH7107 2 Advanced Mathematical Methods & Models B [4]
  • MATH7133 2 Algebraic Methods of Mathematical Physics
  • MATH7134 2 Mathematical Biology
  • MATH7144 2 Advanced Hamiltonian Dynamics & Chaos [4]
  • MATH7201 2 Applications of Scientific Computing [4]
  • MATH7202 2 Advanced Topics in Operations Research
  • MATH7232 2 Operations Research & Mathematical Planning
  • MATH7301 2 Advanced Algebra [4]
  • MATH7302 2 Combinatorial Designs [4]
  • MATH7303 2 Advanced Combinatorics [3]
  • MATH7304 2 Number Theory [3]
  • MATH7331 2 Graph Theory and Design Theory
  • MATH7333 2 Abstract Algebra & Number Theory
  • MATH7402 2 Advanced Ordinary Differential Equations [3]
  • MATH7403 2 Advanced Partial Differential Equations [4]
  • MATH7404 2 Functional Analysis [4]
  • MATH7405 2 Measure Theory [3]
  • MATH7406 2 Control Theory [3]
  • MATH7701 2 Special Topics I
  • MATH7702 2 Special Topics II
  • MATH7703 2 Special Topics III
  • MATH7704 2 Special Topics IV
  • STAT7003 2 Probability & Statistics
  • STAT7301 2 Mathematical Statistics
  • STAT7303 2 Experimental Design
  • STAT7304 2 Probability Models & Stochastic Processes I
  • STAT7502 2 Advanced Statistics I [3]
  • STAT7503 2 Advanced Statistics II [4]
  • STAT7504 2 Advanced Probability & Stochastic Processes I [3]
  • STAT7505 2 Advanced Probability & Stochastic Processes II [4]
  • STAT7701 2 Special Topics I
  • STAT7702 2 Special Topics II
  • STAT7703 2 Special Topics III
  • Course Code Units Course Title
  • MATH7051 2 Calculus & Linear Algebra I
  • MATH7052 2 Multivariate Calculus & Ordinary Differential Equations
  • MATH7861 2 Discrete Mathematics
  • STAT7120 2 Analysis of Scientific Data
  • Course Code Units Course Title
  • PHYS7712 2 Project A
  • PHYS7713 2 Project B
  • PHYS7722 4 Research Project A
  • PHYS7723 4 Research Project B
  • PHYS7730 6 Advanced Research Project [1]
  • PHYS7731 6 Advanced Research Project [2]
  • PHYS7732 6 Advanced Research Project [5]
  • PHYS7743 8 Extended Research Project [1]
  • PHYS7744 8 Extended Research Project [2]
  • PHYS7745 8 Extended Research Project [5]
  • Course Code Units Course Title
  • MATH7105 2 General Relativity
  • MATH7133 2 Algebraic Methods of Mathematical Physics
  • MATH7144 2 Advanced Hamiltonian Dynamics & Chaos
  • MATH7701 2 Special Topics I
  • MATH7702 2 Special Topics II
  • PHYS7002 2 Special Topics in Physics
  • PHYS7004 2 Special Topics in Physics
  • PHYS7021 2 Statistical Mechanics
  • PHYS7033 2 Condensed Matter Physics: Electronic properties of crystals
  • PHYS7042 2 Quantum Physics
  • PHYS7055 2 Laser Physics & Quantum Optics
  • PHYS7073 2 Computational Physics
  • PHYS7080 2 Astrophysics
  • PHYS7241 2 Advanced Quantum Theory
  • PHYS7250 2 Fields in Physics
  • PHYS7270 2 Advanced Computational Physics
  • PHYS7825 2 Experimental Design
  • PHYS7900 2 Perspectives in Physics Research
  • Course Code Units Course Title
  • STAT7010 8 Project or Thesis I [1]
  • STAT7011 8 Project or Thesis I [2]
  • STAT7013 8 Project or Thesis I
  • STAT7014 4 Minor Project A
  • STAT7015 4 Minor Project B
  • STAT7016 2 Mini Project A
  • STAT7017 2 Mini Project B
  • Course Code Units Course Title
  • MATH7000 2 Calculus & Linear Algebra II
  • MATH7202 2 Advanced Topics in Operations Research
  • MATH7232 2 Operations Research & Mathematical Planning
  • MATH7406 2 Control Theory
  • PUBH7600 2 Introduction to Epidemiology
  • STAT7003 2 Probability & Statistics
  • STAT7203 2 Applied Probability & Statistics
  • STAT7301 2 Mathematical Statistics
  • STAT7303 2 Experimental Design
  • STAT7304 2 Probability Models & Stochastic Processes I
  • STAT7306 2 Statistical Analysis of Genetic Data
  • STAT7500 2 Problems and Applications in Modern Statistics
  • STAT7502 2 Advanced Statistics I [3]
  • STAT7503 2 Advanced Statistics II [4]
  • STAT7504 2 Advanced Probability & Stochastic Processes I [3]
  • STAT7505 2 Advanced Probability & Stochastic Processes II [4]
  • STAT7602 2 Health Indicators & Health Surveys
  • STAT7603 2 Data Management & Statistical Computing
  • STAT7605 2 Clinical Biostatistics
  • STAT7606 2 Design of Randomised Controlled Trials
  • STAT7608 2 Categorical Data & Generalised Linear Models
  • STAT7609 2 Survival Analysis
  • STAT7610 2 Longitudinal & Correlated Data
  • STAT7611 2 Bioinformatics
  • STAT7612 2 Advanced Clinical Trials
  • STAT7613 2 Bayesian Statistical Methods
  • STAT7701 2 Special Topics I
  • STAT7702 2 Special Topics II
  • STAT7703 2 Special Topics III

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    Science

    £ 40,000 VAT inc.

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