The UTS postgraduate Quantitative Finance program is recognised in Australia and overseas as a leading qualification for aspiring and established quantitative finance professionals

With the accelerating pace of technology-driven financial innovation, there is greater demand for professionals who can leverage quantitative skills in financial problem solving. If you want to broaden your mathematical and statistical skillset and launch a career in the ever-changing world of finance, the UTS Master of Mathematics and Quantitative Finance is the course for you.

Designed by industry experts and leading academics, this program will shape you into an advanced quantitative finance professional, ready to apply your critical mathematical and statistical skills to pressing challenges in quantitative research and analysis, portfolio and asset management, risk management and more. You’ll be prepared to kick-start a lucrative future where you'll use mathematics and statistics to create innovative financial solutions.

Part of the Faculty of Science.

Master of Data Science in Quantitative Finance

CODE

UTS: C04418 (version 2)

CRICOS: 107831E

DURATION

2 years full time
4 years part time

INTAKE

Autumn Session 2025
Spring Session 2025
Autumn Session 2026
Spring Session 2026

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COURSE FEES

Indicative total tuition fee for government-supported domestic students
$9,375

Indicative total tuition fee for domestic students
$91,657

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LOCATION

City campus

What you’ll study

You’ll undertake subjects in financial market instruments, derivative security pricing, risk management and more, underpinned by core competencies in probability theory, stochastic analysis, optimisation and financial econometrics. This is further supplemented by specialist studies in machine learning and Bayesian analysis. 

Going beyond theory, you'll apply your learning in industry-relevant practical assignments in the valuation and hedging of financial instruments and derivatives and the modelling and management of financial risk. You’ll also undertake a quantitative finance and data science research project under the supervision of one of our expert academics. 

Subjects at a glance

  • Core subjects

    Subject Code Subject Name
    37004
    Interest Rates and Credit Risk Models
    37005
    Fundamentals of Derivative Security Pricing
    37007
    Probability Theory and Stochastic Analysis
    37011
    Financial Market Instruments
    37009
    Risk Management
    37010
    Statistics and Financial Econometrics
    37400
    Postgraduate Optimisation
    37457
    Advanced Bayesian Methods
    37401
    Machine Learning: Mathematical Theory and Applications
    35112
    Mathematical Research Project A
    35113
    Mathematical Research Project B

Typical course program

The outline below shows an example program for the Master of Mathematics and Quantitative Finance based on a full-time study load. Please note that your exact program may differ based on your unique circumstances, such as your commencement date, subject selections and recognition of prior learning.

  1. 11
    core subjects
  1. First year

    You will acquire critical knowledge of probability theory, stochastic analysis, and financial econometrics alongside specialist training in financial market instruments, financial derivative securities, interest rate modelling, and financial risk management.
  2. Second year

    You will take subjects in data science, including machine learning, Bayesian analysis, and optimization methods. Throughout the year, you will apply what you have learned to design and implement a research project on a topic in quantitative finance and data science.

Course highlights

Throughout this course, you’ll study and master advanced mathematics and statistics concepts required to embark on a specialist study of quantitative finance. You'll then get the chance to acquire a sophisticated, practical toolkit of quantitative finance competencies, such as financial security and derivatives valuation, risk management and quantitative portfolio analysis, scaffolded by probability theory, stochastic analysis and financial econometrics. 

Admissions information

Admissions information

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Entry schemes and pathways

At UTS, we understand the dedication it takes to reach your current position – forging a path through prior study, work, and diverse learning experiences.

If you're Aboriginal or Torres Strait Islander, Jumbunna is an alternative application process for our courses that emphasises diverse pathways to success.

You can apply for our courses using your previous study. You may even be eligible for recognition of prior learning, so you won’t need to repeat subjects.

Careers

Your future career

As a graduate of this program, you'll be in possession of a highly sought-after skillset, putting you in the enviable position to kick-start a lucrative career in the growing, rewarding field of quantitative finance. 
 
You'll be equipped with an in-depth understanding of financial instruments and markets, financial risk management, probability theory, stochastic analysis and financial econometrics. With these in-demand capabilities, you'll be ready to discover the limitless possibilities that await you in leading financial institutions, consultancies, regulatory bodies, government organisations and more. 

Career options

Where you’ll study

Our world-class facilities support your future-focused learning and high-impact research. They enable effective partnerships with industry and provide services to our community.

Why UTS?

Why study Science and Mathematics at UTS

With a science and maths degree at UTS, you'll learn how to answer the big questions of tomorrow and make a positive social impact. We offer practical, relevant and innovative programs that enable you to work across multiple fields.

Study in world-class facilities, including Australia's first Super Lab, and look for trace in our forensic crime scene labs or explore speciality maths, computing, and quantum physics facilities stocked with the latest industry equipment.

100%

of our Physical Sciences, Environmental Sciences, Chemistry and Genetics research is ranked at or above world standard.

2018 Excellence in Research for Australia evaluation

233,600 increase in jobs

Professional, Scientific and Technical Services is Australia's second-largest growth industry.

Jobs and Skills Employment Projections May 2023 to May 2033

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