Master of Engineering Science (Nuclear Engineering)

UNSW Sydney

About Master of Engineering Science (Nuclear Engineering)

The UNSW Master of Engineering Science (Nuclear Engineering) is designed for students who want to understand nuclear concepts that form the foundation of our universe. Through this degree you'll develop the skills to apply these concepts to a variety of industries today and the technologies of the future. This postgraduate degree teaches you the underpinning theory behind nuclear engineering techniques, technologies and processes.

This degree also provides a stream that allows graduates from traditional engineering disciplines to pursue a career in high-tech industries including nuclear science, nuclear medicine, mining and resources, energy, manufacturing, aerospace, space exploration and defence. You'll learn from national and international experts in the sector, including nuclear researchers from UNSW Sydney and the Australian Nuclear Science and Technology Organisation, plus shared courses with the UNSW-ASU-King's College PLuS Alliance.

The two-year postgraduate degree, taught by the School of Mechanical and Manufacturing Engineering, features complex, open-ended, enquiry-based projects. You'll develop knowledge and skills in topics such as:

  • Societal, economic and environmental considerations
  • Nuclear reactor theory
  • Nuclear engineering design
  • Nuclear materials
  • Systems engineering
  • The uranium and thorium fuel cycles
  • Life cycle management
  • Nuclear safety
  • Nuclear security and safeguards
  • Societal, economic and environmental considerations

UNSW School of Mechanical and Manufacturing Engineering is the largest Mechanical Engineering school in Australia ranked No.1 in Australia in Mechanical, Aerospace and Manufacturing engineering, offering the only nuclear engineering program in the country.

We're a leading provider of world class education and research, working closely with industry and government across the globe.

By studying at UNSW, you'll have access to many cutting-edge laboratory facilities. These include a combustion laboratory and an energy storage laboratory and a network of Maker Spaces where you can get hands-on with your learning.

UNSW has partnerships with industry and research organisations, both in Australia and internationally, to provide students with opportunities for industry placements, career development, and research projects. We have built strong partnerships with organisations in the nuclear energy and medical sectors, including the Australian Nuclear Science and Technology Organisation (ANSTO).

Entry Requirements

UNSW recognises professional experience. If you've worked in a relevant industry, you may be eligible for credit points that would allow you to complete the one-year, full-time program.

One-year accelerated program/ Stream A

You’ll need one of the following:

  • Bachelor degree (or equivalent qualification) in a relevant discipline with a record of academic achievement equivalent to a UNSW credit average of 65%, plus one year relevant professional experience.
  • Honours degree or Graduate Diploma* (or equivalent qualification) in a relevant discipline with a record of academic achievement equivalent to a UNSW credit average of 65%.

1.7 year program/ Stream B

You’ll need one of the following:

  • Bachelor degree (or equivalent qualification) in a relevant discipline, with a record of academic achievement equivalent to a UNSW credit average of 65%.
  • Bachelor degree (or equivalent qualification) in any discipline with a record of academic achievement equivalent to a UNSW credit average of 65%, plus one year relevant professional experience.
  • Honours degree or Graduate Diploma* (or equivalent qualification) in any discipline with a record of academic achievement equivalent to a UNSW credit average of 65%.

Stream C

You’ll need:

  • Bachelor degree (or equivalent qualification) in any discipline with a record of academic achievement equivalent to a UNSW credit average of 65%.

*It is expected that a Graduate Diploma will have been completed after an undergraduate degree.

English Requirements

  • Min PTE : 65
  • Min IELTS : 7
  • Min TOEFL : 94

Career

Future careers

There is a global skills shortage in qualified nuclear engineers and nuclear graduates are highly employable.

This degree will prepare you for global employment opportunities in the energy sector, as well as a variety of nuclear careers in Australia. In addition to the increasing number of new generation nuclear energy plants, existing reactors require maintenance, servicing, operations and eventual decommissioning.

You'll also have the skills and knowledge to pursue careers in nuclear medicine, nuclear science research and mining and resources, where nuclear skills are needed. Nuclear expertise also applies to advanced manufacturing, aerospace and defence.

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Course Summary

Study level

Postgraduate

Discipline

Engineering

Cricos

084282A

Duration

2 years

Study mode

Mix

Fee*

A$47,700 per year
University Summary

AU Ranking: 4

QS Ranking: 44

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