Program Overview

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• Emerging research - Defence

Nuclear Engineering Short Course

Course Overview

The Nuclear Reactor Design and Safety Analysis short course provides a fundamental understanding of nuclear reactor neutronics, focusing on neutron/matter interactions, radioactive decay, and neutron multiplication.

Course Details

• Mode of delivery: In Person
• Duration: 8 Days
• Location: Tonsley
• Tuition fee: $4,500

What You Will Study

The course covers:

• Neutron diffusion and moderation for various reactor geometries
• Energy production, power systems, energy conversion design, safety engineering, phenomenological modeling, probabilistic risk assessment, risk-informed design, and advanced power-plant systems design

Who Should Attend

The course is aimed at:

• Experienced professionals looking to stay updated on the latest developments in the field
• Energy industry professionals who need to understand the implications of the nuclear fuel cycle on energy production
• Anyone involved or interested in the nuclear fuel market, commercial aspects, investments, or contract administration at utilities and producers
• Students and researchers with backgrounds in chemistry, physics, and engineering

Learning Outcomes

Upon completing the course, you will be able to:

1. Apply the fundamental principles and designs of various types of nuclear reactors
2. Analyse and evaluate the efficiency and safety aspects of nuclear power systems
3. Apply numerical methods and simulations for modelling reactor behaviour
4. Critically assess and discuss the advantages, challenges, and prospects of nuclear power systems

Assessment

The course assessment includes collaborative activities and reports.

Credentials

On completion of the course, you will earn a Flinders Digital Credential that is verifiable and recognised as proof of your new skills.

Entry Requirements

The course is open to Australian citizens only. Please note that there are specific entry requirements, which can be discussed with the program facilitator.

Program Facilitator

The course is facilitated by Professor Giselle Rampersad.

Credit Towards Other Programs

Completing this course will count as one topic credit towards the University Certificate in Nuclear Engineering from the University of Rhode Island. It will also provide credit towards the nuclear engineering major in a range of degree programs, including:

• Bachelor of Engineering (Mechanical) (Honours)
• Bachelor of Engineering (Electrical and Electronic) (Honours)
• Bachelor of Science (Chemical Sciences)
• Bachelor of Science (Physics)

Other Courses

You may also be interested in other nuclear micro-credentials, including:

• Introduction to Nuclear Reactor Engineering
• Nuclear Radiation Damage in Materials
• Naval Nuclear Power and Propulsion

Upon completing the 5 nuclear micro-credentials, each topic will be discounted to $4,000, and you will earn the University Certificate in Nuclear Engineering from the University of Rhode Island.