Nuclear Science Essentials

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Think big and delve into the fascinating world of atomic science. In this online nuclear science course, you'll cover a wide range of topics, techniques and applications. Our experts will guide you through atomic and nuclear structures. You'll gain a nuanced understanding of radioactive decay and the nature of both fission and fusion. Plus, you'll understand how facilities like the Australian Synchrotron and the ANU Heavy Ion Particle Accelerator are furthering our knowledge of nuclear science – and how it can be used safely across a wide range of industries.

Whichever stage you're at in your career in the nuclear sector, this online, interactive course is the perfect platform to build an applied understanding of nuclear science and, importantly, to understand and use the language of nuclear science.

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Sessions

Next start date August 26, 2024

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Fees

$495

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Time commitment

8 weeks (approx 20 hours)

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Delivery

Online

There are no entry requirements. However, you will need easy access to a computer and the internet, basic computer literacy skills and proficiency in English. While this is a standalone course, you may benefit from the knowledge that builds across our suite of nuclear science and safety micro-credentials, in the following order: Nuclear Science Essentials, Radiation Science Essentials, Essentials of Radiation Safety, and Essentials of Nuclear Safety and Security.
This course provides a foundational understanding of the principles and applications of nuclear science and atomic physics. It is ideal if you already work in health, emergency management, science education, regulation, policy development or research and wish to enhance your knowledge. Plus, it provides a robust foundation of skills for those looking to enter any of these fields, or, indeed, the mining, waste management, sustainability or military sectors.

You’ll learn how to:

  • grasp how atoms function
  • describe how nuclear reactions occur
  • explain the nature of radioactivity and radioactive decay
  • perform foundational calculations to better understand nuclear science
  • define the difference between fission and fusion and how they power reactors and accelerators
  • appreciate how real-world research projects create new knowledge in the field.

Course outcomes

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