Teacher Professional Development Courses

This free course aims to build teacher understanding of the benefits and challenges associated with the production of nuclear medicines. We will also model new ways to teach Year 9 and 10 students about isotopes and radioactivity using ICT, real data and science inquiry skills.

You can choose to join us online during three after-school webinars over three weeks, or a one-day in-person event at ANSTO Lucas Heights.

Part 1: Understanding nuclear medicines 

Teachers will hear from experts and scientists about: 

• Current nuclear medicines: Properties and uses
• Emerging technologies in nuclear medicine
• Managing nuclear waste safely
• Ideas for teaching nuclear medicines in the classroom

Part 2: Tour of ANSTO 

Teachers will participate in a tour of ANSTO's scientific facilities and learn how they are used to make nuclear medicines and manage waste from this process. 

Part 3: Teaching about isotopes and radioactivity 

ANSTO education officers will model teaching activities from the "Investigating Isotopes" data set that help students understand the chemical concepts of isotopes, atomic number, atomic mass, radioactivity and half-life. Participants will collaborate online to discuss and reflect on how they can use or adapt these teaching activities with their students. 

This free course aims to build teacher understanding of radioactivity, radiation safety and fission and their applications in everyday life.

We will also explore new ways to teach Senior Physics students about radioactivity and fission using models and analogies, ICT, real-world data and Working Scientifically skills. 

You can choose to join us online during three after-school webinars over three weeks, or a one-day in-person event at ANSTO Lucas Heights. 

Part 1: Radiation basics and radiation safety

Teachers will learn about:

• Ionising radiation emitted from unstable nuclei
• Half-life and its significance in nuclear medicine design, nuclear waste management, radiometric dating and radiation safety
• Simple analogies to understand activity, absorbed dose, equivalent dose and effective dose
• Technologies to monitor radiation and dose
• Radiation safety, including dose limits, principles of time, distance and shielding, and exposure routes
• The targeted use of radiation in nuclear medicines to diagnose and treat disease 

Part 2: Real-world benefits and responsibilities of fission

Teachers will learn about:

• The process of and the requirements for fission
• Related concepts, including fissile and fertile material, criticality and enrichment
• Use of fission in power reactors, research reactors, nuclear submarines and atomic weapons
• Controlling fission using control rods, moderators and coolant
• Safety principles and environmental monitoring of nuclear reactors
• Managing long-lived waste from nuclear reactors

Teachers will see the OPAL multi-purpose reactor and radioactive waste storage facilities at ANSTO.

Part 3: Teaching nuclear science in the classroom

ANSTO education officers will model teaching activities, including the “Radionuclides in medicine data set”, to help students understand the concepts of nuclear stability, binding energy, half-life and fission. Participants will collaborate to discuss and reflect on how they can use or adapt these teaching activities with their students.