Basics of Tailings Geotechnics – Delivered by Future Tails
This micro-credential has been designed for professionals working in the field of tailings management. It is best suited to practicing engineers, geoscientists or individuals with significant experience in tailings in an oversight capacity and those wanting to gain knowledge on tailings management strategies. You will learn how particle size distributions are obtained and how they are used to classify geomaterials.
This includes an introduction to the concepts of plasticity and links to mineralogy. Utilisation of phase diagrams for understanding key parameters such as void ratio are described and the core concept of effective stress and its link to shear strength are discussed.
This micro-credential is the second of 12 micro-credentials (currently in development) which, if successfully completed, will lead to a Graduate Certificate in Tailings Management* at UWA.
Future Tails is a five-year initiative funded by sponsors Rio Tinto and BHP to facilitate industry understanding of best practice mine tailings management.
Upon successful completion of this micro-credential, you'll receive:
- Two PD Points - stackable for academic credit towards the Graduate Certificate in Tailings Management*
- A Certificate of Achievement
- A UWA Plus Professional Development Transcript, listing all successfully completed micro-credentials
*In order to apply for the Graduate Certificate award you must have a Bachelor of Engineering degree or a degree in a related field and have met UWA’s English language competency requirements. Please refer to the Graduate Certificate in Tailings Management.
- Delivery mode
- Online access to learning material, on demand. Two online discussion forums will be held for students to discuss the learning material and share their own insights into the topics covered.
- Course date
- Registrations are open from 4 March 2022 to 31 March 2022.
- The course starts on 4 April 2022. Participants will have until 3 June 2022 to complete the micro-credential.
- Applications close
- 31 March 2022
- 50 hours (including online learning, personal study time and assessments)
- Academic lead
- Professor Andy Fourie
- $1,100 inc. GST
- Critical information summary
- MINEM502 Basics of Tailings Geotechnics [PDF 84.4KB]
Compare tailings characterisation using the USCS and the ICOLD systems, and account for clay mineralogy
Demonstrate ability to determine parameters related to solids content, void ratio and degree of saturation and the relevance of these parameters to engineering characteristics
Calculate variations in both vertical and effective stress for typical TSF scenarios
Demonstrate the ability to link effective stress and shear strength, under both drained and undrained loading conditions