The 3
rd International Conference on Mineral Engineering and Materials Science (iCMEMS-2025) will bring together leading academics, researchers, industry professionals, and graduate students to share cutting-edge research, foster collaborations, and address global challenges in sustainable material development and processing.
This iCMEMS-2025 conference will be organised jointly by the Western Sydney University and Global Circle for Scientific, Technological and Management Research (GCSTMR), together with our co-hosts from other universities. It will be held on 26-28 November 2025 at Western Sydney University's Parramatta South campus, which has excellent public transport link to Sydney CBD. The traditional landmarks of Sydney including Sydney Harbour, Sydney Opera House and Harbour Bridge are within easy reach of the conference venue as is the Blue Mountains World Heritage National Park.
The iCMEMS-2025 conference will feature keynote, invited and regular presentations. All the abstracts and full papers submitted to iCMEMS-2025 will be refereed by two independent reviewers and if accepted will be published in the conference proceedings. An edited book will be published (Springer) based on the selected papers (subject to author upgrade and editor acceptance).
Western Sydney University (WSU) has been ranked first in the world in 2022-2024 in The Times Higher Education (THE) Impact Ranking in sustainability. It is in a unique position to continuously host such a conference to promote sustainability across all spheres of life. Mineral engineering and materials science are interconnected in driving sustainable development by enabling efficient resource extraction, innovative material design, and eco-friendly processes, ensuring responsible engineering solutions for future generations.
Topics of interest include, but are not limited to the following:
- Additive Manufacturing and Powder Processing
- Advanced Reactor Design and Process Control
- Advanced Separation and Processing Techniques
- Critical Minerals and Resource Recovery
- Digital Transformation and Smart Technologies
- Materials Characterization and Simulation
- Materials for Energy and Environment
- Nanotechnology and Functional Materials
- Particle Engineering and Characterization
- Process Intensification and Modular Systems
- Solid waste and materials recycling
- Sustainable Mining and Mineral Processing
- Sustainable Practices in Engineering and Materials