Content
- Framework for geological resource classification and criticality assessment
- Fundamentals on primary and secondary production (recycling) of materials (e.g. steel, aluminum, copper, precious metals, specialty metals, plastics, and phosphate)
- Demand for and use of metals and minerals in society
- Quantification of resource potentials in end-of-life flows
- Advanced sorting technologies
- Recycling-oriented product characterization
- Analytical tools in Resource Management (Material Flow Analysis, Recycling Performance Indicators, Recyclability Assessment, Criticality Assessment)
- Data management and statistical analysis of uncertainties
- Insights in ongoing research and development in the field of circular economy and recycling technologies
- Scientific practices - such as formulation of hypotheses, experimental design, statistical tools, and other assessment methods
- Experimental and analytical techniques for characterizing waste flows, waste-derived products, and recycling processes
- Tools for data management and presentation
- Competences for presentations
- Scientific writing