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Effective waste handling, resource limitations, reducing emissions and energy consumption while enhancing targeted reuse and recycling methods are key challenges that must be addressed to support sustainable economic development, lessen environmental harm, and combat climate change.
The 'Circular Economy' framework presents innovative approaches to these challenges. Its primary objective is to maintain products, components, and materials at their peak utility and worth by completing product life cycles. This strategy promotes economic expansion while decreasing dependence on limited resources and waste production.
The circular approach rests on three fundamental tenets: eliminating waste and pollution from design, prolonging product and material usage, and restoring natural ecosystems
This program will equip students with essential understanding of Circular Economy principles along with pertinent recycling technologies. Using a mixed learning format, the curriculum will cover subjects including life cycle analysis (LCA), waste handling, mine waste recovery, water and sludge processing, plus material recycling, reprocessing, and product remanufacturing. Participants will gain specialized insight into design methodologies that facilitate material recovery and reuse.
This programme is suitable for graduates who have achieved an upper second-class honours degree (at 2.1 or above) or the international equivalent in either science or engineering. Those with an equivalent professional qualification are also encouraged to apply. Exceptions for those with relevant industrial or other experience may be considered and will require the approval of the Dean of Graduate Studies.
A minimum GPA of 3.0/4.0, or equivalent, is required for entry