Overview
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Requisites
Other learning activities
Learning activities
Learning outcomes
Effectively communicate circular economy, sustainability, design thinking and innovation in engineering terms
Critically evaluate relationship between product design (eco-design), manufacturing and waste avoidance (eco-efficiency);
Apply software tools to simulate material flows including STAN
Demonstrate a circular economy product development with sound ESG principles
Identify and develop leadership strengths by engaging with industry through guest lectures, site visits, industry focussed projects and Work Integrated Learning opportunities.
Assessments
Additional information
1. Circular Economy & Sustainable Development
· Finite materials stock management: Repair, reuse, refurbish, recycle
· Renewables flow management: Cascades, regeneration
· Parts, product, system, service provider
2. Design Thinking
· System Innovation
· Human-centred design
3. Site Assessment & Mobility
4. Housing & Building Design & Energy Efficiency
5. Materials & Construction
6. Solid Waste & Resource Recovery
7. Water Supply, Wastewater Management & Recycling
8. Urban Food Production
9. Home Energy Management
10. Solar, Wind Hydrogen Energy Systems, Bioenergy and Biomass
11. Energy storage
12. Sustainable product development for Circular Economy