Course overview
Many real-world engineering studies belong to the class of wicked problems. This means that they are generally ill-formulated, lack clear direction and information, have many clients and decision-makers with conflicting values and do not have a 'right' or 'wrong' solution. In this course, students will gain first-hand experience of working on a wicked engineering problem (e.g. renewable energy transition, water resources allocation and management) by adopting the role of one of the stakeholder groups involved. This will provide an opportunity for students to utilise and build on a range of the technical and professional skills they have acquired during their degree program and to explore a range of factors affecting environmental decision-making that need to be considered to achieve sustainable outcomes. These include the need to understand different perspectives on an issue, the need for trade-offs and compromise between competing objectives, the importance of communication, research, critical thinking and negotiation skills, the importance of using appropriate evidence to support arguments and the importance of acting ethically and professionally.
Course learning outcomes
- Recognise, discuss and critically evaluate factors affecting environmental decision-making and the ability to achieve sustainable outcomes
- Appraise and discuss engineering projects from the perspectives of diverse stakeholders
- Recognise, discuss and critically evaluate the effect of engineering projects on the environment and society
- Synthesize and interpret information derived from models, measured data and other lines of evidence to support arguments and recognise and discuss the importance of the quality of this evidence
- Develop, apply and demonstrate research, critical thinking, negotiation, teamwork, communication and decision-making skills
- Recognise, discuss and critically evaluate the importance of acting ethically and professionally