Case Study: Sustainable Urban Development in Brisbane and Gold Coast

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Desklib provides past papers and solved assignments for students. This report analyzes sustainable engineering practices in Brisbane and Gold Coast.
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Engineering Management for a Sustainable
Your name, and tutors name
Discussion of the critical Analysis
Major finding
INTRODUCTION/background PHOTO OR EXAMPLE OF THE CITY
CONCLUSIONS
FUTURE DIRECTIONS...
Research Method and analysis tool Explained
S.NO BRISBANE GOLD COAST
1. Green building practices
In these practices, they have focused on all the practice which helps to make
environment sustainable.
The building environment has a lot of emissions which is harmful to
environments such as greenhouse gas emissions.
So, they have switched to sustainability practices that can defend the
environment from harmful gas emissions.
The construction of building would be done in a sustainable manner.
The adopted practices were low energy consumption practices, solar energy,
and passive energy designing.
These methods provide use of all-natural resources effectively.
2 shifts commented to move towards greener environment are as decreasing
the loads for lighting, cooling and heating appliances used in making buildings
and using all equipment’s effectively.
The renewable energy components should be used (Fastenrath, 2018).
Increased population and economic expansion because of increased proliferation and
urbanization
Because of urbanization, people are using natural resources extensively.
A new approach was proposed based on sustainability and was approved in a pilot study. The
proposed approach was ASSURE.
It generated the indices based on sustainability but at micro level.
It helps in assessment and controlling the communication between urban ecosystems and
activities of human beings.
This assessment can help in making the strategies and actions towards sustainability (Yigitcanlar,
Tan & Kamruzzaman, 2015).
2. Ensuring sustainability in Brisbane airport corporation
The airport of Brisbane has owned 600 hectares of land for the purpose of
development and it is clarified that greenhouse emissions in building produce
8.8% harmful emissions.
It also includes the land for different habitats for wildlife from which feeding is
done for migratory birds and shelter is also provided to then and taking step
towards habitat preservation.
Actions for climatic changes are also adopted by them.
The energy reduction program was established to reduce harmful emissions.
They invested huge amounts on solar panels, electrical vehicles, and buses.
The other policies were also adapted for water management and waste
management (Yang et al. 2015).
Measures were taken against water pollution in gold coast
The water is polluted day by day.
Various measures are taken as rainwater tank is installed to conserve water.
The chosen appliances for water are chosen as of A quality.
Water efficient gardens are made in gold coast.
The consumption is considered in gold coast by monitoring the water inside houses (Cook et al.
2014).
Eco-friendly construction practices
For utilizing energy, lightweight materials are used.
Recycled materials are used for construction.
Eco-friendly paints are considered.
Less energy consuming techniques and appliances are used in construction.
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References
1. Todd, Derek & Bowa, Kim 2016, ‘Development of Beach Health Index for the Gold Coast, Australia’, Journal of Coastal Research, vol. si, no. 75, pp. 710–714, accessed from.
2. Wagner, Marcus, Bachor, Vernon & Ngai, Eric W.T. 2014, ‘Engineering and technology management for sustainable business development: Introductory remarks on the role of technology and regulation’, Journal of Engineering and Technology Management, vol. 34, pp. 1–8.
3. Evangelinos, Konstantinos I, Allan, Stuart, Jones, Keith & Nikolaou, Ioannis E 2014, ‘Environmental management practices and engineering science: A review and typology for future research’, Integrated Environmental Assessment and Management, vol. 10, no. 2, pp. 153–162.
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8. Halbe, Johannes, Adamowski, Jan & Pahl-Wostl, Claudia 2015, ‘The role of paradigms in engineering practice and education for sustainable development’, Journal of Cleaner Production, vol. 106, pp. 272–282.
9. Souza, Fernando Hymnô De, Pizzolatti, Bruno Segalla, Schöntag, Juliana Marques & Sens, Maurício Luiz 2015, ‘Study of Slow Sand Filtration with Backwash and the Influence of the Filter Media on the Filter Recovery and Cleaning’, Environmental Technology, vol. 37, no. 14, pp. 1–16.
10. Daneykin Yury, Daneikina Natalia, Solovyov Michail & Patil Arun 2017, ‘Implementing CDIO Approach in preparing engineers for Space Industry’, MATEC Web of Conferences, vol. 102, p. , accessed from.
11. Kohn Rådberg, Kamilla, Lundqvist, Ulrika, Malmqvist, Johan & Hagvall Svensson, Oskar 2018, ‘From CDIO to challenge-based learning experiences – expanding student learning as well as societal impact?’, European Journal of Engineering Education, vol. 43, pp. 1–16.
12.Fastenrath, Sebastian & Braun, Boris 2018, ‘Ambivalent urban sustainability transitions: Insights from Brisbane’s building sector’, Journal of Cleaner Production, vol. 176, pp. 581–589.
13.Yigitcanlar, Tan & Kamruzzaman, Md 2015, ‘Planning, Development and Management of Sustainable Cities: A Commentary from the Guest Editors’, Sustainability, vol. 7, no. 11, pp. 14677–14688, accessed from.
14.Yang, Jay, Yuan, Mei, Yigitcanlar, Tan, Newman, Peter & Schultmann, Frank 2015, ‘Managing Knowledge to Promote Sustainability in Australian Transport Infrastructure Projects’, Sustainability, vol. 7, no. 7, pp. 8132–8150, accessed from.
15.Cook, Stephen, Sharma, Ashok K & Gurung, Thulo Ram 2014, ‘Evaluation of alternative water sources for commercial buildings: A case study in Brisbane, Australia’, Resources, Conservation & Recycling, vol. 89, no. C, pp. 86–93.
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