Importance of Eco-Engineering Decision Scaling and Sustainable Engineering for Sustainable Manufacturing Practices

This article discusses the importance of eco-engineering decision scaling and sustainable engineering for sustainable manufacturing practices. It covers various measurements of green supply chain practices and comparative analysis of technology push strategies. The World Federation for Engineering Organisations (WFEO) provides appropriate knowledge and skills to effectively address the various challenges in the society.

Assessment 1 Part A:
Draft Submission
Please use and submit the table provided below for Assessment 1 Part A
Section 1:
Eco-engineering decision scaling (EEDS), World Federation for Engineering Organisations
(WFEO), and Sustainable Engineering
Section 2:
Reference in Harvard
Format
(Export from EndNote)
Comment (One or two sentences about
each important point)
Classification 1
Definition? (Y/N)
Classification 2
Classification 3
1
Poff, N.L., Brown, C.M.,
Grantham, T.E.,
Matthews, J.H., Palmer,
M.A., Spence, C.M.,
Wilby, R.L., Haasnoot,
M., Mendoza, G.F.,
Dominique, K.C. and
Baeza, A., 2016.
Sustainable water
management under future
uncertainty with eco-
engineering decision
scaling. Nature Climate
Change, 6(1), p.25.
Poff et al. claims that there is need to
rehabilitate the old infrastructure by
constructing new dams is regarded as the
appropriate solution to declining climate
risk. Nevertheless, to realise a border
need for sustainable freshwater demands
for extension of the prevalent water
resources management pattern past the
tapered economic process by including
socially valued ecosystem services and
functions. As a result, it has led to the
introduction of a novel decision structure
known as eco-engineering decision
scaling (EEDS) which unambiguously

and quantitatively investigate the trade-
offs in the ecological and engineering
performance metrics on the probable
management practices regarding
forthcoming climate and hydrological
conditions.
2
Singla, A., Ahuja, I.S.
and Sethi, A.S., 2018.
Comparative analysis of
technology push
strategies influencing
sustainable development
in manufacturing
industries using topsis
and vikor
technique. International
Journal for Quality
Research, 12(1).
According to Singla, Ahuja, and Sethi,
2018 outlines various importance through
the use of technology push (TP) as well
as demand pull (DP) activities that are
used for realising sustainable
development in the manufacturing sector.
Journal
3
Bag, S., Anand, N. and
Pandey, K.K., 2017.
Green supply chain
management model for
sustainable manufacturing
practices. In Green
Supply Chain
Bag, Anand, and Pandey, 2017 classify
various measurements of green supply in
relation to their effect on manufacturing
practices. Accordingly, the green
economy is forcing manufacturers
globally by extensively considering the
initiatives of green economy.

Management for
Sustainable Business
Practice (pp. 153-189).
IGI Global.
Seuring, S. and Müller,
M., 2008. From a
literature review to a
conceptual framework for
sustainable supply chain
management. Journal of
cleaner
production, 16(15),
pp.1699-1710.
According to Sering and Muller 2008
there is need to consider ecological as
well as social problems in the supply
chain management. Accordingly this help
to trigger more interest in green
sustainable supply chain management.
Journal
Section 3:
Introduction
Sustainable engineering is a procedure used for operating or designing systems in a way that
they utilise resources as well as energy in a sustainable manner. Accordingly, sustainable
engineering is a field of numerous challenges of developing products, technical systems in
addition to services so as to contribute towards heightened resource effectiveness and
sustainability. The World Federation for Engineering Organisations (WFEO) provides
appropriate knowledge and skills to effectively address the various challenges in the society.
Consequently, due to increasing worldwide populace which keep on moving to urban regions
there is need for adapting sustainability. Therefore, the demand for clean air, energy, safe
waste disposal, energy and transportation to drive environmental protection.
Bibliography

Bag, S., Anand, N. and Pandey, K.K., 2017. Green supply chain management model for
sustainable manufacturing practices. In Green Supply Chain Management for Sustainable
Business Practice (pp. 153-189). IGI Global.
Poff, N.L., Brown, C.M., Grantham, T.E., Matthews, J.H., Palmer, M.A., Spence, C.M.,
Wilby, R.L., Haasnoot, M., Mendoza, G.F., Dominique, K.C. and Baeza, A., 2016.
Sustainable water management under future uncertainty with eco-engineering decision
scaling. Nature Climate Change, 6(1), p.25.
Seuring, S. and Müller, M., 2008. From a literature review to a conceptual framework for
sustainable supply chain management. Journal of cleaner production, 16(15), pp.1699-1710.
Singla, A., Ahuja, I.S. and Sethi, A.S., 2018. Comparative analysis of technology push
strategies influencing sustainable development in manufacturing industries using topsis and
vikor technique. International Journal for Quality Research, 12(1).