Sustainable And Reduces The Impact of Environment
Added on 2022-08-25
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Green Building Design by Engineers
Name of Student:
Institutional Affiliation:
Name of Student:
Institutional Affiliation:
Introduction
The complexity of the built environment has placed great emphasis on the ability of engineers to
ensure that the design of various infrastructures is sustainable and reduces the impact on the
environment. It has been noted that engineering, more than any profession, should be at the fore
in ensuring that building design and construction is sustainable. In this regard, it has been noted
that green building design has continually gained traction as of the recent past. This has further
been emphasized though various international conventions which focus on the issue of
sustainability.
Green building design is the construction of building which fully utilizes the natural processes
such as lighting etc It has been understood that the carbon footprint of buildings is unprecedented
owing to the fact that the is the continuous of electricity, especially in lighting. The inability to
make use of the natural processes of lighting means that the continuous use of electricity.
Electricity is created through the combustion of fossil fuels and as such, the incremental usage of
electricity creates a major strain on the environment. The release of carbon dioxide results to the
building sector carbon footprint. In such regards, this paper tries to establish how civil engineers
can ensure that the building sector makes use of the various natural processes and reduces the
carbon footprint of the building sector. More to this is the fact that the continuous use of oil
reserves results in the destruction of the environment. This means that future generations may
not be able to enjoy the various benefits that are available today.
The tasks
The classification notes than an engineer is mandated with various works that are associated with
material selection and design. In line with sustainability, it has been indicated that engineers are
The complexity of the built environment has placed great emphasis on the ability of engineers to
ensure that the design of various infrastructures is sustainable and reduces the impact on the
environment. It has been noted that engineering, more than any profession, should be at the fore
in ensuring that building design and construction is sustainable. In this regard, it has been noted
that green building design has continually gained traction as of the recent past. This has further
been emphasized though various international conventions which focus on the issue of
sustainability.
Green building design is the construction of building which fully utilizes the natural processes
such as lighting etc It has been understood that the carbon footprint of buildings is unprecedented
owing to the fact that the is the continuous of electricity, especially in lighting. The inability to
make use of the natural processes of lighting means that the continuous use of electricity.
Electricity is created through the combustion of fossil fuels and as such, the incremental usage of
electricity creates a major strain on the environment. The release of carbon dioxide results to the
building sector carbon footprint. In such regards, this paper tries to establish how civil engineers
can ensure that the building sector makes use of the various natural processes and reduces the
carbon footprint of the building sector. More to this is the fact that the continuous use of oil
reserves results in the destruction of the environment. This means that future generations may
not be able to enjoy the various benefits that are available today.
The tasks
The classification notes than an engineer is mandated with various works that are associated with
material selection and design. In line with sustainability, it has been indicated that engineers are
to ensure that material selection is as per the specification requirements. This means that there is
a need to check on the durability of the material prior to the actual selection as this will
determine the sustainability options.
To ensure proper supervisory work, ANZCO (ABS, 2009) specifies that there is the need to
check on the resources. This means that there is a need to ensure proper and adequate site visits.
Material selection and supervision is one of the processes that are identified in this case.
IPCC climate change and the Sustainability
The IPCC report, as has noted, indicates that climate change has been primarily driven by the
increase in greenhouse gas emission. In such regards, there is a need to identify the various
methodologies through which the built environment may reduce the amount of greenhouse gas
emission. The fact that the building sector contributes significantly to carbon dioxide gas
emission, in essence, needs proper consideration.
The adaptation and mitigation measures that have been indicated in the report focus on the
development of proper policies for reduction. The various organizations such as LEED and
BREAM need to identify and formulate the proper policies to reduce greenhouse gas emission.
This is to mean that there is a need to manage the various types of emissions that are associated
with building design and construction. Control of the materials, the HVAC systems and other
policies is vital for the long run of the globe (IPCC, 2014)
a need to check on the durability of the material prior to the actual selection as this will
determine the sustainability options.
To ensure proper supervisory work, ANZCO (ABS, 2009) specifies that there is the need to
check on the resources. This means that there is a need to ensure proper and adequate site visits.
Material selection and supervision is one of the processes that are identified in this case.
IPCC climate change and the Sustainability
The IPCC report, as has noted, indicates that climate change has been primarily driven by the
increase in greenhouse gas emission. In such regards, there is a need to identify the various
methodologies through which the built environment may reduce the amount of greenhouse gas
emission. The fact that the building sector contributes significantly to carbon dioxide gas
emission, in essence, needs proper consideration.
The adaptation and mitigation measures that have been indicated in the report focus on the
development of proper policies for reduction. The various organizations such as LEED and
BREAM need to identify and formulate the proper policies to reduce greenhouse gas emission.
This is to mean that there is a need to manage the various types of emissions that are associated
with building design and construction. Control of the materials, the HVAC systems and other
policies is vital for the long run of the globe (IPCC, 2014)
Agenda 21 and the United Nations Developments
It has been noted that the organization identifies climate change as one of the major factors in the
context of concern. In this, it has been noted that there is a need to integrate climate change
measures in policy implementation and framework design.
Nevertheless, the document expresses deep concern on the continuous emission of greenhouse
gases, especially in the developing countries. In that context, engineers should be at the fore of
designing sustainable buildings. This is mainly associated with the fact that buildings tend to
consume a lot of power in the day to day running. A failure to address such issues may be
detrimental in the long run of the SDG (United Nations: SDG, 2015).
In such regards, it is essential to ensure that building design and construction observes the fact
that there is an urgency towards reduction of greenhouse gas emission. The major factor, as
such, is to ensure green building design. This will reduce the emission associated with building
construction..
Current practices in Building design and construction
The heating, ventilation and cooling system is one of the most overused in building design. The
continuous use of electricity to ensure that the indoor environment is at an optimum results to the
continuous use of electricity (Ghoubali, Byrne, Miriel, & Bazantay, 2014). From previous
designs, it has been noted that there is a need to ensure that there is a proper balance between the
indoor environment and the external environment. Nevertheless, as per research, there is a failure
to adequately cover the issue of proper use of natural resources.
It has been noted that the organization identifies climate change as one of the major factors in the
context of concern. In this, it has been noted that there is a need to integrate climate change
measures in policy implementation and framework design.
Nevertheless, the document expresses deep concern on the continuous emission of greenhouse
gases, especially in the developing countries. In that context, engineers should be at the fore of
designing sustainable buildings. This is mainly associated with the fact that buildings tend to
consume a lot of power in the day to day running. A failure to address such issues may be
detrimental in the long run of the SDG (United Nations: SDG, 2015).
In such regards, it is essential to ensure that building design and construction observes the fact
that there is an urgency towards reduction of greenhouse gas emission. The major factor, as
such, is to ensure green building design. This will reduce the emission associated with building
construction..
Current practices in Building design and construction
The heating, ventilation and cooling system is one of the most overused in building design. The
continuous use of electricity to ensure that the indoor environment is at an optimum results to the
continuous use of electricity (Ghoubali, Byrne, Miriel, & Bazantay, 2014). From previous
designs, it has been noted that there is a need to ensure that there is a proper balance between the
indoor environment and the external environment. Nevertheless, as per research, there is a failure
to adequately cover the issue of proper use of natural resources.
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