The_Prosperity_of_the_Country

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The Prosperity of the Country from Civil Engineering
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The Prosperity of the Country from Civil Engineering
Introduction
Civil engineering is among the oldest professions that have formed a key force in the
abandonment of human civilization. The profession has gone through massive transformations
over the years and has changed human lives in a number of ways. The article by Rubin, Quintas,
& Roth, (2014), talks about civil engineering with respect to the role it has played in
transforming the society and the world as a whole. In the modern world, civil engineering has
been at the forefront in facilitating a number of activities, such as the construction of buildings,
bridges, and a number of magnificent structures that have been achieved through the adoption of
unparalleled sophistication. According to the article, engineers are solutions-oriented and often
enjoy the ability to identify a product or need before strategizing a technical solution that can
help bring changes to society. The authors state that developing such engineering designs
requires high-income locations whereby the engineering profession is getting the relevant
support from the surrounding communities and a government that has strong political capital that
has been leveraged to provide government services, such as water and electricity. The operations
of civil engineers have to be regulated by the relevant authorities to ensure that environmental
regulatory standards are adhered to. The article also talks about the need to be optimistic about
global development, poverty reduction, as well as public health. Based on the points outlined in
the article, it can be said that civil engineering is playing a very important role in the prosperity
of a country because of its contribution to infrastructural development like the construction of
roads, buildings, and buildings.
Past, Present, and Future of Civil Engineering

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It is important to understand the growth of engineering as a profession from ancient
times, through the years, to the present times. The profession has gone through massive
transformations, with different people coming up with a number of technological innovations to
suit the needs of the modern era. According to the article by Kelly, Luke, and Wright (2017), the
term civil engineering was first introduced in the 18th
century as a way of making a distinction
between the newly found professions of military engineering. The authors state that engineers
got themselves involved in peaceful activities and engineering works that existed during that
period demonstrated a history of incentive genius and persistent experimentation. Besides, the
rise of civil engineering as a distinct discipline finds its way to the foundations of France in 1716
of the Highway Corps and Bridge. The works at that time involved design and computation that
replaced the rule of thumb and empirical formulas while the expert knowledge got formulated
and confided.
Another source that talks about the history of civil engineering over the years is that
written by Kelly, Luke, and Wright (2017). The authors state that almost all organizations in the
modern world are furnished with complex computers that have general-purpose finite-element
computer software. On the same note, many organizations normally perceive structures as three-
dimensional systems. Some part of general-purpose software that can perform non-linear
analysis is presently being used. Determining the ability of the hardware and software systems
has made it possible for architects to design and build magnificent structures that were not in
existence some years back. Based on the source, there have been magnificent studies about
different civil engineering dimensions that have occurred in the past years in different parts of
the world, which have brought a lot of transformations in this peculiar profession. On the same
note, the development of high-performance instruments has given rise to the development of

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many magnificent structures like Burj Khalifa whose completion was witnessed in 2010; it is
perceived to be the tallest building across the globe.
As much as extraordinary engineering works have been developed in different parts of
the world, some parts of the world, especially non-industrialized nations, have witnessed failure
in structures, which, in a larger part has been caused by human error in planning and
maintenance. The book by Booth (2022) states that a large part of the errors are a result of over-
dependence on computer outcomes and neglecting effective ways of handling engineering
designs. Civil engineering is the most established discipline after the military one. Since
antiquated times structural Specialists have developed structures and designs that would be
extraordinary to be fabricated even these days. Mechanical upgrades have made our lives simpler
and have given us the capacity to perform obligations we couldn't quite a while back. Innovation
additionally has further developed transportation, and this should be visible on the many streets
in the modern world. Modern innovations utilized by structural designers are endeavoring to
tackle a ton of significant issues of our general public, for example, contamination,
overpopulation, an Earth-wide temperature boost, traffic, and so on. The author states that a vast
majority of individuals know Dubai, and one reason why it is so famous is a direct result of the
cutting-edge structures and some of the most elevated high rises on the planet. Yet, in spite of
this improvement in civil engineering throughout the long term, Albania actually stays in
disarray. A ton of structures are worked without applying European norms, making metropolitan
turmoil. In addition, the streets are not very much arranged and this causes a great deal of traffic
in most large urban communities like Tirana and Durrës.
Transportation designing is a discipline of civil engineering that arrangements with the
frameworks expected to move individuals and products around. With the rise of semi-

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independent and electric vehicles, for example, those made by Tesla, streets should be changed to
adjust to these self-driving vehicles. For instance, interstate paths could be coordinated by the
various sorts of traffic headed straight toward isolated independent vehicles from passenger
vehicles and bikes. The quantity of charging stations will likewise require extra individuals to
change to electric vehicles. Also, novel thoughts, for example, the Hyperloop can change the fate
of how individuals travel. According to Rubin R. A., Quintas B., and Roth D. (2014), this idea
was proposed by Elon Musk and includes the development of monstrous cylinders stretching out
starting with one spot and then onto the next, with units going inside these cylinders at velocities
of the north of 700 mph. Since this undertaking includes the development of monstrous cylinders
to house a low-pressure climate, new frameworks should be intended to oblige these cylinders
and terminal stations.
The Role of Civil Engineering in Life
The article by Rubin R. A., Quintas B., and Roth D. (2014), extensively talks about the
role of civil engineering in society and how it has transformed human life. The article holds that
civil engineers play the role of designing and developing structures and facilities that are
important for daily use among members of society, such as roads, bridges, railways, and so on.
The engineers equally design and develop intricate structures like stadiums, airports, train
stations, and so on. It is worth noting that becoming a civil engineer requires possessing
exceptional IT and math skills. According to the authors of the article, civil engineers should be
in a position to understand and explain concepts in a proper and well-organized manner. They
develop society by designing and constructing buildings that make society stand out. The other
role played by civil engineers involves developing transportation systems and reliable structures
that are able to resist the impact of natural disasters like floods, fires, and earthquakes. Based on

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these details from the article, it can be argued that civil engineers play a very important role in
society, and it would not be easy for modern society to exist without the input of civil engineers.
This is because every structure that exists in the modern world, like roads and bridges, cannot be
completed without the workmanship of civil engineers. On the same note, the authors also state
that the development of social amenities like water, electricity, and internet services requires the
input of civil engineering to some extent. Some years back, civil engineers developed society by
constructing structures like tunnels and canals, which greatly enhanced the quality of human life
over the years.
Another source that talks about the role of civil engineering in society is a book by Kelly,
Luke, & Wright, (2017), which highlights the need to uphold sustainable communities mainly
through technological developments. The authors also state that civil engineers are responsible
for a number of structures and projects that are evident in the modern world, such as buildings,
dams, burrows, and other structures that form part of human existence. Civil engineers play
critical roles and take responsibility for a number of engineering projects that go a long way in
changing the lives of people in society. The authors state that civil engineers are expected to
utilize their knowledge and expertise to actualize the structures as modeled by designers. They
are also required to work alongside a group of experts while handling a large number of workers
on construction sites. They are also required to conduct a proper survey and carry out a
feasibility study of the site where the construction should take place to ensure that the resulting
structure stands the test of time. Other factors to take into consideration before setting out on
putting up the structure include the impact on nature and the surrounding climate. After setting
up a financial plan for the construction process, it become the role of the civil engineer to ensure
that the whole construction process is completed according to the budget and within the planned

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timeline. The authors state that if the financial plan has not been drawn, the civil engineer and the
designer are expected to consider factors like hardware and gear cost, the amount of work, and
the expenditure plan. Before the work process is declared complete, it is the role of the civil
engineer to conduct a proper analysis of the entire process to confirm that every process is
completed as planned.
The authors Rubin R. A., Quintas B., & Roth D. (2014) talk about the basic requirements
of becoming a civil engineer. They hold that some of the important requirements include having
knowledge of math, science, and material science. Joining the profession involves taking a four-
year college education that leads one to come out as a civil engineering graduate. Other than
going to college, some civil engineers get into the profession through the military. In the United
States, there are many nonmilitary personal foundation projects that are administered by the US
Armed force Corps of Specialists which enlists civil engineers. A good number of civil engineers
work for government offices, which often becomes their own process of recruitment. On the
same note, the article by Rubin R. A., Quintas B., and Roth D. (2014) holds that civil engineers
should have an understanding of the materials and processes required of them to complete their
structural responsibilities. An engineer who constructs dams should have an understanding of
liquid mechanics while the one that designs streets is expected to have an understanding of the
changing soil states. Some of the skills that are expected of a civil engineer can be acquired at
work while others are acquired through study.
Climate Change and Civil Engineering Challenges

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Hunt J. (2015) talks about climate change and states that the greatest challenge facing
civil engineers in the present times is the ability to moderate and adapt to climate change.
Nevertheless, the author holds that there exist some uncertainties about the trends of climate
change as well as the mechanisms that can be adopted to control them. When developing future
strategies, civil engineers often play a vital role in offering practical and financial evidence about
projects and workable systems. The details of the article stress that civil engineers are aware of
the risks that are intimately linked to the system design. It is worth noting that the climate around
the world is fast changing and the changes have brought massive impacts that in turn influence
the design and building of infrastructure. It can then be argued that the profession of civil
engineering plays a significant role when it comes to making people adapt to climate change
over the years. The author states that the world is currently experiencing the effects of climate
change in the form of prolonged droughts, extreme precipitation, and extensive flooding. About
climate change, there is the aspect of flexibility, which involves adjusting to and enduring
different environment-related stressors that might comprise events like floods, storms, and
wildfires. Different countries often commit trillions of dollars every year in an effort to control
the future impacts of climate change.
Nevertheless, the article states that the risks that are associated with extreme
environmental effects in the future are anticipated to pose dire financial consequences to the
respective countries. In this manner, climate change poses risks to food and water supplies,
deficiency of biodiversity, and negative impacts on the satisfaction of the general public. The
knowledge and skills of the engineers will help in achieving magnificent structural outcomes but
this can only be achieved if they work in close collaboration with other stakeholders of the
projects. Another book by Hunt (2015) states that one challenge facing civil engineers when

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planning a system that will stay aligned despite climate change is based on the fact that a good
number of codes and norms do not acknowledge the impacts of climate change. The author also
talks about the ems thinking, which is vital on the basis that some activities that are planned to
support foundation activities can interfere with the versatility of the system. Civil engineers will
then be required to determine how to operate with experts from different fields to ensure that
they understand the impact of climate change on the existing system.
Smart Cities
There has been a close relationship between technological development and civil
engineering in their effort for fresh approaches to the cities. However, the future of civil
engineering is anticipated to make use of technology integration instead of its use in only
construction. The other point to note is that the UN has the belief that 68% of the world
population is safely aligned. As such, there is anticipation that future cities will get integrated
with technology as a way of matching their different and growing needs. It is, therefore,
important to understand what it will take for the cities to grow smart and overcome the
challenges that affect the process. One of the elements that will be witnessed in smart cities is the
Artificial intelligence that is anticipated to replace the human labor force. Some advancements
that are expected to arise in the future include the development of driverless cars, parking
locations, and traffic lights. Modern parking systems are expected to solve the problem of
congestion on the roads while at the same time increasing efficiency and safety for pedestrians in
the cities.
According to Matsuoka Y. & Yoshida M. (2014), a shrewd city's prosperity relies upon its
capacity to shape serious areas of strength between the public authority and the confidential area.
This relationship is essential in light of the fact that the majority of the work that is finished to

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make and keep a computerized, information-driven climate happens beyond the public authority.
Reconnaissance gear for occupied roads could incorporate sensors from one organization,
cameras from another, and a server from one more. Moreover, self-employed entities might be
recruited to investigate the information which is then detailed back to the regional government.
This information could then prompt the consolidation of an application improvement group that
is recruited to concoct an answer for the issues tracked down in the examined information. This
organization could turn out to be essential for the framework assuming the arrangement requires
normal refreshing and the board. Hence, a brilliant city's prosperity turns out to be more centered
on building positive connections than on finishing a solitary venture. Hypothetically, in any area
of the city, the board can be integrated into a savvy city drive. An exemplary model is the
brilliant stopping meter that utilizes an application to assist drivers with finding accessible
parking spots without delayed orbiting of swarmed city blocks. The shrewd meter likewise
empowers computerized installment, so there's no gamble of missing the mark on coins for the
meter.
Additionally, in the transportation field, a savvy traffic board is utilized to screen and
examine traffic streams to streamline streetlamps and keep streets from turning out to be too
blocked in light of the season of day or busy time plans. Shrewd public travel is one more feature
of savvy urban communities. Shrewd travel organizations can arrange benefits and satisfy riders'
necessities progressively, further developing effectiveness and rider fulfillment. Ride-sharing and
bicycle-sharing are likewise normal administrations in a savvy city (Booth, 2022). Energy
preservation and effectiveness are major focal points of brilliant urban communities. Utilizing
shrewd sensors, brilliant streetlamps faint when there aren't vehicles or people on foot on the

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streets. Brilliant network innovation can be utilized to further develop tasks, upkeep, and
arranging, supply power on request, and screen energy blackouts.
Conclusion
Based on the information presented by different sources used in the research paper
concerning the role played by civil engineering in the prosperity of a country, it can be argued
that civil engineers form a vital component of society. Their roles in driving the country or the
society is based on their ability to use their skills, knowledge, and expertise in designing and
building infrastructural structures in the society. Some of the vital structures in the society
include buildings, bridges, dams, roads, and so on. These structures are important because they
help facilitate the daily operations of the members of society. Concerning climate change, civil
engineers have a role to play in ensuring that their activities do not contribute to causing harm to
the environment, such as air pollution. To ensure the prosperity of a country in terms of
infrastructural development, civil engineers need to work in close communication and
collaboration with other stakeholders of the society to ensure sustainable development and a
prosperous society.

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References
Booth C. (2012). Solutions for climate change challenges of the built environment. Wiley-
Blackwell, Chichester, West Sussex.
Hunt J. (2015). Climate Change and Civil Engineering Challenges, Civil Engineering, 160 (4),
170-175 https://doi.org/10.1680/cien.2007.160.4.170
Kelly W. E., Luke B. A., & Wright R. N. (2017). Engineering for sustainable communities
principles and practices. American Society of Civil Engineers, Reston, Virginia.
Matsuoka Y. & Yoshida M. (2014). Challenges for human security engineering. Springer, Tokyo.
Rubin R. A., Quintas B. & Roth D. (2014). Changing Role of the Civil Engineer in Society,
Journal of Professional Issues in Engineering Education and Practice, 130 (1)
https://doi.org/10.1061/(ASCE)1052-3928(2004)130:1(5)
Wood A. M. (2014). Civil engineering in context. Thomas Telford, London.