Civil Engineering Explained: The Discipline Behind Essential Infrastructure, Public Works and the Foundations of Modern Society
Civil engineering which is interchangeably referred to as civil construction by some factions, is considered as being among the most important discipline when it comes to the management of natural environments, building and maintaining essential infrastructure and as well as public works.
Civil engineers are the experts who do not only design and build infrastructure, but they are also responsible for ensuring the long-term upkeep of structures which among others include roads, tunnels, bridges, hydroelectric dams, sea ports, airports, harbours, sewage systems, power stations, and community facilities such as public schools and hospitals.
Given this wide scope related to the field of civil engineering, the discipline is more often than not broken down into various sub-disciplines by a civil construction company in order to specialise in a niche area within the scope of civil construction.
Historically, civil engineering is the second-oldest engineering discipline that follows close behind military engineering, and as a point to note, our current modern convenience-driven world owes much of what it is today to the existence of this discipline, as it addresses nearly every project involving public use and benefit.
Looking at civil engineering as a discipline, those within this sphere of profession generally seek to apply physical concepts and scientific principles towards solving challenges that a society within a given geographical area are faced with. The primary goal of civil engineering is hinged on enhancing the convenience and economic health of a region, making it a viable area that attracts both people and commerce.
Tracing back to the roots of civil engineering, one would come to find that at its core civil engineering and as well as construction is founded on centuries of advancements in physics and mathematics. This is the reason as to why the civil engineering sphere is able to cover a wide array of knowledge domains, as apart from understanding the building of structures, they must also be competent in material science, structural stability, natural environmental mechanisms, and have adequate in-depth knowledge of both geography and geology.
Centuries ago, most architecture and building tasks were generally managed by artisans who included carpenters, stonemasons, brick makers and material experts, who often aspired to become “master builders” which centuries ago was the highest authority when it comes to civil construction work. The earliest traceable roots of formal civil engineering dates back to the 3rd century BC revolving around Archimedes whose contribution on the principle of buoyancy and the “Archimedes’ screw” for moving water transformed the realm of civil construction practices forever.
The developments within the scope of civil engineering that came soon after based on these principles were significant to the discipline. The realm of civil construction could be seen as a collective discipline that was developed gradually over thousands of years through trial and error more than anything else and proven concepts and builds were carried forward and passed on to subsequent generations. In essence, civil engineers are responsible for the entire lifecycle of public works.
They oversee projects from the initial planning stages through construction and into indefinite maintenance. Every element within the civil sphere falls under their purview.
