Different Types Of Civil Engineering

Civil engineering is a branch of engineering and civil engineers are deals with the design, construction, and maintenance of the physical and naturally created environment. Roads, bridges, canals, dams, airports, sewage systems, pipelines, building structural components, and trains are all examples of civil engineering projects. Civil engineers are professionals who specialize in public works and infrastructure development. The best building contractors in Chennai are certified professional civil engineers who deal with the top construction projects. 

Civil engineers must possess a diverse set of talents in addition to math and science, such as problem-solving, decision-making, and leadership. Typically, a civil engineering graduate starts out as an Engineer-in-Training. They are qualified for the title of Professional Engineer after completing a national exam and meeting a State’s requirements for work experience under the supervision of a Professional Engineer. Civil engineers work with the general public, municipalities, and construction companies.

Civil engineering is a wide field that encompasses a number of sub-disciplines. We’ve listed the five most common types of civil engineering below.

Major Types of Civil Engineering:

  • Structural Engineering
  • Infrastructure Engineering
  • Environmental Engineering
  • Geotechnical Engineering
  • Transportation Engineering

Structural Engineering:

All structural analysis and design are included in the structural engineering field of civil engineering. They are responsible for evaluating and creating structures that can endure stress and force while securely bearing loads. They are responsible for maintaining the project criteria and checking safety regulations must be met by their designs. Their structures must be able to withstand natural disasters, environmental conditions, and meet design criteria and codes in order to assure public safety.

Infrastructure Engineering:

Infrastructure engineering entails the construction of structures such as bridges, roads, and trains, as well as utilities such as drainage and electricity. Engineering infrastructure attempts to construct the fundamental structures and systems that enable society to function in the most efficient, safe, long-term, and environmentally friendly manner possible.

Environmental Engineering:

Environmental engineering is a field of civil engineering that investigates the environmental effects of projects. Cultural resources, noise impacts, threatened and endangered species, water quality, air quality, wetlands, and socio-economic impacts are just a few of the issues that environmental engineers research and analyze. Their goal is to evaluate a project’s environmental implications and make recommendations for how to eliminate or reduce those problems. Environmental engineering’s purpose is to assist in the development of a project that has the least amount of environmental impact possible. Best House Construction Companies In Chennai have experienced civil engineers and structural engineers to design, plan, and construct the building according to your need. 

Geotechnical Engineering:

Understanding how a project interacts with the ground is the focus of geotechnical engineering. A geotechnical engineer will assist in the project’s design and construction. They’ll conduct tests and analyses to determine the level of risk to persons and the environment. Natural dangers such as avalanches, rock falls, sinkholes, and earthquakes will be revealed by these testing. Geotechnical engineers work on constructions like highways, embankments, bridges, canals, and a variety of other building projects.

Transportation Engineering:

Transportation engineers are in charge of planning and directing the construction of transportation infrastructure. Roadways, railways, airports, bicycle/pedestrian routes, and public transportation are all examples of transportation facilities. These projects can range in size from minor road widening to massive freeway interchange projects, and from pedestrian walkways to multi-lane highway bridges.