Have you ever looked at engineering marvels like the Golden Gate Bridge or the Sydney Opera House and wondered how the idea took shape, what went into designing the structure, and how was it finally built?
Well, somewhere an architect would have given shape to a marvel and handed it over to a Civil Engineer. The Civil Engineer would then study the material suitable for it, go into the nitty-gritty of construction, and give it a final shape. Interesting, isn't it?
Civil engineering courses are becoming highly sought after and cover the study of designing bridges, infrastructure, and buildings.
At AECC Nepal, we have tied up with top-ranking universities that offer the best Civil Engineering courses. Read to know about the top 10 courses in civil engineering and get job-ready with us!
Structural engineering deals with the application of physics and mathematics in constructing a structure. It involves studying different materials, their tensile strength, and various shapes that can be used while construction and their load-bearing capacity. As a structural engineer, you can specialize in branches like bridge engineering, laying of pipelines, structures in the air or water, aircraft maintenance, etc. You also make sure the structures are safe, reliable, and can stand their ground for at least a certain number of years.
The branch of Architectural engineering deals with the overall process of design, construction, calculations, and precision concepts so that it meets specific requirements. As an architectural engineer, you would take into account engineering concepts and use more engineering concepts than mere designing. You would study the design, aesthetics, functionality and ensure total compliance to structural and environmental aesthetics. As an architectural engineer, you would be a specialist in all aspects like mechanical, electrical, plumbing, ventilation, heating, cooling systems, and energy conservation.
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Transportation has played a crucial role in a city's development concerning infrastructure and trade. The movement of goods through harbors, roads, and rail has been the backbone of any developing city and is still considered to be a vital part when a city is planned. So, naturally, a transportation engineer would be in high demand when a city or a town is planned as a part of the expansion. As a transportation engineer, you will make plans, design, and implement effective transport systems that are comfortable, effective, and sustainable as per industry standards. Rapidly growing cities would require transport engineers to plan highways and fast-growing transportation amenities. The profile of a transportation engineer would also involve creating sustainable systems that can be effective and practical for generations to come.
Geotechnics involves the study of earth materials and uses the concepts of soil and rock attributes for sustainable construction. The structure of any building, bridge, or infrastructure stands on a base and has to be strong, pliable, and should have the ability to withstand the weight and load. As a Geotechnical engineer, you would be qualified to investigate earth systems on-field and laboratories and use them in problem-solving in various systems. It is a growing field and this is the best time to study Geotechnical engineering as it has a lot of growth potential.
Environmental engineering uses engineering to solve environmental concerns and improve the quality of living amidst urban spaces and lands. Technical skills are used to study, maintain, and improve the quality of air, water, and soil and ensure our natural resources' sustainability. Innovations are done in the field of water management, improving sanitation, and helping with controlling and curbing pollution. With climatic changes and the looming effects of global warming, the scope of environmental engineering is gathering a lot of momentum now.
In the study of water resources in the surrounding environment, Hydraulic engineering addresses the management and overseeing of storage, flow, and wastage of water. As a Hydraulic engineer, you would use the principles of fluid mechanics to survey channels and mitigate the use of water. You would specialize in hydraulic mechanics, sewage conduits, managing the waterways, irrigation channels, and sustainable practices to use and conserve water. As a licensed hydraulic engineer, you can sell specialized services and be in demand.
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Quantity surveying is the study of managing construction costs, design, build, and maintenance of a project. As a quantity surveyor, you would be responsible for determining the viability of a project. A building or a structure should be compliant with certain standards and statutory laws, and these are to be ensured by a quantity surveyor. You will specialize in cost estimation, maintenance, cost mitigation, and compliance and be involved in all the stages of construction. Being a hands-on career, it would be a good fit for you if you are a spontaneous person with a liking for an adventurous career.
Construction engineering is the study of the design and management of infrastructures like roads, railways, airports, ports, bridges, tunnels, dams, and other utilities. As a construction engineer, you would blend engineering concepts with management skills and oversee almost every aspect of construction from start to end. You would specialize in determining the timeline of the project, floating tenders, determining the material used, safety and productivity compliance, and their resilience to natural disasters. You would specialize in the management aspect of engineering making you an expert at both the aspects and a sought-after resource.
Stream restoration is a branch of environmental engineering and falls under the broad category of civil engineering. It deals with the study of river and waterbody restorations around an ecosystem. As a stream restoration engineer, you would use techniques and engineering methodologies to reduce soil erosion from flowing river water, protect fixtures, and restore the balance of the river ecosystem. You would specialize in the maintenance and improvement of river health and compliance of systems to mitigate floods and natural disasters. A stream restoration engineer would be an asset to the local governing bodies and would be a good stream for those looking at government jobs.
An engineering degree in river mechanics is an extension of environmental engineering. It deals with the runoff of a river through hill streams and its interactions with the geographical locations and climate. As a river mechanics engineer, you would investigate responses of the river stream and plan irrigation, inland navigation routes, and balance aquatic ecosystems. You could specialize in the field of river mechanics and build a career as an environmental engineer with corporations and the government.
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Civil Engineer Salary Australia |
$60,000-$70,000 p.a |
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Civil Engineer Salary USA |
$65,000-$80,000 p.a |
At AECC Nepal, our expert counsellors would guide you through the course selection process so that you can pursue your choice of course at a preferred university.
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