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Top 5 innovations in civil engineering

As the economy improves, often the construction business does as well—but that industry is still looking for sound strategies, not just structures. The construction industry is being fuelled by global trends and national projects like smart cities, and the wants to create designs such as the green buildings are the new trend in the field of architecture and civil engineering. Rising smart infrastructure demand along with increasing infrastructure spending in economically stabilizing countries should drive global civil engineering market size. Urbanization, population growth, and environmental impacts have necessitated the need for smart and sustainable solutions infrastructure solutions. Providing efficient and sustainable construction methods accompanied by the ability to offer effective planning, designing, & integrating are key factors fuelling civil engineering industry demand. Increasing spending to improve residential, commercial, and industrial infrastructure along with aim for energy conservation innovations like these should drive civil engineering market growth.


The single design model

One of the most precious commodities when designing and building a new project is time. Everyone has their own deadlines, and ‘time is money’. Using the single design model would help in saving time from the drawing up the process through to completion on site. The single design model essentially is a process which focuses onto having all skills in-house, creating an office where a design can be thought, engineered and constructed all in the same place, using the same model initially created. Now, to save time and money, there’s a shift to have it all in-house from engineering to coordination, creating a one-stop shop. If co-ordinated correctly, models can and should, go through engineering right into construction.


High-end materials

We’re witnessing the construction of very interesting projects in all sectors of Infrastructure. Majority of the structures are in structural concrete. The functional demands of such high rise structures include the use of durable materials. High Strength Concrete, Self–compacting Concretes are gaining widespread acceptance. Apart from the basic structural materials, modern projects require a variety of secondary materials for a variety of purposes such as construction chemicals, waterproofing materials, durability aids etc. Materials such as durable concrete, self-compacting concrete (SCC), fly ash, condensed silica fume (CSF), cement silos, and photo-catalytic cement are some of the noteworthy materials for a sturdy construction.


Energy Efficiency

Energy consumption is always on the mind in construction. Energy efficiency means using less energy to provide the same service. For example, a compact fluorescent bulb is more efficient than a traditional incandescent bulb as it uses much less electrical energy to produce the same amount of light. The phrase ‘energy efficiency’ is often used to describe any kind of energy-saving measure. The scope of the savings – and the techniques required – depending on the situation and location. Energy-intensive industries, such as iron, steel, and cement manufacture, have become more efficient over time due to new equipment and better reuse of waste heat.


Permanent modular construction

It is stated that permanent modular construction will be a huge trend in the coming years, saying the construction can easily last more than 50 years. It looks exactly like commercial construction and can be done using many of the same things: metal studs, concrete, or even wood. Modular construction fits particularly well when there is a time crunch, from fast food restaurants that need to go up quickly to army barracks for military deployment. It also allows you to have an easier time doing the building as you go.



Well-rounded civil engineers who can go beyond calculations to fitting into these coordinated engineering design models will render themselves invaluable. According to Industry experts, it is necessary to integrate numerous architecture and civil engineering graduates into sustainable building practices. The only question is: Are you flexible enough for the challenge? REVA University’s School of Civil Engineering offers you B.Tech and M.Tech courses which will assist you in gaining an experience in real-world hands-on activities in an innovative learning environment. You will learn to plan, design, construct, operate and maintain a variety of structures and facilities. Civil engineers of today need in-depth understanding of physics, mathematics, geology, and hydrology. Apart from an understanding of these basic concepts, they need construction based knowledge as well. With an amalgamation of such concepts and practices, engineers can design structures that meet requirements like cost, safety, reliability, durability, and energy efficiency.

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