If you are a civil engineer and find it hard to keep up with modern technology and software, this article is for you! So, let’s dive right into the expansive updates that are necessary for your field. Civil engineering is a field that is constantly evolving. Civil engineering discipline has grown from just working with concrete to designing and constructing anything from highways to buildings with technological improvements.
Civil engineers are no longer just sitting at a desk writing on paper; they're moving around a worksite utilizing their minds and hands, thanks to advances in 3D modeling and 3D printing and robotic systems.
Let’s get going. Here are nine ways that technological advancements have changed the way civil engineers work today.
1) LAND SURVEYING WITH DRONES
Land surveying using drones. Image source:Yourstory
If you are familiar with drones, you very well know that drones are a terrific tool for recording aerial views. But did you know that land surveying is another application of drone technology?
Engineers in civil and geotechnical engineering have discovered a new application for drones: land surveying. They found that crewless aerial vehicles provide a rapid and secure way to measure extensive land areas for surveying without putting people in danger or sending them into dangerous terrain. Engineers can undertake surveys at a distance in rock blasting applications to prevent being exposed to blasting zones.
Because these autonomous flying aircraft can map the earth's surface with great precision, they're increasingly being employed in surveying. Drones are most commonly used by construction supervisors, who can quickly examine their Jobsite while eliminating risks such as heavy equipment or scaffolding, which pose a threat to themselves and others.
In addition, civil engineers may have discovered a method to make the dredging process less labor-intensive in their search for new ways to dredge. Dredging is typically done by hand in numerous industries (such as mining), and it can be demanding work for people interested in on-site physical labor. On the other hand, drones have made considerable headway in dredging while also drastically cutting expenses compared with other methods, which require far more labor than is essential to get the work done.
Surveying using drones: Image source: DJI Enterprice
2) DESIGNING STRUCTURES WITH CAD SOFTWARE
Bridge being designed in SelfCAD
Today's civil engineers have far more sophisticated instruments than the past tape measures and graph paper. Thanks to computer-aided design software, the process has also gotten much less tedious over time.
Civil engineers can build structures that are more functional and cost-effective using cutting-edge 3D modeling software. Thanks to computer-assisted drafting (CAD) applications like SelfCAD, civil engineers can now create designs for roads, houses, bridges, machine components, instruments, and other structures with greater accuracy.The structures can be used to visualize the design before the actual construction process and this helps reduce cost and even speed up the process as the errors can be detected early and addressed accordingly.
With a 3D modeling software, one can also generate realistic renders of the structures that can be presented to the customer or even used for marketing purposes. Also, if one owns a 3D printer, they can 3D print the structures and one can be able to have a 360 degree and 3D
With SelfCAD, you don’t need to have any experience in 3D modeling to create any design. You can get started just within a few weeks of learning. Civil engineers are using such programs to prepare their projects.
3) USING CLOUD TECHNOLOGIES TO ENABLE REMOTE SENSING
Remote sensing is one advancement that enables on-site remote access with a minimum physical presence.
Thanks to remote sensing technology, civil engineers may now monitor building progress from the comfort of their own homes.
They can see what's going on in live time via real-time video streams, and they'll be able to take images and videos with drones that fly throughout, snapping pictures from all sides.
But don't forget that remote sensing would be impossible without today's mobile and cloud technologies. Data stored on remote servers can be accessed, modified, and managed using cloud technology.
For increased cooperation and information sharing, both mobile and cloud technologies provide data sharing in real-time to all contributors in any building construction process.
4) INTERNET OF THINGS (IOT)-ENABLES SENSORS FOR CONNECTING DEVICES IN CITIES
Internet of things in civil engineering. Image source:Engineeringcivil.org
Civil engineers are responsible for planning and building infrastructure that sustains us as well as inventing systems to make our lives easier in today's industries (oil and gas, manufacturing, food, dairy, and so on). Smart factories (also known as Factory of the Future) use sensors embedded in machinery to collect real-time data through machine learning algorithms. They can reduce operating costs or eliminate the need for humans to work long hours or shifts. In the realm of civil engineering, iot solutions for enterprise are becoming increasingly integral, offering new dimensions of connectivity and efficiency. For example, these IoT-enabled sensors can tell engineers how much water a pipe is transporting or how much traffic is expected on any given day.
IoT-enabled sensors with predictive analytics features are one application that can make a significant difference in natural disaster relief and catastrophe restoration operations, such as earthquakes or floods. Because IoT solutions offer disaster relief personnel speedier access, they potentially save billions of dollars every year in losses caused by natural disasters.
5) BUILDING INFORMATION MODELING'S APPLICATION (BIM)
Building information modeling (BIM) is booming, and professional civil engineers are in high demand. BIM technology has been present for at least 15 years. Still, it’s only recently been well-known among civil engineering experts as they've had to cope with increasingly complex projects that have necessitated the use of more data visualization technologies than were previously available. Surprisingly, many users of this type of software are unaware that civil engineers built it.
Civil and structural engineers use Building Information Modeling (BIM) and data visualization technologies to construct more efficient and sustainable buildings. This sophisticated system uses cameras positioned around the construction site and data collected from sensors embedded within the materials used at each stage, to keep track of all parts engaged in the construction process.
Civil engineers can use Building Information Modeling (BIM) Technology Dashboards to keep track of their projects at all stages during the development process. Experts may also review project results in real-time with this technology, allowing for improved collaboration.
Building owners, shareholders, designers, consultants, and regulators can use BIM dashboards to stay informed about every detail of their project, from site data analysis such as types of soil or geological conditions to individual components that go into constructing the structure itself, such as steel rebar size requirements or needed spacing between posts on an exterior wall.
BIM is an excellent tool for detecting clashes and solving problems during design, which enhances planning and efficiency.
6) THE APPLICATION OF BIG DATA
Big data from the past can identify trends and probabilities of risk, hence boosting safety. Big data from weather, transportation, and the environment can be used to determine the most efficient phasing of activities.
Big data refers to extraordinarily massive data collections that can be utilized to identify hidden trends, behavioral patterns, and unforeseen correlations.
Civil engineering has a lengthy history, but it now has access to more sophisticated technologies than ever before, including "big data." Civil engineers are constantly on call during large hurricanes or earthquakes; however, because of all the information pouring around, today's civil engineers are far better qualified to analyze their impact.
Civil engineers use big data to forecast natural catastrophe behavior and analyze environmental effects. Big data is vital for building technology because it can reveal hidden trends and patterns in behavior that a small sample size could miss.
7) WATER CONSERVATION TECHNOLOGY USE AND DEVELOPMENT
From household and commercial solutions to systems utilized across the country, civil engineering has produced a variety of creative water-saving technology.
The average American household uses over 300 gallons of water each day, equating to approximately 110,000 gallons per year (most contributed from daily hot showers). That's a lot of water when you consider all of your renter households. Thankfully, engineers and designers have devised several realistic strategies for lowering water consumption in ways that will significantly impact the bottom line.
Small ideas like these often grow into larger concepts with potentially massive implications, which is how innovation happens. For example, given our current drought, eliminating surplus is critical, and applying these new ideas might be a solution to this situation.
8) THE USE OF DIGITAL MARKETING
Civil engineering and digital marketing are both dynamic and changing fields. Both fields share an unusual overlap in that they both deal with the idea that knowledge has value on its own. Civil engineers use math to determine how much material is needed to build bridges or design structures. In contrast, marketers look at data about consumers' buying habits, like their age range and income level, to help businesses locate new customers through focused advertising campaigns.
Civil engineers have been able to make a successful foray into inbound marketing in recent years. The civil engineering business has suffered as a result of the economic slump, with many companies lowering their rates to compete successfully for new contracts and jobs. As a result, several of these companies have grown into new sectors such as website construction, SEO optimization, and smart inbound marketing campaigns, which may not have been associated with previously but can generate additional revenue streams.
So, we hope this article helped you discern how to manipulate modern technology and software in your favor. Kindly contact us if you need further clarifications.
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