This is the first of several posts that will help you understand the difference between civil engineering and civil engineering software, as well as what it means to work in both.
In this article, we’ll dive into what civil engineering is, why civil engineers do civil engineering work, and how you can get started working in the field.
What is Civil Engineering?
What is civil engineering?
A lot of people assume that civil engineers work in the public and commercial sectors, or that they’re responsible for everything from building roads to installing electric cars.
The truth is that civil engineering isn’t necessarily “all public and all commercial.”
Civil engineering is all-encompassing, encompassing all of the disciplines that civil construction and infrastructure engineers work.
The idea is to work on all areas of the economy that you might not be able to do in a regular construction career, and that’s what you’ll see covered in this article.
What civil engineering involves Civil engineering involves all areas that you can think of as civil engineering—everything from building infrastructure to designing, building, and operating a vehicle.
You might be familiar with building walls, bridges, roads, sewers, and pipes, and you might also know the term “road construction.”
The idea of building a road is a big deal for all of us, and civil engineers have an obligation to work at all levels of the construction process.
Civil engineers have to understand, for example, how to plan, manage, and build a road, and they also have to be able and willing to take the time to understand the details of the project and make sure everything is working as intended.
What does civil engineering involve?
A typical project involves a road that has to be constructed.
You have to know where the existing infrastructure needs to be built, how the construction will impact your local community, and what kinds of environmental impacts it will have.
Some of the biggest problems you will encounter in a typical project involve: Water or soil contamination: Most projects will involve a mix of water and soil.
Some roads will be built on land that is contaminated with groundwater.
You’ll need to take precautions when building the road to minimize the possibility of contaminated soil.
Water leaks: If you’re building a bridge that’s not waterproof, you’ll need extra pumps to keep the water out.
If you have to build the road on top of the existing structure, it might be a good idea to put in a water pipe to keep out water.
Groundwater can be an issue in many public and private projects.
Roads that are built on open spaces: A common issue is roads that are in areas that are not designated for roads.
In these cases, the roads will have to cross over to the other side.
You could add fencing or culverts to help protect the public from the water.
Other issues include: Structural damage: When building a new road, it’s important to take care to avoid structural damage to your existing infrastructure.
This is especially important if you’re working on a road project that will last a lifetime.
This means not only do you have new roads to build, but also that you’ll have to consider the cost of replacing damaged structures.
You should also be aware that the construction of roads and bridges is often done in remote locations, where you won’t have access to an extensive infrastructure database.
For example, roads built in the Midwest may not be available for public road building in other parts of the country.
What are civil engineers working on?
Civil engineers are responsible for building all types of infrastructure in a wide range of industries.
The federal government is an example of a large, well-known and well-respected organization that uses civil engineering to build projects.
Many federal agencies are also involved in civil engineering.
You can learn more about the civil engineering profession on the U.S. Department of Transportation’s website.
What can you expect from civil engineers?
You’ll see many of the same types of skills that you would find in a construction project, such as: The ability to understand complex project information and design a plan to meet the needs of the community