Civil Engineering

What is civil engineering?

Civil engineering involves designing, constructing, monitoring, operating, and maintaining infrastructure projects and systems in the public and private sectors. Infrastructure projects include the building of roads, railways, airports, culverts, bridges, waterworks, and sewage disposal systems.

Civil engineers and consultants use civil engineering design software to draft technical designs, document the drafts, and simulate and analyze the designs. The tool helps identify flaws in the design before construction. It also helps estimate the costs associated with building and maintaining infrastructure over a given period.

The software can be used for creating simple as well as complex technical drawings. It facilitates seamless communication among project stakeholders and reduces the number of hours otherwise wasted on cost calculations and manual design drafting. 

Given its diverse benefits, the software has increasingly gained popularity in the construction and manufacturing industry.

Civil Engineering Software

Software that mention civil engineering as a feature or term.

Civil 3D

AutoCAD

MicroStation

OpenRoads Designer

STAAD.Pro

Revit

Types of civil engineering 

Civil engineering design software may be used for working on the following types of civil engineering fields:

• Structural engineering: It is a discipline of civil engineering that deals with the structural design of infrastructures. Civil engineering tools assist structural engineers to analyze and understand the rigidity, stability, and sturdiness of buildings and other structures.
• Transportation engineering: Transportation engineering and management involves planning, design, operation, and sustentation of transportation systems. Civil engineering design software helps in the simulation and analysis of transport systems. It offers in-depth insights into the motion of vehicles, people, and various other factors, enabling engineers to design and build highly secure and efficient transportation systems.
• Hydraulic engineering: Hydraulic and water resources engineering deals with the flow and transportation of fluids, particularly water and sewage. Civil engineering design software assists in the planning, designing, and operating of water resource systems. It enables engineers to design hydraulic structures, including sewage systems, dams, stormwater systems, and more.
• Environmental engineering: This branch of civil engineering is concerned with saving people from unfavorable environmental impacts, enhancing environmental quality, and conserving ecosystems. Engineers use civil engineering tools to draft complex 3D models of sustainable structures and conduct environmental assessments.
• Geotechnical engineering: Geotechnical engineering is concerned with the study of the behavior of earth materials under the impact of soil-water interaction and force exerted on the earth's surface. Civil engineering design software aids in geotechnical modeling for designing foundations.

Benefits of civil engineering design software

Professionals in the construction industry can benefit from civil engineering design software in the following ways: 

• Designing an infrastructure project: Civil engineering design software helps generate design and construction process documentation. They use the 3D modeling feature of the civil engineering software to generate 3D models of the structures. They can easily modify the design by adjusting different variables to meet client specifications.
• Project management: Civil engineering design software focuses on designing, analyzing, and planning a construction project. Engineers and construction managers can leverage civil engineering tools to gain in-depth project insights that can be utilized to efficiently manage the entire construction lifecycle. 
• Surveying: In a construction project, there is a crossover between the role of civil engineers and land surveyors. Civil engineering design software helps in conducting land surveys. This is done by assessing a 3D landscape by collecting geographic data such as the distance between a series of points. The engineers then use this information to create technical drawings for the project.
• High safety standards: Under civil engineering, ensuring compliance with safety standards while designing infrastructure projects is crucial. It is vital to ensure that calculations are highly accurate so the constructed structures are safe and stable. Engineers use civil engineering design solutions to perform calculations quickly and precisely. Structures often have to go through some variation of a redesign. Civil engineering design platforms can allow engineers to easily modify the design while ensuring safety.
• Effective collaboration: Construction projects require on-site and field teams to ensure a proper communication flow for successful project completion. The stakeholders can use civil engineering software to enhance communication. They can access the 3D models stored on a cloud platform in real time, view infrastructure plans, survey observations, and work on modifications. Since each user views the same blueprints, drafts, and data, they can effectively work together as a team.
• Enhanced productivity: Engineers can simulate and visualize designs in 3D to identify potential errors even before construction begins using civil engineering design software. This helps in increasing overall productivity. 

Civil engineering vs. construction management 

Construction management is a sub-discipline of civil engineering. Yet, there are subtle differences between civil engineering and construction management. 

Civil engineering involves the planning, design, construction, and maintenance of infrastructures. On the other hand, construction management involves monitoring and managing construction projects from the start through completion. This is usually done with the help of construction management software. The tool helps plan and allocate resources for projects, facilitates office and field team collaboration, and allows users to monitor progress.