Software applications have revolutionized the civil engineering industry by streamlining processes, enhancing design efficiency, and improving project management. Here's a brief overview of their applications:

CAD Software: Computer$-$Aided Design $($CAD$)$ software like AutoCAD and Revit enables engineers to create detailed $2$D and $3$D models of structures, infrastructure, and other civil engineering projects. CAD software allows for precise drafting, visualization, and documentation of designs.

BIM Software: Building Information Modeling $($BIM$)$ software such as Autodesk BIM $360$ and ArchiCAD facilitates collaborative design and construction by integrating $3$D modeling with data$-$rich information. BIM enables stakeholders to visualize, simulate, and analyze building performance throughout its lifecycle.

Structural Analysis Software: Programs like SAP$2000,$ ETABS, and

STAAD.Pro perform structural analysis and design calculations for buildings, bridges, and other structures. These software packages simulate the behavior of structures under various loads, helping engineers ensure safety and compliance with building codes.

Geotechnical Software: Geotechnical software such as PLAXIS and GeoStudio assists in analyzing soil$-$structure interaction and designing foundations for civil engineering projects. These tools simulate soil behavior under different conditions and optimize foundation design to mitigate risks.

Project Management Software: Project management software like Primavera P$6$ and Microsoft Project aids in scheduling, budgeting, and resource allocation for civil engineering projects. These tools help project managers track progress, manage tasks, and mitigate delays or cost overruns.

Now, here's an objective type question based on the information provided:

Question: Which software is specifically designed for collaborative design and construction, integrating $3$D modeling with data$-$rich information?

A$)$ AutoCAD

B$)$ SAP$2000$

C$)$ ArchiCAD

D$)$ Primavera P$6$