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Completion In AUTOCAD CIVIL 3D(S-CAC3-6946)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

  • Duration1 Month
  • Enrolled0
  • Lectures25
  • Videos0
  • Notes0
  • CertificateYes

What you'll learn

AutoCAD Civil 3D is a professional civil engineering design and BIM-oriented infrastructure modeling course designed to develop practical skills in surveying, terrain modeling, road design, alignments, profiles, corridors, intersections, grading, pipe networks and quantity calculations.

The course covers the complete Civil 3D workflow, beginning with survey data and surface creation and progressing through alignment and profile design, corridor modeling, road design, intersection development, stormwater and sanitary networks, grading, earthwork calculations and construction documentation.

Learners will work on practical civil engineering projects to develop skills required for infrastructure and land development workflows.

What You Will Learn

  • AutoCAD Civil 3D interface and workflow
  • Civil 3D objects and styles
  • Survey and coordinate concepts
  • COGO points and point groups
  • Survey data import and management
  • TIN surface creation
  • Contours and surface analysis
  • Breaklines and surface boundaries
  • Horizontal alignments
  • Profiles and profile views
  • Vertical alignment and curves
  • Corridor modeling
  • Assemblies and subassemblies
  • Road and highway design
  • Intersection design
  • Stormwater pipe networks
  • Sanitary sewer networks
  • Pressure pipe networks
  • Site grading and feature lines
  • Cut and fill calculations
  • Quantity takeoff
  • Plan and profile production
  • Civil 3D documentation and project management

Who Can Join?

  • Civil Engineering Students
  • Civil Engineering Graduates
  • Diploma Civil Engineering Students
  • Surveying Students
  • Architecture Students
  • Construction Management Students
  • Infrastructure Professionals
  • Highway Engineering Learners
  • Land Development Professionals
  • CAD Designers
  • Civil CAD Draftsmen
  • Site Engineers
  • Surveyors
  • Civil Design Professionals

Prerequisite

  • Basic computer knowledge
  • Basic AutoCAD knowledge is recommended
  • Basic civil engineering concepts
  • Basic surveying knowledge is helpful
  • Understanding of engineering drawing is beneficial
  • No previous Civil 3D experience is required

Course Outcome

After completing the course, learners will be able to:

  • Understand the Civil 3D workflow
  • Import and manage survey data
  • Create and manage COGO points
  • Develop existing ground surfaces
  • Create and edit contours
  • Perform surface analysis
  • Create horizontal alignments
  • Develop existing and proposed profiles
  • Design vertical alignments
  • Create assemblies and corridors
  • Develop road and highway models
  • Create intersections
  • Design stormwater and sanitary pipe networks
  • Work with pressure networks
  • Perform site grading
  • Calculate cut and fill quantities
  • Prepare quantity takeoffs
  • Create plan and profile sheets
  • Prepare professional civil engineering documentation
  • Develop complete Civil 3D infrastructure projects

Career & Learning Opportunities

  • Civil 3D Designer
  • Civil CAD Designer
  • Civil CAD Draftsman
  • Civil Design Engineer Trainee
  • Highway Design Engineer Trainee
  • Road Design Engineer Trainee
  • Infrastructure Design Assistant
  • Land Development Designer
  • Survey CAD Technician
  • Civil BIM Modeler
  • BIM Engineer Trainee
  • Site Development Designer
  • Grading Design Assistant
  • Drainage Design Assistant
  • Quantity Takeoff Assistant
  • Survey Drafting Assistant
  • Infrastructure Project Assistant
  • Civil Engineering Design Assistant


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Course Syllabus

Module 1 – Introduction to AutoCAD Civil 3D

  • Introduction to Civil 3D
  • Civil engineering CAD fundamentals
  • Civil 3D interface and workspace
  • Toolspace and Prospector
  • Civil 3D objects and styles
  • Project workflow
  • Drawing setup

Module 2 – Survey & Coordinate Fundamentals

  • Coordinate systems
  • Surveying fundamentals
  • Northing and Easting
  • Points and point groups
  • Point styles and labels
  • Importing survey data
  • Survey data management

Module 3 – Points & Point Groups

  • Creating COGO points
  • Point numbering
  • Point descriptions
  • Point styles
  • Point groups
  • Point labels
  • Point editing
  • Point data import and export

Module 4 – Surfaces Fundamentals

  • Introduction to Civil 3D surfaces
  • Creating TIN surfaces
  • Surface definitions
  • Contours
  • Surface boundaries
  • Surface styles
  • Surface labels
  • Surface editing

Module 5 – Advanced Surface Modeling

  • Surface breaklines
  • Boundaries
  • Surface data sources
  • Spot elevations
  • Surface analysis
  • Slope analysis
  • Elevation analysis
  • Surface volume concepts

Module 6 – Alignments

  • Introduction to alignments
  • Horizontal alignment
  • Alignment creation
  • Tangents and curves
  • Alignment geometry
  • Alignment labels
  • Alignment styles
  • Alignment editing

Module 7 – Profiles & Profile Views

  • Existing ground profiles
  • Profile creation
  • Profile views
  • Profile bands
  • Design profiles
  • Vertical curves
  • Grade calculations
  • Profile annotation

Module 8 – Corridors

  • Introduction to corridor modeling
  • Corridor creation
  • Assemblies
  • Subassemblies
  • Corridor targets
  • Corridor surfaces
  • Corridor regions
  • Corridor editing

Module 9 – Road Design

  • Road design fundamentals
  • Road cross-sections
  • Lane configuration
  • Carriageway design
  • Shoulder design
  • Median concepts
  • Roadside elements
  • Road design standards

Module 10 – Intersections

  • Intersection fundamentals
  • Creating intersections
  • Intersection alignments
  • Curb returns
  • Lane and profile control
  • Intersection corridors
  • Grading at intersections
  • Intersection design documentation

Module 11 – Pipe Networks

  • Introduction to pipe networks
  • Stormwater systems
  • Sanitary sewer systems
  • Pipe and structure catalogs
  • Pipe network creation
  • Structures
  • Pipe network styles
  • Network labeling

Module 12 – Pressure Networks

  • Introduction to pressure networks
  • Water distribution systems
  • Pressure pipes
  • Fittings
  • Appurtenances
  • Pressure network layouts
  • Network profiles
  • System documentation

Module 13 – Grading & Site Design

  • Grading fundamentals
  • Feature lines
  • Grading criteria
  • Grading objects
  • Building pads
  • Slopes and elevations
  • Site development
  • Grading optimization

Module 14 – Quantity Takeoff & Earthwork

  • Earthwork fundamentals
  • Cut and fill calculations
  • Surface volume comparison
  • Volume surfaces
  • Quantity reports
  • Material calculations
  • Earthwork analysis
  • Quantity documentation

Module 15 – Survey Data & Field-to-Finish

  • Survey data workflow
  • Survey database
  • Field data import
  • Description keys
  • Linework codes
  • Field-to-finish concepts
  • Survey figure creation
  • Survey documentation

Module 16 – Plan Production & Documentation

  • Plan creation
  • Profile sheets
  • Plan production tools
  • Sheet templates
  • View frames
  • Sheet layouts
  • Annotation and labeling
  • Construction documentation

Module 17 – Civil 3D Styles & Standards

  • Object styles
  • Label styles
  • Table styles
  • Surface styles
  • Alignment styles
  • Profile styles
  • Pipe network styles
  • CAD standards and templates

Module 18 – Advanced Civil 3D Workflow

  • Data shortcuts
  • Project collaboration
  • External references
  • Data management
  • Drawing cleanup
  • Model coordination
  • Civil 3D productivity tools
  • Project organization

Module 19 – Practical Civil 3D Projects

  • Land survey project
  • Existing ground surface
  • Road alignment project
  • Profile and vertical alignment
  • Road corridor project
  • Intersection design
  • Stormwater pipe network
  • Site grading project
  • Earthwork calculation project

Module 20 – Final AutoCAD Civil 3D Project & Assessment

  • Complete civil engineering project setup
  • Survey point import
  • Surface development
  • Alignment creation
  • Profile design
  • Corridor modeling
  • Intersection design
  • Pipe network
  • Grading and earthwork
  • Plan production and final documentation


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