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AutoCAD Civil 3D Training
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Drive Team Excellence with AutoCAD Civil 3D Corporate Training

AutoCAD Civil 3D is a specialized design and documentation software for civil engineering, enabling employees to efficiently design, analyze, and document civil engineering projects such as roads, highways, land development, and drainage systems. It's essential for organizations as it streamlines the design process, improves accuracy, enhances collaboration, and ultimately reduces project costs and timelines. Training in AutoCAD Civil 3D is crucial for employees to leverage its full potential and stay competitive in the field of civil engineering.

Edstellar's virtual/onsite AutoCAD Civil 3D training course offers customization options and employs cutting-edge methodologies for better outcomes. Our trainers are renowned for their expertise in AutoCAD Civil 3D instructor-led training course and have vast experience in guiding teams through the complexities of civil engineering design, project analysis, and infrastructure optimization.

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Skills Your Employees Will Gain

These are the core, hands-on capabilities your team builds during the program.

  • 3D Modeling
    3D Modeling is the process of creating three-dimensional representations of objects using software. this skill is important for roles in animation, game design, and architecture, as it enables visualizing concepts and enhancing creativity.
  • Land Surveying
    Land Surveying is the process of measuring and mapping land boundaries, topography, and features. This skill is important for architects, engineers, and construction managers to ensure accurate project planning and compliance with regulations.
  • Site Design
    Site Design is the process of planning and creating layouts for websites, focusing on aesthetics, functionality, and user experience. This skill is important for web developers and UX/UI designers, as it ensures engaging, intuitive, and accessible online platforms that meet user needs and business goals.
  • Grading
    Grading is the process of evaluating and assigning scores to student work. This Skill is important for educators to ensure fair assessments, provide constructive feedback, and guide student improvement.
  • Road Design
    Road Design is the process of planning and creating roadways to ensure safety, efficiency, and sustainability. This skill is important for civil engineers and urban planners to optimize traffic flow and enhance infrastructure.
  • Pipe Network Design
    Pipe Network Design involves creating efficient layouts for fluid transport systems. This skill is important for engineers and planners to ensure optimal flow, safety, and cost-effectiveness.

What Your Team Will Achieve After This Training

  • Apply Civil 3D tools to generate accurate survey data and point clouds
  • Utilize corridor modeling techniques to design roadways and intersections
  • Analyze and optimize pipe networks for efficient infrastructure design
  • Create detailed grading plans using feature lines and grading tools
  • Develop plan production skills for efficient documentation and collaboration
  • Utilize surface analysis tools to evaluate and modify terrain models
  • Generate accurate profiles from existing ground surfaces

Topics & Program Outline

The curriculum is organized into focused modules built by industry experts and delivered virtually or on-premise. Interactive sessions reflect the evolving demands of the workplace, keeping the learning both relevant and practical.

  1. Introduction to Civil 3D
    • Core functionalities 
    • Benefits for civil engineering projects
    • Comparison to traditional AutoCAD for civil engineering
  2. AutoCAD Civil 3D workspaces
    • Available workspaces and their purposes 
    • Workspace customization options 
    • Switching between workspaces for different project tasks
  3. Start tab
    • Initiating a new Civil 3D project
    • Accessing existing projects and templates
    • Exploring other project management tools on the Start Tab
  4. AutoCAD Civil 3D user interface
    • Ribbon functions and organization
    • Status bar elements and their functionalities 
    • Command line usage for advanced tasks and automation
    • Toolspace functionalities
  5. Panorama
    • Viewing modes for 3D models 
    • Navigation techniques for efficient movement in the 3D environment
    • Using view cubes for quick orientation changes
  6. AutoCAD Civil 3D templates, settings, and styles
    • Importance of project templates for consistency and efficiency
    • Types of styles available in Civil 3D
  1. Starting a project
    • Defining project location 
    • Setting project units 
    • Specifying project name and description
  2. Manage file sizes with data shortcuts
    • Limitations of large Civil 3D models 
    • Creating data shortcuts to link external data sources
  3. Share projects with team members outside
    • Collaboration tools for data sharing and project access
    • Sharing methods
    • Setting permissions and access controls for team members
  1. Introduction to plots
    • Types of plots used in civil engineering 
    • Importance of plots for communication and project approvals
  2. Lines and curves
    • Methods for creating polylines and curves for plot boundaries
    • Using object snaps for accurate boundary definition 
    • Working with complex boundary shapes using advanced curve tools
  3. Beginning a subdivision project
    • Key steps in designing a subdivision
    • Civil 3D tools for designing streets, sidewalks, and utilities 
    • Integrating existing survey data into the subdivision design
  4. Create plots from objects
    • Objects used for automatic plot generation
    • Customizing the appearance of object-generated plots 
  5. Creating and editing plots by layout overview
    • Plot layout creation workflow 
    • Editing existing plot layouts 
    • Using layout tools for efficient plot organization
  6. Rename/renumber plot
    • Importance of clear and organized plot naming conventions
    • Automating plot naming and numbering using Civil 3D tools
    • Maintaining consistency in plot naming throughout the project
  7. Plot reports, labels, and tables
    • Report types for conveying civil design information 
    • Customizing plot labels and tables for clarity and presentation
  8. Annotating the plot layout
    • Annotation tools for enhancing plot clarity 
    • Using text styles and blocks for consistent annotation elements
    • Adding north arrows, legends, and other project-specific annotations
  1. Survey workflow overview
    • Steps for incorporating survey data into Civil 3D 
    • Ensuring data accuracy and integrity through data checks and validation
    • Utilizing survey data for various design and analysis tasks
  2. Creating figure prefixes
    • Purpose of figure prefixes
    • Setting up figure prefixes with custom codes and descriptions
  3. Points overview and point styles
    • Understanding points in Civil 3D
    • Creating custom point styles for improved clarity and communication
  4. Creating points
    • Methods for creating new points
    • Working with 3D points and their elevation data
    • Assigning descriptive names and attributes to points
  5. Description key sets and creating a description key set
    • Defining description key sets for point information 
    • Creating custom description key sets to suit project-specific needs
  6. Importing survey data
    • Supported data formats for survey import
    • Import process and data mapping 
    • Troubleshooting and resolving import errors
  7. Creating point groups
    • Organizing points into groups for better management 
    • Using point groups for filtering, selection, and analysis
    • Assigning group styles for visual differentiation
  8. Editing points
    • Modifying point location, elevation, and data attributes
    • Filtering and selecting points for editing tasks
    • Maintaining data integrity during point editing

 

  1. Surface properties
    • Defining surface properties 
    • Specifying surface resolution and accuracy requirements
  2. Contour data
    • Working with contour data to generate surface features
    • Extracting contour lines from existing surfaces
    • Controlling contour line spacing and appearance
  3. Creating an existing ground surface
    • Methods for creating a surface representing the existing ground 
    • Using survey data, breaklines, and other sources to define the surface
    • Editing the existing ground surface for accuracy
  4. Breaklines and boundaries
    • Using breaklines to control the shape and behavior of a surface
    • Defining surface boundaries to limit its extent
  5. Surface editing
    • Techniques for modifying existing surfaces 
    • Editing surface features like slopes and ridges
    • Maintaining surface integrity during editing operations
  6. Surface labeling and analysis
    • Adding labels to surfaces for displaying elevations and other information
    • Performing surface analysis tasks
    • Using analysis results to inform design decisions
  7. Surface volume calculations
    • Calculating earthwork volumes based on existing and proposed surfaces
    • Using volume calculations for cost estimation and material takeoff
    • Analyzing the impact of design changes on earthwork volumes
  8. Point cloud surface extraction
    • Creating surfaces from point cloud data
    • Processing and filtering point cloud data for surface generation

 

  1. Roadway design overview
    • Basic principles of roadway design in Civil 3D 
    • Design considerations for safety, traffic flow, and drainage
    • Using Civil 3D tools for efficient roadway design
  2. AutoCAD Civil 3D sites
    • Understanding the concept of sites in Civil 3D 
    • Creating and managing sites for organizing project elements
  3. Introduction to alignments
    • Definition and purpose of alignments in Civil 3D 
    • Types of alignments 
    • Creating alignments using various methods 
  4. Alignments layout tools
    • Tools available for creating and editing alignments 
    • Setting alignment parameters 
    • Maintaining alignment geometry throughout the design process
  5. Alignment properties
    • Editing alignment properties 
    • Applying vertical curves and grades to alignments
  6. Labels and tables
    • Adding labels to alignments for displaying stationing, elevations, and other data
    • Creating tables to summarize alignment information
  1. Create a profile view style
    • Defining profile view styles for visualization
    • Setting profile view style parameters 
  2. Create profiles from surface
    • Generating profiles from existing surfaces to visualize slopes and elevations
    • Selecting the appropriate surface and alignment for profile creation
    • Editing and customizing profiles for clarity
  3. Profile view wizard
    • Using the Profile View Wizard to create profiles from alignments and surfaces
    • Understanding the wizard steps and options
  4. Create and edit profiles
    • Methods for creating new profiles 
    • Editing existing profiles 
    • Using profiles for design analysis and verification
  1. About Assembly Styles
    • Understanding assembly styles for defining corridor components 
    • Creating and managing custom assembly styles for project specifics
  2. Create an assembly
    • Defining the components and properties of an assembly
    • Specifying materials, thicknesses, and slopes for each component
  3. Creating a corridor
    • The process of creating a corridor from an alignment and assembly
    • Setting corridor parameters 
    • Generating a corridor model that reflects the design intent
  4. Corridor properties
    • Editing corridor properties 
    • Modifying the geometry and behavior of the corridor model
    • Ensuring corridor properties meet design requirements
  5. Designing intersections
    • Techniques for designing intersections between corridors
    • Using Civil 3D tools to create complex intersection geometries
  6. Corridor surfaces
    • Understanding the different surfaces generated by a corridor 
    • Editing and modifying corridor surfaces for specific design needs
    • Utilizing corridor surfaces for further analysis and visualization
  7. Corridor section review and edit
    • Reviewing corridor sections at specific locations 
    • Editing corridor sections to modify slopes, elevations, and components
    • Maintaining corridor integrity throughout the design process
  8. Corridor visualization
    • Techniques for visualizing corridors in 3D 
    • Creating animations and fly-throughs to showcase the corridor design
  1. Grading overview
    • Principles of site grading for drainage and aesthetics
    • Using Civil 3D tools to create grading plans
  2. Feature lines
    • Creating and using feature lines to define desired grading behavior
    • Specifying slopes, elevations, and other parameters for feature lines
  3. Grading tools
    • Tools available for creating and editing grading surfaces 
    • Setting grading parameters 
    • Modifying the grading surface to meet design requirements
  4. Create grading from a footprint
    • Generating a grading surface from a closed polyline footprint
    • Specifying the desired finished elevation or slope for the grading
    • Using footprint grading for simple site design scenarios
  5. About pipe networks
    • Understanding pipe networks for designing storm drainage or sanitary systems
    • Types of pipes and their properties 
  6. Creating a pipe network from objects
    • Generating a pipe network from existing polylines or alignments
    • Specifying pipe properties and connectivity
    • Creating a functional pipe network model
  7. Network layout toolbar
    • Tools available for designing and editing pipe networks 
    • Setting pipe slopes, inverts, and other parameters
  8. Network editing
    • Modifying existing pipes, manholes, and other network elements
    • Adding new elements to the network as needed
    • Ensuring the network functions properly for drainage or other purposes
  9. Annotating pipe networks
    • Adding labels and annotations to pipe networks for clarity 
    • Creating reports and tables summarizing network information
  10. Pressure pipe networks
    • Design considerations for pressure pipe networks 
    • Using Civil 3D tools to model and analyze pressure pipe systems
    • Setting pipe properties for pressure flow calculations
  1. Plan production tools
    • Tools available for creating and editing civil engineering plans 
    • Setting sheet layout and title block properties
    • Utilizing plan production tools for efficient plan creation
  2. Change plan production settings
    • Modifying plan production settings
    • Ensuring plans comply with project standards and presentation requirements
  3. Creating sheets and sheet sets
    • The process of creating individual sheets and organizing them into sheet sets
    • Numbering and naming sheets for clarity and ease of reference

Who Should Attend?

This program suits professionals at many levels across the organization, including:

  • Civil Engineers
  • Survey Technicians
  • CAD Technicians
  • Infrastructure Designers
  • Draftsmen
  • Geospatial Analysts
  • Urban Planners
  • Environmental Scientists
  • Land Surveyors
  • Mapping Technicians
  • Transportation Engineers
  • Managers

What are the Prerequisites?

Employees with a basic understanding of drafting and design principles can take up the AutoCAD Civil 3D training course.

Request a Quote for your Corporate Training Requirements

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Off-site: focused, instructor-led group learning away from everyday workplace distractions.

We host your teams at a venue of your preferred choice
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Boosts morale and signals commitment
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