Autodesk Civil 3D training

Civil 3d сивил 3д автодеск беларусь проектирование топографии и геодезииAutodesk Civil 3D is intended for designing infrastructure facilities, performing design work in the field of geodesy, topography, designing master plans and linearly extended objects (roads and railways, engineering networks).

The program is based on the AutoCAD platform and is designed to work in Building Information Modeling (BIM) technology.

The duration of the basic course is 40 hours.

At the request of the customer, the course program, duration and form of training can be edited.

Course content

Module 1: Getting Started

  • Working with basic functions
  • Workspace device
  • Window structure
  • User Interface Navigation
  • Ribbon Panels and Status Bar Controls
  • Using the Panorama Dialog Box
  • Changing the display of objects. Object styles. Object layers
  • Using the Object Browser Dialog Box
  • Tags. Using labels

Module 2. Surfaces

  • Preparation of data on the volume of earthworks. Surfaces for calculating the amount of work
  • Surface data visualization. Setting objects to a surface elevation

Module 3. Work with routes. Track plans

  • Construction site concept
  • Creating Sites and Lot Boundaries
  • The concept of the track
  • Tools and methods for creating and editing tracks
  • Adjustment of styles of alignments and stations under the standards of the enterprise
  • Set up trace labels

Module 4. Working with profiles

  • Profile and Profile Window Concepts
  • Quick Profile
  • Using Surface profiles and Layout profiles
  • Ways to create and edit profiles
  • Methods for creating profile windows
  • The concept of a design profile
  • Tools for creating and editing a project profile
  • Creating Lines and Section Views

Module 5. Pipeline networks

  • Pipeline View in Autodesk Civil 3D
  • Pressure and non-pressure pipelines
  • Bases of pipes and equipment
  • Defining network design rules
  • Tools for creating this pipeline
  • Modes for creating networks and editing a network in plan
  • Editing sections and vertices (wells) of the network
  • Obtaining a longitudinal profile of the pipeline
  • Obtaining sections through the pipeline
  • Marking pipelines in the profile Window
  • Editing a longitudinal pipeline profile
  • Creating piping design rules
  • Element constructor, creating simple pipeline elements
  • Obtaining output documentation (tables and reports)