AutoCAD Civil 3D 2020 Training

Learn to import and export points in Civil 3D from Excel, convert to CSV, set point formats, create and manage point groups, and export selected points.

Learn to add points manually in Civil 3D using the create points tool, specifying location, description, and elevation, and export data as HTML or CSV reports.

Learn to create points with slope in Civil 3D by distance or by elevations, generating intermediate and end elevations, using grade, offsets, and feature line labels for surveyors.

Import the Excel point file, convert to CSP, set civil 3D 2020 to Saudi Arabia UTM Zone 38, then import points with labels and elevations and export the final points.

Create and customize an AutoCAD Civil 3D 2020 surface from existing ground points, naming the surface, selecting styles and intervals, and displaying elevation, slope, and watersheds.

Add surface labels with the annotate tab and interval controls, then create and apply as-built boundaries using polyline and the boundaries options.

import the points and create a surface using the prospector; name the surface 'existing rocket' and apply the 'one meter under the five meters' design, then adjust the outer boundary.

Master road alignment concepts in Civil 3D by distinguishing horizontal vs vertical alignment, exploring horizontal and vertical curves, and learning key terms like PC, PI, PT, crest, and sag.

Create road alignment in Civil 3D using the alignment creation tool, choosing centerline, setting starting stations, styles, layers, and labels, and exploring tangent, curve, and spiral options.

Explore advanced road alignment options in Civil 3D, including design criteria, inserting points of intersection, tangent with curve, and radius-based curve edits, with sub-entity and geometry editing tools.

Create best fit alignments in Civil 3D using cocoa points, AutoCAD points, or polylines as references. Select input from references, set path points, and generate a best fit alignment report.

Create an alignment on a surface, name it, and set major and minor stations at 30 meters and 15 meters for this module's practice question.

Create an alignment through an object in Civil 3D by turning a polyline into a centerline, then create offset alignments and export coordinates via an incremental stationing report.

Learn to draw coordinates on a center alignment with left and right offsets by creating points at key stations and displaying easting and northing with cocoa points.

Create an offset alignment from the centerline with five-meter offsets on both sides, set alignment style to offset labels with no labels, and export an incremental stationing report to Excel.

Learn how to create road widening in civil 3d, using manual widening on curves and offset alignments with widening criteria, including design standard and left or right widening.

Learn to create existing ground profiles from surfaces in Civil 3D, and develop design profiles using a surface, alignment, and a profile view.

Learn essential profile view settings in a Civil 3D 2020 training course, including editing a profile, adjusting scales, axis major and minor ticks, grid options, and display styles.

Create a design profile from the existing round profile using the profile creation tool, set the name and color, and adjust labels, view style, pv, and vertical curves.

Learn to create a profile from file in Civil 3D by importing text data from survey and design files, creating an alignment, and building profile views.

Learn to create best fit profiles in Civil 3D by generating a design profile from a surface and applying labels, views, and bands for precise alignment analysis.

Create and compare superimposed profiles in civil 3d to analyze center line alignment, left and right offsets, and the design profile in a single view.

Learn to create an existing ground profile and a DNA profile along an alignment in AutoCAD Civil 3D 2020, then customize display options and labels.

apply band details, compose label option, and adjust display settings to show design elevation in Civil 3D profile bands.

AutoCAD civil 3d 2020 training demonstrates creating custom bands for existing elevation in a profile view, including label content, color, and display settings, then preparing bands for cut quantity.

Create a custom band for cut and fill in AutoCAD Civil 3D 2020 training, configure band details and labels, and visualize cut and fill data in the profile view.

Create vertical geometry bands in a profile by adding a new band and configuring text and layout. Define crest and sag with curve length and radius.

Learn to create custom horizontal geometry bands in Civil 3D, configuring band type, text, heights, and curve tangent details for alignment and profile labeling.

Learn to add and customize station bands in a profile, including creating new bands, setting the band detail, labels, anchor point, text height, color, and station value.

Learn to save custom bands as styles and import them into another drawing in Civil 3D, using profile view properties and import options, design elevation, and cut and fill settings.

Learn to create Civil 3D assemblies by defining baselines, adding lanes, shoulders, and daylight components, and using tool palettes and subassemblies to configure road sections.

Create a second Civil 3D assembly by defining base and baseline locations, adding lanes, curb, sidewalks, and subassemblies, and adjusting lane width, depths, and slopes.

Practice creating a civil 3d assembly in AutoCAD Civil 3d 2020 by defining an assembly, lane type, 5‑metre width, urban sidewalk, kerb, and daylight.

Explore super elevation on horizontal curves, raising the outer edge to counter centrifugal force, and understand run out and run off in Civil 3D.

Learn to create super elevation in Civil 3D by configuring alignment, codes, and roadway type, adjusting design speeds and radii, and generating elevation views and profiles.