Civil 3D - Civil works specialization

This is a set of 4 courses called "Autocad Civil3D for Surveying and Civil Works" that will allow you to learn how to handle this fabulous Autodesk software and apply it to different projects and construction sites. Become an expert in the software and you can generate earthworks, calculate materials and construction prices and create great designs of roads, bridges, sewerage among others.

This set of courses has been the product of hours of dedication, work and effort, compiling the most important data on the subject of Civil and Topographic Engineering, summarizing large amounts of theory and making them practical, so that you can learn in an easy and easy way. Fast with short but specific classes for each topic and practice with all the (real) data and examples we provide here.

If you want to start managing this software, participating in this course will save you weeks of work by investigating on your own what we have already investigated, doing the tests we have done, and making the mistakes we have already made.

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CONTENT OF THE BASIC SECTION (LEVEL 1)

#AulaGEO

INTRODUCTION TO SOFTWARE:

Description of the software interface.

Summary and list of commands and main functions.

Project configuration in Civil3D.

POINTS

Import terrain points from a text file.

Definition of styles of points, texts and descriptors.

Configuration, editing and management of terrain points.

SURFACES

Creation and definition of TIN land surfaces.

Definition of styles and presentation (level curves, slope map, address map, thermal floors).

Editing and configuration of surfaces.

HORIZONTAL ALIGNMENTS

Creation and configuration of horizontal alignment (axis via).

VERTICAL ALIGNMENTS

Creation and configuration of the longitudinal profile of the terrain (vertical alignment).

Vertical alignment design (project grade).

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CONTENT OF THE MIDDLE SECTION (LEVEL 2)

ASSEMBLIES AND SUB-ASSEMBLIES

Typical section

Definition of assemblies (structure).

Configuration of sub-assemblies (type objects: terrace, lane, sardinel, canal, gutter, bridge, intersection, etc.).

LINEAR WORK, SURFACES AND MATERIALS:

Definition and construction of the linear work.

Linear work surfaces and limits.

CROSS SECTIONS OF SURFACES

Sampling lines

Section views

CUBICATION AND EARTH MOVEMENT:

Cubing and reports.

Surface comparison

Volume surfaces

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CONTENT OF THE MIDDLE SECTION (LEVEL 3)

SURFACES II

Surface model editing, interpolation, improvements, export.

Styles of surface models, presentations, map analysis.

Model overlay.

Cubing, volume reports between various surfaces.

HORIZONTAL ALIGNMENTS II

Advanced style management

Editing and construction of design criteria and tables.

Graphic, geometric and tabular edition (advanced).

Parallel axes and over-widths.

Definition and diagrams of cant.

VERTICAL ALIGNMENTS II

Construction with design tables.

Profile overlay.

Projection of objects from plant to profile.

Graphic, geometric and tabular edition (advanced).

Advanced handling of styles, bands.

TYPICAL SECTION II

Definition of assemblies (structure). Advanced.

Creation and configuration of sub-assemblies, codes and links.

Definition of horizontal and vertical transitions

LINEAR WORK II

Linear work with several alignments.

Linear work with different regions and structures.

Advanced edition of linear work, sections, frequency, regions, surfaces.

CROSS SECTIONS II

Advanced handling of styles, tables, objects to be displayed.

Editing sampling lines.

Advanced configuration of materials and prices.

Mass diagram and reports.

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CONTENT OF THE ADVANCED SECTION (LEVEL 4)

PLAN SETTINGS

Template building.

Automatic generation of floor plans.

Automatic generation of planes in profile.

Automatic generation of floor plans-profile.

Automatic generation of cross section planes.

EXPLANATIONS (GRADING)

Definition and configuration.

Sloping and transition of slopes.

Volume balance.

Surface generation.

INTERSECTIONS

Cross intersection construction.

Adding branches

Linear work design from intersection

Construction of a roundabout or roundabout.

PLOT CONSTRUCTION

Calculation of areas and perimeters

Alignment

Topology

Locations

Englobes and desenglobe

CALCULATION OF SURFACE ESCORRENTY

Surface design

Basin analysis

Drains and hydrological sub-basins

DRAWING OF SANITARY NETWORKS AND PIPES

Object projection

Profiles

Material calculations