Autodesk Civil 3D for Infrastructure Design Exam Prep.

Code : C010 |

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Why Attend This Training Course?

AutoCAD® Civil 3D® software is a Building Information Modeling (BIM) solution for civil engineering design and documentation. AutoCAD Civil 3D helps civil engineering professionals working on transportation, land development, and water projects stay coordinated and more easily and efficiently explore design options, analyze project performance, and deliver consistent, higher quality documentation—all within a familiar AutoCAD® environment. Get skills used by industry professionals, by learning certification exam topics such as points, parcels, surveying, surfaces and grading, alignments and profiles, corridors and sections, pipe networks, and plan production and data management. Follow along with lessons, datasets, and exercises to practice and review the exam topics on your own. You can also test your knowledge by taking a practice test to prepare for the certification exam. It’s all about practice and preparation.

What Is The Training Course Methodology?

This training course methodology depends on enabling participants to interact and exchange experiences, explore their competencies and achieve their career aspirations, using forward-thinking training arts, such as theoretical lectures and/or open discussion to exchange opinions and experiences, scenarios, innovative thinking brainstorming. Participants will receive an agenda including training material as a reference, in addition to some extra notes and booklets.

Who Should Attend This Training Course?

The Autodesk Certified Professional (ACP) certification is designed for candidates who have advanced skills and can solve complex challenges in workflow and design. This type of experience typically comes from having worked with the software on a regular basis for at least two years, or equivalent to approximately 400 hours (minimum) to 1,200 hours (recommended) of Autodesk software experience. Certification at this level demonstrates a comprehensive skill set that provides an opportunity for individuals to stand out in a competitive job market.

What Are The Training Course Objectives?

Work with points and point groups, parcels, surveying tools, surfaces, alignments, and profiles.

Create corridors, sections, pipe, and pressure networks.

Use workflows for plan production, such as creating note label styles, view frames and sheets, and data shortcuts.

Review the topics covered on the Autodesk Certified Professional in Civil 3D for Infrastructure Design exam.

What Is The Training Course Curriculum?

1. Points, parcels, and surveying

1.1. Create points using the point creation methods

Describe the difference between Survey and Coordinate Geometry (COGO) points

Create COGO points

Specify point parameters

Assign point styles and point label styles

1.2. Modify point appearance and properties

Rotate point markers

Manage point styles

Edit point properties

Add and edit point labels

1.3. Create and use Point Groups to control point display

Create and modify Point Groups

Change the point group display order

1.4. Create a parcel

Explain automatic parcel creation

Create a parcel by layout

Create a parcel from drawing objects

Create parcels by subdividing an existing parcel

Associate a parcel with a site

1.5. Create and modify parcel styles and annotations

Describe the difference between parcel, parcel area, and parcel segment labels

Add and replace parcel labels

Define parcel styles

Create a parcel table

Convert a label to a tag

Rename and renumber parcels

Delete a parcel

1.6. Understand the Civil 3D surveying tools

Work with linework code sets

Utilize the points in the Survey Database

Understand the use the Traverse Editor

Recognize the purpose of working with the Survey Figure Prefix Database

Understand the purpose of performing a Mapcheck Analysis

2. Surfaces and grading

2.1. Identify key characteristics of surfaces

Identify the parameters and display settings of surface styles

Understand a surface’s build, how it was constructed and how it uses the data for calculations

Identify the data categories of a surface definition

Define surface boundary types

Access and review surfaces statistics

Understand how and when to display Triangular Irregular Network (TIN) lines

2.2. Create and edit TIN surfaces and volume surfaces

Create and edit TIN surfaces

Create a volume surface

Edit the properties of a surface definition

Create a TIN volume surface to compare two surfaces

2.3. Create surface labels

Create spot elevation and slope labels

Add labels to single or multiple contour lines

2.4. Identify examples of surface analysis

Identify the properties of a surface analysis type

Set the analysis parameters for a surface style

Perform a surface analysis

2.5. Create and modify feature lines

Create feature lines

Edit feature lines geometry or building existing surfaces.

Edit feature line elevations

Understand how objects interact with each other when they are part of the same site

2.6. Create and modify sites and grading models

Create and modify sites

Create grading groups

Use grading creation and editing tools

Work with grading criteria

3. Alignments and profiles

3.1. Create and modify alignments

Create an alignment from objects

Create offset alignments

Edit alignment constraints

Add lines, curves, and spirals to an alignment

Reverse the alignment direction

Apply widenings for a specified length along an alignment

3.2. Create a surface profile

Create a surface profile along an alignment

3.3. Create and modify a profile

Use profile creation tools

Edit layout profiles

Describe the purposes, features, and functions of the profile grid view

Explain how and when to add a vertical curve

Use profile grips

3.4. Create profile views

Describe the relationship between profiles, profile views, and profile view bands

Identify available object types to project to a profile view

Create a profile view

Split a profile view

3.5. Create alignment and profile annotations

Describe the relationship between the label type and how it is placed on the alignment/profile

Distinguish between station offset and station offset fixed point labels

Explain how to renumber tag labels

Work with alignment/profile labels

Use alignment tables

4. Corridors and sections

4.1. Create a corridor

Create and assign basic assemblies and subassemblies

Create a corridor

Add multiple baselines to a corridor

Add and edit targets (horizontal and vertical)

Understand the concept of clearing corridor bowties

Rebuild corridors

4.2. Create objects from a corridor

Create objects from a corridor

4.3. Create sections, create section views, and compute materials

Create sample lines

Create section sheets

Edit sample line group properties

Create section views

Compute Materials

5. Pipe networks

5.1. Create and label a pipe network

Describe the purpose of the part catalog and parts list

Set the part catalog location

Add and modify parts and part sizes in the parts list

Identify the tools used to create and modify pipe networks

Add parts, pipes, and structures to a profile view

Change the pipe network flow direction

Annotate plan and profile pipe networks

5.2. Create and label a pressure network

Create and edit the parts list

Set the part catalog location

Use the Pressure Network creation tools

Add pipes, appurtenances, and fittings to a profile view

Add plan and profile view labels

6. Plan production and data management

6.1. Create Note label styles

Use the text component editor

Change the dragged state of a label

Apply a label set to an object

6.2. Create view frames and sheets

Create view frames

Insert match lines on the view frames

Create sheets from a view frame group

6.3. Identify when to use a Data Shortcut or an External Reference

Differentiate between a data shortcut and external reference

Explain the concepts and procedures for managing data shortcuts

6.4. Create a reference to a Data Shortcut

Create a reference to a Data Shortcut