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AutoCAD Civil 3D - Civil works specialization - AulaGEO

Robin Alexis Olaya and AulaGEO Academy

Disclaimer:

We have selected this course to offer it in English for its high pedagogical quality and user acceptance.  We done an effort to bring this 32 hours of course to english speach.  The version of the software used is in Spanish, but the support material and the whole explanation of the instructor is narrated in English.

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Disclaimer:

We have selected this course to offer it in English for its high pedagogical quality and user acceptance.  We done an effort to bring this 32 hours of course to english speach.  The version of the software used is in Spanish, but the support material and the whole explanation of the instructor is narrated in English.

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.

  • 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.

  • Vertical alignment design (project grade).

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

  • Linear work surfaces and limits.

  • Surface comparison

  • Volume surfaces

  • Styles of surface models, presentations, map analysis.

  • Model overlay.

  • Cubing, volume reports between various surfaces.

  • Graphic, geometric and tabular edition (advanced).

  • Parallel axes and over-widths.

  • Definition and diagrams of cant.

  • Profile overlay.

  • Projection of objects from plant to profile.

  • Graphic, geometric and tabular edition (advanced).

  • Advanced handling of styles, bands.

    • Advanced.

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

  • Definition of horizontal and vertical transitions

  • Linear work with different regions and structures.

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

  • Editing sampling lines.

  • Advanced configuration of materials and prices.

  • Mass diagram and reports.

  • Automatic generation of floor plans.

  • Automatic generation of planes in profile.

  • Automatic generation of floor plans-profile.

  • Automatic generation of cross section planes.

  • Sloping and transition of slopes.

  • Volume balance.

  • Surface generation.

  • 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

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    What's inside

    Syllabus

    SECTION 1 - POINTS, SURFACES AND DESIGN FUNDAMENTALS
    Introduction
    Program Interface
    Project Settings
    Read more
    PointTools
    Creation of various points
    Point style and label
    Point group
    Point styles
    Point label styles
    Import of terrain points
    Utilities with points
    Utilities with points II
    Terrain surfaces
    Surface creation
    Surface styles
    Horizontal Alignments
    Surface labels
    Attach Aerial Image to surface
    Surface Editing
    Surface tools
    Alignment creation by composition tools
    Adding free curves and spirals to alignment
    Creación de alineación a partir de objetos
    Labels, tables and alignment reports
    Alignment offset creation
    Creation of a surface profile
    Creation of a surface profile with offset
    Vertical Alignments and Profiles
    Creation and configuration of a surface profile
    Adding profiles to a profile view
    Creation and configuration of a Flush
    Set up labels and guitars in profile view
    Set the profile view style
    Edit a profile or vertical layout
    Presentation settings for profiles
    SECTION 2 - SURFACE AND BASIC DESIGN
    S6 study material
    Edition of Surfaces
    Surface Edition I
    Surface Edition II
    Surface Analysis I
    Surface Analysis II
    Assemblies and Subassemblies
    S7 Study material
    Creation of assemblies and sub-assemblies
    Creation of assemblies and sub-assemblies II
    Linear work, surfaces and materials
    Study material S8
    Creation of a linear work I
    Parameters of sub-assemblies and changes in linear work
    Linear work properties and surfaces
    Comparison of Linear Work surfaces
    Cross sections of surfaces
    S9 study material
    Creation of sampling lines and section view
    Creating multiple section views
    Insert a linear work in section view
    Insert a linear work surface in section view
    Calculate work quantities
    Grounding and earthworks
    S10 study material
    Break Lines
    Import from Land I
    Import from Land II
    Surface comparison and cubing I
    Surface comparison and cubing II
    Volume surface presentation
    SECTION 3 - ADVANCED DESIGN AND DETAILS
    Study material
    Horizontal Alignments II
    Optimal adjustment alignment
    Clase 61:Design rules and checks
    Design rules and checks
    Alignment Composition Tools I
    Alignment Composition Tools II
    Creation of enlargements
    Creation of automatic widening by standards with paralle ...
    Creation and editing of cant - view of cant
    Insert Horizontal Alignment Labels
    Vertical Alignments II
    Study material S2 - Vertical Alignments II
    Creating a simple profile and properties
    Creating a simple profile with lags
    Editing static and dynamic profiles
    Creation and editing of composite profiles (Flush)
    Copy profile and offset (Remove)
    Checks and design standards in profiles
    Profile display style
    Profile shading and labels
    Object projection in profile display
    Profile view division by heights
    Creating multiple profile views
    Creating stacked profile views
    Adding guitars to profile viewing
    Profile Report Creation
    Assemblies and Subassemblies II
    Study material- Assemblies and sub-assemblies II

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    Activities

    Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in AutoCAD Civil 3D - Civil works specialization - AulaGEO with these activities:
    Review Surveying Fundamentals
    Reviewing surveying fundamentals will provide a solid base for understanding how Civil 3D uses point data and surface creation, which are core components of the course.
    Show steps
    • Review basic surveying principles and terminology.
    • Practice basic surveying calculations.
    • Familiarize yourself with common surveying equipment.
    Read 'AutoCAD Civil 3D 2023 Fundamentals'
    Reading this book will provide a strong foundation in the software's interface and basic functionalities, which will greatly enhance your learning experience in the course.
    View Autodesk 3ds Max 2024: Fundamentals (Mixed... on Amazon
    Show steps
    • Read the introductory chapters on the Civil 3D interface.
    • Work through the tutorials on point creation and surface modeling.
    • Practice the exercises on alignment and profile design.
    Practice Surface Creation from Point Data
    Practicing surface creation from point data will reinforce your understanding of how Civil 3D represents terrain and how to manipulate it, a crucial skill for civil works projects.
    Show steps
    • Import point data from various file formats (e.g., .txt, .csv).
    • Create TIN surfaces using different interpolation methods.
    • Edit surface properties and styles to visualize terrain features.
    Four other activities
    Expand to see all activities and additional details
    Show all seven activities
    Create a Civil 3D Template
    Creating a Civil 3D template will solidify your understanding of project settings, styles, and standards, allowing you to streamline your workflow and ensure consistency in your designs.
    Show steps
    • Define project units, coordinate systems, and drawing settings.
    • Customize point, surface, alignment, and profile styles.
    • Create standard layers and object settings.
    • Save the template for future use.
    Design a Simple Roadway
    Designing a simple roadway will allow you to apply the concepts learned in the course to a real-world scenario, integrating points, surfaces, alignments, profiles, and assemblies.
    Show steps
    • Import terrain data and create a surface.
    • Design a horizontal alignment for the roadway.
    • Create a vertical profile and design the roadway's grade.
    • Develop an assembly and create a corridor.
    • Generate cross-sections and calculate earthwork volumes.
    Reference 'Civil Engineering Body of Knowledge'
    Referencing this book will help you understand the broader context of civil engineering principles and how Civil 3D fits into the overall design process.
    View Civil Engineering Body of Knowledge on Amazon
    Show steps
    • Review the sections on surveying, transportation engineering, and earthwork.
    • Read about the ethical and professional responsibilities of civil engineers.
    Explore Advanced Civil 3D Tutorials
    Exploring advanced tutorials will expose you to more complex Civil 3D workflows and techniques, allowing you to further refine your skills and tackle more challenging projects.
    Show steps
    • Search for tutorials on specific topics, such as roundabout design or drainage network analysis.
    • Follow the tutorials step-by-step and experiment with different settings.
    • Document your learning and share your insights with others.

    Career center

    Learners who complete AutoCAD Civil 3D - Civil works specialization - AulaGEO will develop knowledge and skills that may be useful to these careers:
    Civil Engineer
    A Civil Engineer designs, plans, and oversees the construction and maintenance of infrastructure projects. This course focuses on AutoCAD Civil 3D, a crucial tool for civil engineers to model and manage civil works projects. Because the course focuses on points, surfaces, and alignments, it helps build a foundation to utilize Civil 3D for surveying, earthworks calculation, and road design. A Civil Engineer uses these skills to ensure projects are accurate, efficient, and meet design specifications. Learning to use the software with this course helps a civil engineer save time by learning independently.
    See salaries and explore the career path for Civil Engineer
    Highway Engineer
    A Highway Engineer specializes in the design, construction, and maintenance of highways and roads. This course directly addresses the skills needed to design roads using AutoCAD Civil 3D. Highway Engineers use volume surfaces to better design highways. The course covers horizontal and vertical alignment design, surface creation, and the configuration of sub-assemblies, all essential for road design projects. Learning to operate Civil 3D in this course will help build a foundation to design highways more efficiently and accurately.
    See salaries and explore the career path for Highway Engineer
    Surveyor
    A Surveyor establishes official land, air, and sea boundaries. Surveyors use specialized equipment and techniques to measure distances, angles, and elevations on the Earth's surface. This course is directly applicable as it covers importing terrain points, defining styles of points, and configuring surfaces using AutoCAD Civil 3D, essential tasks for a surveyor. This course on Civil 3D helps a surveyor utilize the software for accurate data collection and mapping. By participating in this course, a surveyor can save weeks of independent study.
    See salaries and explore the career path for Surveyor
    CAD Technician
    A CAD Technician creates technical drawings and plans using computer-aided design (CAD) software. This course provides direct training in AutoCAD Civil 3D, a specific CAD software widely used in civil engineering and surveying. The course will help build a foundation for a CAD Technician to produce detailed designs for roads, bridges, and other infrastructure, and to effectively manage project configurations in Civil 3D. A CAD Technician will learn how to handle this software, create earthworks, calculate materials and construction prices, and create great designs of roads, bridges, sewerage among others.
    See salaries and explore the career path for CAD Technician
    Land Development Engineer
    A Land Development Engineer plans and designs residential, commercial, and industrial land development projects. This course gives learners a better understanding of AutoCAD Civil 3D, which is used to create surfaces, volumes, and layouts for land development. The course helps a Land Development Engineer to design land development projects. The course covers topics such as surface creation, volume calculation, and the automatic generation of floor plans, all valuable skills for land development projects. An understanding of the volumes is useful in this role.
    See salaries and explore the career path for Land Development Engineer
    Drafter
    A Drafter prepares technical drawings and plans based on designs provided by engineers and architects. This course provides direct training in AutoCAD Civil 3D, a software used to create detailed drawings for civil engineering projects. This Civil 3D course will build a foundation that will enable a Drafter to produce accurate and professional-quality drawings for roads, bridges, and other infrastructure projects. This program focuses primarly on that.
    See salaries and explore the career path for Drafter
    Construction Manager
    A Construction Manager oversees construction projects from start to finish, ensuring they are completed on time and within budget. This course provides valuable skills in utilizing AutoCAD Civil 3D for earthworks calculation, volume reports, and generating construction plans. The course will equip a Construction Manager with the ability to visualize project designs and manage material quantities more effectively. A construction manager will be able to generate surfaces using this software.
    See salaries and explore the career path for Construction Manager
    Site Engineer
    A Site Engineer manages the technical aspects of construction projects on-site, ensuring that work is completed according to plans and specifications. This course provides skills in using AutoCAD Civil 3D to interpret and implement project designs. A site engineer can learn how to handle this software, create earthworks, calculate materials and use these skills in construction sites. Site Engineers use these skills to ensure projects are accurate, efficient, and meet design specifications.
    See salaries and explore the career path for Site Engineer
    Municipal Engineer
    A Municipal Engineer manages public works projects and infrastructure within a city or town. This course provides relevant training in using AutoCAD Civil 3D for designing and managing municipal infrastructure projects. The course covers topics such as the design of sanitary networks, the projection of objects, and material calculations, which help a Municipal Engineer plan and execute infrastructure improvements. A municipal engineer will be able to generate surfaces using this software.
    See salaries and explore the career path for Municipal Engineer
    Estimator
    An Estimator analyzes project plans and specifications to prepare cost estimates for construction projects. This course provides training in using AutoCAD Civil 3D to calculate earthwork volumes and material quantities. An estimator uses material calculations to better estimate projects. The course will equip an Estimator with the skills needed to generate accurate cost estimates for civil engineering projects. The more accurate the design, the more accurate the estimate.
    See salaries and explore the career path for Estimator
    GIS Analyst
    A Geographic Information Systems (GIS) Analyst uses GIS software to analyze spatial data and create maps. This course may be useful because it covers the creation and editing of surfaces in AutoCAD Civil 3D. This course on Civil 3D helps a GIS Analyst integrate civil engineering designs with geographic data. The course's focus on surface styles and presentations may also improve the visual communication of spatial data. The better the surface the better the map.
    See salaries and explore the career path for GIS Analyst
    Water Resources Engineer
    A Water Resources Engineer plans and designs systems for managing and protecting water resources. This course may be useful because it covers surface design and basin analysis within AutoCAD Civil 3D. This course on Civil 3D helps a Water Resources Engineer visualize and analyze terrain data related to water management projects. The course's focus on drains and hydrological sub-basins can also assist in designing effective water resource systems.
    See salaries and explore the career path for Water Resources Engineer
    Geotechnical Engineer
    A Geotechnical Engineer investigates subsurface conditions and materials to assess risks and design foundations for structures. This course may be useful as it covers surface creation, editing, and analysis within AutoCAD Civil 3D. This course on Civil 3D may equip a Geotechnical Engineer to visualize and analyze terrain data. Surface comparison and volume calculations, covered in the course, can aid in assessing site suitability for construction. A project configuration in Civil3D, with the appropriate software, is an important tool and skill.
    See salaries and explore the career path for Geotechnical Engineer
    Environmental Engineer
    An Environmental Engineer develops solutions to environmental problems, such as pollution control and waste management. This course may be useful because it covers surface design and basin analysis within AutoCAD Civil 3D. This course on Civil 3D may help an Environmental Engineer visualize and analyze terrain data related to environmental projects. The course's focus on drains and hydrological sub-basins can also assist in managing water resources. A project configuration in Civil3D, with the appropriate software, is an important tool and skill.
    See salaries and explore the career path for Environmental Engineer
    Transportation Planner
    A Transportation Planner develops plans and strategies for efficient and safe transportation systems. The course may be useful as it covers the design of horizontal and vertical alignments, as well as the creation of surfaces for road projects using AutoCAD Civil 3D. This course on Civil 3D can help a Transportation Planner visualize and model different transportation scenarios. The alignment offset creation that is mentioned in the syllabus can provide an advantage as well.
    See salaries and explore the career path for Transportation Planner

    Reading list

    We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in AutoCAD Civil 3D - Civil works specialization - AulaGEO.
    Cover image
    Autodesk 3ds Max 2024: Fundamentals (Mixed Units)
    Save
    Provides a comprehensive introduction to AutoCAD Civil 3D. It covers the essential tools and workflows needed for civil engineering projects. It is particularly useful for understanding the software's interface, basic commands, and fundamental design principles. This book serves as a valuable reference throughout the course and beyond.
    Autodesk 3ds Max 2024: Fundamentals (Mixed Units)
    Paperback
    $$$$
    Civil Engineering Body of Knowledge
    Save
    Provides a broad overview of the knowledge areas within civil engineering. It is useful for understanding the context of Civil 3D within the larger field. It is particularly helpful for understanding the principles behind design decisions and the importance of various analyses. This book is more valuable as additional reading to provide context than as a direct reference for Civil 3D commands.
    Civil Engineering Body of Knowledge
    Paperback
    Check
    Civil Engineering Body of Knowledge
    Kindle Edition
    Check

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    Effort
    32.5 total hours
    Via
    Udemy
    Instructors
    Robin Alexis Olaya
    AulaGEO Academy
    Language
    English
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