This course is recommended for drafters, designers, surveyors and engineers that are new to Civil 3D. Course emphasizes the basic civil engineering tools within Civil 3D. Topics NOT covered in this course include: AutoCAD Level I, II, & Map 3D.

Topics include: Project Management, Toolspace, Styles, Points, Sites, Parcels, Labeling, Surface Creation, Intro to Alignment Design and Profile Design, Basic Corridor Modeling, Cross Sections, Fundamental Grading and Simple Volume Calculations.

Learn the Civil 3D environment including style based objects, design constraints and defaults, and reactive dynamic design. Develop a comfort level working in Civil 3D. Learn to manipulate and understand the new dynamic design objects for better control, faster design iterations, and a more accurate model. Learn to work effectively in Civil 3D across multiple drawings in a team project environment.

Prerequisites: AutoCAD Level I & II or instructor's consent. Familiarity with the surveying and civil engineering disciplines.

This course is recommended for engineers and designers. Course emphasizes site, corridor and pipe design. This course does not cover the Civil Design Companion plug-in for Land Desktop.

Topics include: Project Management, understanding and manipulating styles, smart labeling, sites, advanced alignment creation, editing and labeling tools. Advanced Profile creation, labeling and editing tools, profile design, various profile views, superimposed profiles and sheet creation tools. Corridor assemblies and subassemblies, corridor creation, corridor surfaces, vertical and horizontal transitioning, intersection tools, volume computations, advanced section creation, labeling and editing. Grading tools including feature lines, daylighting, proposed surface creation, volume computation, and volume balancing techniques. Pipe design tools including calculations, drafting in plan and profile, and labeling. Also covered will be methods and theory of working effectively with and between Land Desktop and Civil Design.

Prerequisite: AutoCAD Level I & II, and Civil 3D Level I, or instructor's consent. Familiarity with civil engineering discipline.

The purpose of this course is to introduce you to the new features of AutoCAD Civil 3D. Come and learn about updates to the interface, labeling improvements, automated survey linework, alignment offsets and widenings, profile object projection, intersection creation commands, corridor regions, quantity takeoff manager and many other tips and tricks to increase your productivity when using Civil 3D.

*Includes Course Materials for Civil 3D Intro and Civil 3D Advanced*

Topics include: updates to the interface, labeling improvements, automated survey linework, alignment offsets and widenings, profile object projection, intersection creation commands, corridor regions, quantity takeoff manager and many other tips and tricks

Prerequisite: Civil 3D Introduction or instructor's consent.

The update class covers as many new changes to Civil 3D that will fit into a one-day class. The class will begin by explaining the newest features and progress to previous versions as time allows.

This course is recommended for drafters, designers, and engineers that are new to Plant 3D. This course emphasizes the basic Plant 3D tools within Plant 3D.

Topics include: Project Management, Plant 3D and P&ID Tool Palettes, Specifications, Equipment Creation, Pipe Routing, Data Control, Pipe Supports, Basic Architectural Structures, Ortho Drawing Creation, Isometric Drawing Creation, P&ID Drawing Creation.

Learn the Plant 3D environment including style-based objects and reactive elements. Develop a comfort level working in Plant 3D. Learn to manipulate and understand the objects for better control, faster design iterations, and a more accurate model. Learn to work effectively in Plant 3D across multiple drawings in a team project environment.

Prerequisites: AutoCAD Level I & II or instructor's consent. Familiarity with the plant processing equipment and procedures.

This course is recommended for engineers to supplement to the 2-day advanced course to learn how to use Civil 3D for pipe modeling, Storm and Sanitary Analysis and Hydraflow Storm Sewers to analyze the design. This course will cover setup and layout of Civil 3D pipe networks/Catchments to export to Hydraflow Storm Sewers and Storm and Sanitary Analysis to analyze the pipe network. This course will focus on Hydrology and Hydraulics within the Storm and Sanitary Analysis. The course will also cover using the Hydraflow Express for quick calculations of isolated hydraulic and hydrological problems.

This course is recommended for surveying professionals who want to learn how to use Civil 3D to complete projects from field to finish. The course emphasizes Civil 3D basics with the addition of survey toolspace commands.

Topics include: Project Management, Toolspace, Styles, Points, Survey Database, Sites, Parcels, Terrain Modeling, Labeling, Surface Creation, and basic Alignment tools. Learn the Civil 3D environment including style-based objects and reactive elements. Develop a comfort level working in Civil 3D. Learn to manipulate and understand the objects for better control and a more accurate model. Learn to work effectively in Civil 3D across multiple drawings in a team project environment.

Prerequisites: AutoCAD Level I & II or instructor's consent. Familiarity with the surveying and civil engineering disciplines.

This course cover tools used to test your road or parking lot designs by using vehicle blocks that have a specific turn radius. Test your design in plan and profile views. Display the test vehicle on your plans.

Topics Include: Vehicle swept path analysis, drawing and system settings pertaining to Vehicle Tracking, roundabout/junction creation, parking analysis and reports, custom vehicle creation, and more.

This class is recommended for all design professionals working on BIM projects or using 3D design software including Civil 3D, Revit, AutoCAD Architecture, Microstation, etc. Course emphasizes the tools required to combine models from a variety of programs and review those for consistency with the intended design.

Topics include: The NavisWorks interface, working with NavisWorks file types, model navigation tools, model insertion tools, managing coordinate systems, model sectioning, object selection tools, object modification tools, and object measurement tools. Review, query, and red-line your models as your designs progress.

TimeLiner: 4D Construction Simulations. Learn to link model geometry to times and dates for playback of construction and demolition sequences to verify viability of construction plan.

Clash Detective: Learn to use the conflict identification tools to find and resolve design problems earlier in the design process.

Prerequisites: None

Topics include: Raster Design provides raster display, image enhancement, and plotting capabilities for satellite imagery, scanned aerial photographs, or color TIFF images within AutoCAD. Learn editing tools to locate, erase, and change raster as easily as vector. Rubbersheeting tools facilitate more exact georeferencing. Overlay photographic images behind maps, plan and profile sheets, and other construction documents for site feasibility studies, presentation drawings, GIS, and more. Use the Palette Manager to change the colors of the image like layers in an AutoCAD drawing. "Heads-up" digitizing improves speed and accuracy. Line following routines can be used for automated conversion of contour data. Text recognition routines convert raster text to AutoCAD text objects. Scanned drawings may be converted completely to AutoCAD vectors or partially revised and plotted as hybrid raster/vector drawings.

Prerequisites: AutoCAD Level I and II or instructor's consent.

This course is recommended for engineers and designers who would like to know how to build more complex corridors. Course covers advanced features of corridor design.

Topics include: Data shortcut review, alignments, offset alignments, superimposing profiles, assemblies, creating the basic corridor, adding baselines and regions, intersections, cul-de-sacs, corridor top and datum surfaces, super elevation, section editor, parameter editor, plan and production tools, sections, cut/fill volumes, volume of materials.

Prerequisite: AutoCAD Level I & II, and Civil 3D Introduction, or instructor's consent. Familiarity with civil engineering discipline.

This 1 day course covers the basic features and tools in InfraWorks and emphasizes urban planning and development. All levels of users are welcome. Topics include: program interface, navigation, model builder, importing and exporting data, basic design tools (local roads, city furniture, railways, water areas, coverages, etc.), proposals, styles, sharing and coordinating models, creating renders and movies, and web interface.

Prerequisites: none.

This course is recommended for engineers who would like to learn all the tools and tricks to grading with Civil 3D. Course covers advanced features of grading, and examples go into more detail about creating finished grade models.

Topics include: Grading tools including sites, feature lines, customization to quickly access feature line editing commands, practical applications of all feature line editing commands, creating feature lines from profiles, grading criteria sets, slope patterns, proposed surface creation, volume computation, and volume balancing techniques.

Prerequisites: AutoCAD Level I & II, and Civil 3D Level I, or instructor's consent. Familiarity with civil engineering discipline.

This 2 day course covers the basic and advanced features and tools in InfraWorks and emphasizes civil design. All levels of users are welcome. Topics include: program interface, navigation, model builder, importing and exporting data, basic design tools (city furniture, railways, water areas, coverages, etc.), advanced roads and highway design and analysis, AASHTO bridge design and analysis, advanced hydrology design and analysis, Civil 3D integration, creating renders and movies, sharing and coordinating models, and web interface.

Prerequisites: none, but Civil 3D experience recommended.

This course is recommended for engineers who would like to learn how to use Civil 3D for pipe modeling and Storm Sewers (Hydraflow) to analyze the design.

Topics include: In this course, we will cover how to model pipe and pressure networks in Civil 3D. We will model networks in plan and profile view, then add labels to our networks. Next we will show how to export the pipe network to Storm Sewers (Hydraflow) to analyze the flow in each pipe. We will also give a brief overview of how to use Storm and Sanitary Analysis.

Prerequisite: AutoCAD Level I & II, and Civil 3D Introduction, or instructor's consent. Familiarity with civil engineering discipline.

Need help making the jump from Land Desktop to Civil 3D? Overwellmed by setting up all of the Civil 3D styles needed to make your plans look the way you want? Our Civil 3D Certified Implementation Experts can help make the transition to Civil 3D as easy as possible. We can setup a custom class tailored to your line of work, help setup styles conforming to your existing standards, or cover issues regarding working with Vault and Civil 3D.

Reality capture is a new term for digitizing the physical world into a virtual representation in software. Reality capturing is a process of incorporating new technologies to perform accurate measurements and build data which CAD and BIM applications can use.

This course centers around Autodesks ReCap platform and its focus is on Autodesk-based technologies. In this class, you will learn about the various hardware and software used to perform reality capture.

For the hardware portion of the course, you will learn about two common sensors used in this area: LiDAR and photogrammetry. We will explore the best hardware for each discipline and the pros and cons of each. The topic will then turn to point clouds and teach the user how to view and manipulate them in Autodesk ReCap. We will also focus on geolocation and RTK GPS technologies to take the reality capture data and put it on a map.

We will then shift our focus onto native CAD and BIM applications. We will use Civil 3D to build a surface and Revit to form basic architectural objects.

In the final step, we will show how you how to present the reality capture in a beautiful InfraWorks presentation and how to share it with your team.