Civil 3D for Road, Highway and Transportation Design Training Workshop / Seminar

Course overview

The Civil 3D for Road, Highway and Transportation Design Training Workshop equips civil engineers, highway engineers, road designers, surveyors and infrastructure professionals with practical skills to design, model and document road infrastructure using Autodesk Civil 3D. Participants learn to develop horizontal and vertical alignments, create road profiles, assemble typical road cross-sections, build 3D road corridors, model intersections, assess cut-and-fill quantities and produce engineering drawings for road construction projects. The workshop covers the integration of survey data, existing-ground surfaces, geometric road design, corridor modelling, drainage considerations, earthworks estimation and construction documentation.

Through practical, project-based exercises, participants develop a road design workflow from initial survey data through preliminary geometric design, corridor development, quantity reporting and drawing production. The course emphasises the application of recognised road design principles, relevant national standards and appropriate engineering quality-control procedures.

Course objectives

• Import and analyse survey data and existing-ground surfaces for road and highway design using Civil 3D.
• Produce professional road design drawings, longitudinal profiles, cross-sections and quantity reports for engineering review and construction documentation.
• Calculate preliminary earthworks quantities and analyse corridor surfaces, slopes and design alternatives.
• Develop road assemblies, corridor models, intersections and cross-sections for preliminary and detailed design workflows.
• Create and evaluate horizontal and vertical road alignments in accordance with specified geometric design criteria.

Who should attend

Course content

• Module 1: Introduction to Civil 3D for Road and Highway Design Overview of Autodesk Civil 3D and its road design capabilities, differences between AutoCAD and Civil 3D, road design lifecycle and workflows, transportation infrastructure project stages, und
• Module 2: Survey Data Import and Existing-Ground Surface Development Importing survey points from CSV and supported survey formats, managing COGO points and point groups, validating Easting and Northing coordinates, checking survey elevations and descript
• Module 3: Road Design Standards and Geometric Design Principles Road classifications and functional hierarchy, design speed and its influence on road geometry, horizontal and vertical alignment principles, lane and shoulder dimensions, carriageway and roa
• Module 4: Horizontal Alignment Design Creating alignments from polylines, developing centreline geometry using Civil 3D alignment tools, defining tangents and circular curves, configuring alignment geometry, applying stationing and chainage, establishing
• Module 5: Vertical Alignment and Longitudinal Profile Design Creating existing-ground profiles along road alignments, configuring profile views, designing proposed vertical profiles, creating tangent grades and vertical curves, analysing crest and sag cur
• Module 6: Road Assemblies and Typical Cross-Sections Understanding Civil 3D assemblies and subassemblies, creating a basic road assembly, modelling travel lanes and shoulders, adding kerbs and gutters where applicable, defining pavement and road edge comp
• Module 7: 3D Road Corridor Modelling Understanding corridor modelling concepts, combining alignments, profiles and assemblies, creating corridor baselines and regions, assigning assemblies to corridor regions, defining target surfaces and offsets, modelli
• Module 8: Superelevation, Widening and Advanced Road Geometry Understanding the purpose of superelevation, calculating and interpreting superelevation design inputs, configuring superelevation transitions in Civil 3D, reviewing transition lengths, applyin
• Module 9: Cross-Sections, Sample Lines and Section Production Creating sample line groups along road alignments, selecting corridor and terrain surfaces for sampling, generating section views, displaying existing-ground and proposed-road sections, configu
• Module 10: Intersections, Roundabouts and Access Roads Understanding intersection design components, modelling junctions using Civil 3D workflows, connecting intersecting road alignments, developing intersection profiles, configuring kerbs and turning are
• Module 11: Earthworks, Corridor Surfaces and Quantity Estimation Creating corridor top and datum surfaces, comparing proposed road surfaces with existing ground, generating volume surfaces, calculating cut and fill quantities, understanding average end ar
• Module 12: Road Drainage, Crossfall and Terrain Integration Understanding the relationship between road geometry and drainage, reviewing crossfall and longitudinal gradients, identifying low points and potential ponding areas, analysing roadside terrain,
• Module 13: Pavement Design Inputs, Roadside Features and Design Coordination Understanding pavement layers and their representation in typical road assemblies, modelling pavement component thicknesses, integrating pavement design inputs supplied by paveme
• Module 14: Road Design Drawings, Data Exchange and Documentation Preparing plan-and-profile sheets, producing cross-section drawings, creating general arrangement plans, configuring labels and annotation styles, adding stationing and design information, p
• Module 15: Integrated Road Design Capstone Project Defining a road design scenario and design criteria, importing and validating survey data, building an existing-ground surface, creating a road centreline alignment, developing a proposed vertical profile

General notes

• Training tools and software The workshop uses Autodesk Civil 3D as the primary platform for road geometry, alignments, profiles, assemblies, corridor modelling, cross-sections and earthworks estimation. Supporting tools include AutoCAD drawing functionality, Microsoft Excel for design data and quantity summaries, survey datasets in CSV or other supported formats, digital terrain models, and LandXML for compatible civil engineering data exchange. Where relevant, participants may review GIS datasets prepared in QGIS to understand terrain, road networks and environmental constraints. An appropriate Civil 3D licence and a compatible computer are required for hands-on exercises.
• Practical exercises and expected outputs Participants will import survey observations, generate an existing-ground surface, create a road centreline alignment, design a vertical profile, construct a typical road assembly, develop a 3D corridor, configure superelevation inputs, generate longitudinal profiles and cross-sections, model a road junction, calculate preliminary cut-and-fill quantities and prepare a professional road design drawing package. Expected outputs include a Civil 3D road design project, horizontal alignment drawings, a proposed vertical profile, a typical road assembly, a 3D corridor model, cross-section sheets, an intersection layout, an earthworks quantity report and a documented design review checklist.
• Learn Autodesk Civil 3D for road, highway and transportation design through practical training in horizontal and vertical alignment, road profiles, assemblies, 3D corridor modelling, intersections, cross-sections, superelevation and earthworks estimation. This professional workshop supports civil engineers, road designers, surveyors and infrastructure consultants working on road construction, rehabilitation and transportation infrastructure projects in Kenya and across Africa.

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Schedule & fees