About This Course
AutoCAD Civil 3D is the global standard for civil infrastructure design, enabling engineers, surveyors, and drafters to develop intelligent, data-rich models that drive efficiency across roads, drainage, land development, and utility projects. Unlike traditional CAD approaches, Civil 3D uses dynamic, object-based design so that changes cascade automatically through drawings, profiles, sections, and quantity reports — dramatically reducing rework and accelerating project delivery timelines.
TrainingComplex has developed this 10-day programme to take participants from a confident working knowledge of AutoCAD fundamentals through to advanced Civil 3D competencies used daily on live infrastructure projects. The course is structured around the complete civil design workflow: from importing survey data and building existing ground surfaces, through horizontal and vertical alignment design, corridor modelling, grading, pipe network design, and finally professional plan set production and quantity extraction.
Each module is grounded in realistic project scenarios drawn from road design, subdivision development, and drainage engineering — the three domains where Civil 3D delivers the most tangible return on investment for organisations. Participants leave with a portfolio of completed Civil 3D exercises, ready-to-use templates, and the practical confidence to apply these skills immediately within their teams.
This programme is ideal for organisations looking to standardise their CAD environment on Civil 3D, upskill existing AutoCAD users, or onboard new technical staff to an established BIM-aligned design workflow. Delegates who complete the course will hold a TrainingComplex Certificate of Completion and will be well prepared to pursue Autodesk's official Civil 3D certification examinations.
Who Should Attend
- Civil engineers and design engineers working on road, drainage, or land development projects
- Surveyors and geomatics professionals who need to process field data and produce design drawings
- CAD technicians and drafters transitioning from plain AutoCAD to Civil 3D
- Infrastructure project managers who need to understand Civil 3D deliverables and model outputs
- Graduate engineers seeking to build a marketable, software-specific technical skill set
- GIS professionals working at the interface of spatial data and civil design
- Consulting firm staff tasked with implementing or standardising a Civil 3D office environment
Learning Objectives
- Describe the Civil 3D object model and explain how dynamic design relationships improve accuracy and reduce rework
- Import, process, and manage survey data including point groups, figures, and field book files
- Build and edit existing ground surfaces from point data, contours, and breaklines, and apply appropriate surface analysis styles
- Design horizontal alignments using tangents, curves, and spiral transitions in compliance with geometric standards
- Create vertical profiles, design finished grade profiles, and apply design criteria files to ensure standard compliance
- Build full corridor models from assemblies and subassemblies and extract cross-section data for reporting
- Apply grading objects and feature lines to model site grading and earthwork scenarios
- Design pressure pipe and gravity pipe networks including structures, pipes, and cover analysis
- Generate plan-and-profile sheets, cross-section sheets, and quantity takeoff reports using Civil 3D's plan production tools
- Configure and manage Civil 3D drawing templates, styles, label sets, and settings to establish an office standard
- Export Civil 3D data to LandXML, IFC, and other formats for multi-discipline collaboration
- Apply Civil 3D tools to a capstone project replicating a complete road and drainage design workflow
Course Modules
Module 1: Introduction to Civil 3D and the Infrastructure Design Environment
- Civil 3D interface, workspace, and toolspace overview
- Understanding the Civil 3D object model: surfaces, alignments, profiles, corridors, and pipes
- Differences between AutoCAD and Civil 3D: dynamic objects versus static entities
- Setting up a Civil 3D drawing: units, coordinate systems, and drawing settings
- Configuring the Prospector and Settings tabs to manage project data and drawing standards efficiently
- Understanding how Civil 3D styles and label styles control the visual and annotative behaviour of design objects
Module 2: Survey Data Management and Point Processing
- Importing survey points from CSV, ASCII, and total station field files
- Creating and managing point groups with filter criteria and display styles
- Using description key sets to automate point symbol and layer assignment
- Introduction to survey figures and field book processing for traverse data
- Applying point cloud data from LiDAR sources and managing the resulting point file formats within Civil 3D
- Quality-checking imported survey data by reviewing point coordinate reports and identifying outliers or duplicate points
Module 3: Surface Creation and Editing
- Building TIN surfaces from point groups, contour polylines, and breaklines
- Editing surfaces: adding data, deleting points, swapping edges, and smoothing
- Applying surface styles for contour display, slope analysis, and elevation banding
- Volume surfaces and cut-fill calculations between existing and proposed ground
- Controlling surface boundary types — outer, hide, show, and datum — to clean surface extents and mask unwanted triangulation
- Analysing drainage patterns using surface watershed tools and flow path extraction to inform grading and stormwater design
Module 4: Horizontal Alignment Design
- Creating alignments from polylines and using the alignment layout tools
- Applying tangent-curve-spiral geometry and editing with grip-based controls
- Setting alignment design criteria files for speed-based geometric standards
- Labelling alignments with stationing, geometry points, and curve data tables
- Configuring alignment offsets to define kerb lines, right-of-way boundaries, and construction limits relative to a centreline
- Using the Alignment Properties dialog to assign design speeds, chainage equations, and reference point station values
Module 5: Profile Design and Vertical Geometry
- Sampling existing ground profiles along horizontal alignments
- Creating finished grade profiles using fixed, floating, and free vertical curve entities
- Applying design check sets and criteria files to validate K-values and sight distances
- Annotating profiles with vertical curve data labels and profile view band sets
- Configuring profile view styles to control grid spacing, exaggeration factor, and datum elevation for consistent plan production
- Superimposing multiple profiles — existing ground, finished grade, and subgrade — within a single profile view for design comparison
Module 6: Assemblies, Subassemblies, and Corridor Modelling
- Building road assemblies from subassembly catalogue components (lanes, shoulders, kerbs, ditches)
- Creating corridor models by linking alignments, profiles, and assemblies
- Adding regions and targets to model transitions, superelevation, and variable widths
- Extracting corridor feature lines and solids for visualisation and earthwork analysis
- Applying superelevation tools to calculate and assign cant transitions automatically based on design speed and horizontal curve radii
- Using corridor section frequency overrides at key chainage values such as intersections, structures, and geometry points to improve cross-section accuracy
Module 7: Grading and Site Design
- Using feature lines to define proposed grade breaks and slope transitions
- Applying grading objects with slope-to-surface and distance-to-elevation criteria
- Building a grading group and computing earthwork volumes with a grading volume dashboard
- Modelling parking areas, building pads, and retention pond batters using grading tools
- Editing feature line elevations using the elevation editor, interpolation tools, and grade-from-surface commands to refine proposed grades
- Converting corridor feature lines and 3D polylines into editable feature lines for integration into site grading models
Module 8: Pipe Network Design — Gravity and Pressure Systems
- Creating gravity pipe networks for stormwater and sewer drainage using layout tools
- Setting pipe and structure catalogues, rule sets, and cover requirements
- Designing pressure pipe networks for water supply distribution systems
- Analysing pipe network profiles and generating pipe and structure schedules
- Using the interference check tool to detect and document clashes between crossing pipe networks and other subsurface utilities
- Configuring custom pipe and structure part families within Part Builder to accommodate project-specific sizes and materials not included in the default catalogue
Module 9: Cross Sections, Quantity Takeoff, and Reporting
- Creating sample line groups along corridors for cross-section generation
- Plotting cross-section views with multiple data bands for cut, fill, and subgrade
- Running material volume calculations using average end area and prismoidal methods
- Exporting quantity reports to CSV and integrating with cost estimation spreadsheets
- Defining material criteria for topsoil stripping, structural fill, and pavement layers to produce itemised earthwork breakdowns by material type
- Adjusting sample line frequency and offset width at structures, intersections, and superelevation transitions to ensure accurate sectional representation
Module 10: Plan Production and Sheet Set Creation
- Configuring plan-and-profile sheet styles and view frame groups
- Generating sheet sets automatically using the Plan Production wizard
- Creating cross-section sheet sets with consistent scale and annotation
- Managing sheet set properties, revision blocks, and drawing index for client submission
- Editing view frame and match line styles to control label content, clip boundaries, and overlap between adjacent sheets
- Publishing sheet sets to PDF and DWF formats with correct pen assignments and plot stamp settings for formal document issue
Module 11: Civil 3D Styles, Templates, and Office Standards
- Understanding the style hierarchy: object styles, label styles, and table styles
- Creating and editing styles for surfaces, alignments, profiles, and pipe networks
- Building a Civil 3D drawing template with pre-loaded styles, layers, and settings
- Sharing styles across the office using the style library and tool palettes
- Using the style import and purge workflows to migrate approved styles between project templates and remove redundant or superseded styles
- Establishing label style child and parent relationships so that office-wide updates to a parent style cascade consistently to all dependent label styles
Module 12: Data Exchange, Collaboration, and BIM Integration
- Exporting Civil 3D data to LandXML for sharing with other civil software packages
- Producing IFC exports for BIM coordination and federated model review
- Using data shortcuts and Vault for referencing design data across multiple drawings
- Collaborating with structural and architectural disciplines through linked AutoCAD and Revit files
- Configuring Civil 3D model states and object enabler settings to ensure that external consultants without full Civil 3D licences can view and plot dynamic objects correctly
- Using the Corridor to Infraworks workflow to transfer road corridor geometry and surface data into Autodesk Infraworks for visualisation and stakeholder presentation
Module 13: Capstone Project — Complete Road and Drainage Design
- Assembling all Civil 3D components — surface, alignment, profile, corridor, and pipe network — into a single integrated project
- Resolving design conflicts between road geometry, drainage outfalls, and existing utilities
- Producing a complete plan-and-profile sheet set with title blocks and north arrows formatted for client delivery
- Generating earthwork quantities and drainage schedules and presenting findings to the training group for peer review
- Applying a project QA checklist to verify that styles, coordinate systems, design criteria files, and data shortcuts conform to office BIM and CAD standards before issue
- Documenting design decisions, revision history, and model assumptions in a project transmittal report that accompanies the final drawing package
Requirements & Prerequisites
Participants should have a working knowledge of AutoCAD fundamentals, including basic drawing, editing, layers, and plotting. Familiarity with civil engineering or surveying concepts such as alignments, profiles, contours, and drainage is strongly recommended. No prior experience with Civil 3D is required, though delegates who have used the software informally will benefit from a more structured and comprehensive grounding.
Training Methodology
- Instructor-led live demonstrations on a Civil 3D project dataset that evolves progressively throughout the 10 days, mirroring a real road and subdivision design commission
- Hands-on guided exercises after each concept demonstration, performed on individual workstations with pre-loaded project data files
- Case study analysis of completed Civil 3D projects from road rehabilitation, estate development, and urban drainage schemes across the African and Middle East contexts
- Troubleshooting workshops where participants diagnose and correct deliberately introduced Civil 3D model errors, reinforcing understanding of object relationships
- Peer review sessions in which small groups compare corridor models and grading solutions, discuss design choices, and give structured feedback
- Template-building practicals in which participants configure their own drawing template with office-standard styles, label sets, and settings
- A multi-day capstone project running from Day 8 through Day 10, where each participant designs a complete road corridor with drainage, producing a plan-and-profile sheet set and a quantities report
- Reference workbooks with step-by-step command sequences, keyboard shortcuts, and Civil 3D object property summaries provided for post-training use
Organisational Benefits
- Reduced design cycle times as staff move from manual drafting to dynamic, object-based Civil 3D modelling
- Improved drawing accuracy through automatic label and annotation updates when design parameters change
- Standardised office templates and styles that enforce consistent drawing quality across all projects
- Enhanced ability to win technically demanding tenders that specify Civil 3D or BIM-aligned deliverables
- Faster quantity extraction and earthwork calculations, reducing dependence on manual spreadsheet methods
- Strengthened collaboration with surveyors, contractors, and other disciplines through LandXML and IFC data exchange
- Reduced onboarding time for new technical staff when a trained in-house Civil 3D champion manages the environment
- Improved risk management through better-visualised corridor models and drainage networks before construction begins
Where Is AutoCAD Civil 3D Training Offered?
This course runs in-person across: Johannesburg, Mombasa, Nakuru, Lagos, Arusha, Accra, Kisumu, Riyadh, Pretoria, Dar es Salaam, Addis Ababa, Kampala, Naivasha, Dubai, Zanzibar, Abuja, Nairobi, Cape Town, Kigali, plus Live Virtual (online) cohorts. Browse live dates for your city below.
Upcoming Schedules
| Location | Format | Dates | Price |
|---|
| Johannesburg, South Africa |
In-Person |
5 Oct 2026 – 16 Oct 2026 |
USD 7,000 |
| Mombasa, Kenya |
In-Person |
5 Oct 2026 – 16 Oct 2026 |
KES 230,000 |
| Nakuru, Kenya |
In-Person |
12 Oct 2026 – 23 Oct 2026 |
KES 230,000 |
| Lagos, Nigeria |
In-Person |
12 Oct 2026 – 23 Oct 2026 |
USD 5,000 |
| Arusha, Tanzania |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
USD 4,200 |
| Accra, Ghana |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
USD 7,600 |
| Kisumu, Kenya |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
KES 240,000 |
| Riyadh, Saudi Arabia |
In-Person |
19 Oct 2026 – 30 Oct 2026 |
USD 9,000 |
| Pretoria, South Africa |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
USD 6,600 |
| Live Virtual |
Online |
19 Oct 2026 – 28 Oct 2026 |
KES 160,000 |
| Dar es Salaam, Tanzania |
In-Person |
19 Oct 2026 – 30 Oct 2026 |
USD 4,600 |
| Addis Ababa, Ethiopia |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
USD 4,800 |
| Kampala, Uganda |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
USD 3,800 |
| Naivasha, Kenya |
In-Person |
19 Oct 2026 – 28 Oct 2026 |
KES 240,000 |
| Live Virtual |
Online |
24 Oct 2026 – 13 Dec 2026 |
KES 160,000 |
+235 more dates — view live schedule →
Frequently Asked Questions
Do I need prior Civil 3D experience to attend this course?
No prior Civil 3D experience is required. The programme is designed for AutoCAD users who are new to Civil 3D, and it builds competency progressively from the foundations up. You should, however, have a working knowledge of basic AutoCAD commands before attending.
Will I receive a certificate upon completion?
Yes. Participants who attend all sessions and complete the capstone project will receive a TrainingComplex Certificate of Completion in AutoCAD Civil 3D. This certificate also prepares you for Autodesk's official Civil 3D certification examination, which you can pursue independently after the course.
Will I need to bring my own laptop or workstation?
For in-person sessions, TrainingComplex provides fully configured workstations with licensed copies of AutoCAD Civil 3D and all project datasets pre-installed. For the Live Virtual cohort, participants must have AutoCAD Civil 3D installed on their own machine; detailed setup instructions are sent two weeks before the course starts.
What version of Civil 3D will be used during training?
Training is delivered on the current-year release of AutoCAD Civil 3D. The core workflows taught are consistent across recent versions, so participants working with a version one or two years older will still find the training fully applicable to their day-to-day work.
Is this course suitable for someone who manages Civil 3D projects rather than doing the design work?
The course is primarily hands-on and technical, aimed at practitioners who use Civil 3D directly. However, project managers and team leaders who want to understand Civil 3D deliverables, review model outputs, and set office standards will gain significant value, particularly from the modules on plan production, data exchange, and office template configuration.
