A road design is only as reliable as the terrain model underneath it — and turning raw survey points into a coordinated set of construction drawings is where most infrastructure projects either gain speed or lose it. AutoCAD Civil 3D is the platform that carries that process from field data to finished documentation within a single environment.

The AutoCAD Civil 3D for Infrastructure Design and Engineering Projects training course, delivered by Arab British Fellowship Training Academy, walks participants through setting up a working project, building accurate terrain surfaces, applying civil engineering design principles, designing road alignments and earthworks, and producing the drafting output a construction team can actually build from.

Who Should Attend?

• Civil Engineers and Infrastructure Designers
• CAD Technicians and Drafters Working on Civil Projects
• Highway and Road Design Engineers
• Survey and Design Coordination Professionals
• Site and Design Engineers Involved in Infrastructure Documentation
• Consultants and Client-Side Teams Reviewing Infrastructure Designs

What You'll Gain

• Set up and organize a Civil 3D project for efficient design workflows
• Build accurate terrain models from survey and site data
• Apply civil engineering design principles within Civil 3D
• Design horizontal and vertical alignments for road projects
• Generate cross-sections, profiles, and earthwork quantities
• Produce construction-ready plan, profile, and detail drawings

Module 1: Setting Up a Civil 3D Project Right the First Time

• Navigating the Civil 3D interface and workspace
• Core CAD tools and drawing setup
• Organizing project data, drawing files, and data shortcuts

Module 2: Turning Survey Data into Reliable Terrain Models

• Importing and processing survey data
• Building and editing terrain surfaces
• Analyzing surfaces for design decision-making

Module 3: Civil Engineering Design Foundations Inside Civil 3D

• Applying design standards within Civil 3D
• Working with points, alignments, and design objects
• Structuring a project for efficient design workflows

Module 4: Designing Road Alignments — Horizontal and Vertical

• Creating horizontal and vertical alignments
• Designing road corridors and typical sections
• Coordinating alignments with terrain and design data

Module 5: Cross-Sections, Profiles, and Earthwork Quantities

• Generating profiles along design alignments
• Producing cross-sections at defined intervals
• Calculating earthwork quantities for cut and fill

Module 6: Producing Construction-Ready Drawings and Documentation

• Applying drafting standards and layer management
• Producing plan, profile, and detail drawings
• Preparing construction-ready design documentation

Module 7: Practical Infrastructure Design Workshop

• Case studies in infrastructure design using Civil 3D
• Hands-on exercises applying terrain modelling and road design
• Lessons learned from real Civil 3D project workflows