
Civil Engineering AutoCAD Course
Master AutoCAD for civil engineering and produce professional-grade site plans, road layouts, and utility drawings that meet real submission standards. This course takes you from the interface basics all the way through plotting and Civil 3D integration. Build the technical drafting skills employers and clients demand in the civil engineering field.
What you will learn:
You will learn to navigate the AutoCAD interface, create and edit precise civil geometry, and organize drawings with industry-standard layers and properties. The course covers annotation, dimensioning, blocks, and external references used in real infrastructure projects. You will draft complete site plans, road alignments, grading plans, and utility layouts. You will also configure paper space layouts, set viewport scales, and publish professional drawing sets to PDF. Additional topics include Civil 3D integration, GIS data import, 3D modelling, and AutoCAD automation with scripts and LISP routines.
How you study in practice Civil Engineering AutoCAD Course
How you practise Civil Engineering AutoCAD Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsAutoCAD Interface and Navigation Fundamentals
AutoCAD Interface and Navigation Fundamentals
Lesson 1 • Coordinate Systems and Units
Establishes Cartesian and polar coordinate entry methods and drawing unit configuration. Accurate coordinate input is the foundation of precise civil drafting.
Lesson 2 • File Management and Templates
Covers creating, saving, and opening DWG files using civil engineering templates. Proper file management prevents data loss and ensures project consistency.
Lesson 3 • Workspace Customisation
Configures toolbars, shortcut keys, and display settings to match civil drafting workflows. A tailored workspace accelerates productivity throughout the course.
Lesson 4 • Navigation and View Controls
Teaches pan, zoom, and orbit tools for moving through 2D drawings efficiently. Fluent navigation reduces drafting time on large civil site plans.
Lesson 5 • AutoCAD Workspace Overview
Introduces the ribbon, command line, and drawing area as core interface components. Establishes spatial awareness needed for all subsequent drafting tasks.
Chapter 2HideHide detailsSee detailsBasic Drawing and Object Creation
Basic Drawing and Object Creation
Lesson 1 • Splines and Construction Lines
Uses splines for irregular terrain boundaries and construction lines for layout reference. These objects support contour tracing and alignment planning.
Lesson 2 • Circles, Arcs, and Ellipses
Creates curved geometry using centre-radius, three-point, and tangent methods. Curves appear in cul-de-sacs, roundabouts, and pipe alignments.
Lesson 3 • Line and Polyline Tools
Draws straight segments and continuous polylines with precise length and angle control. Lines and polylines form the backbone of roads, boundaries, and utilities.
Lesson 4 • Object Snaps and Precision Input
Applies object snap modes and tracking to connect geometry with engineering accuracy. Precision input eliminates gaps and overlaps in civil drawings.
Lesson 5 • Rectangles and Polygons
Generates closed rectangular and polygonal shapes for structures and parcels. These tools speed up drafting of buildings, lots, and drainage basins.
Chapter 3HideHide detailsSee detailsEditing and Modifying Civil Drawings
Editing and Modifying Civil Drawings
Lesson 1 • Scale, Mirror, and Offset
Resizes, reflects, and offsets objects to create parallel geometry and symmetric layouts. Offset is critical for generating road edges, setbacks, and buffer zones.
Lesson 2 • Array, Stretch, and Explode
Duplicates objects in rectangular or polar patterns and reshapes geometry with stretch. Explode breaks blocks and polylines for detailed component editing.
Lesson 3 • Selection Methods and Grips
Covers window, crossing, fence, and grip-based selection for targeted editing. Efficient selection reduces errors when modifying dense civil drawing sets.
Lesson 4 • Trim, Extend, and Fillet
Cleans intersections by trimming excess geometry and extending segments to boundaries. Fillet creates smooth transitions at road corners and pipe junctions.
Lesson 5 • Move, Copy, and Rotate
Repositions and duplicates objects using base points and displacement values. These commands are essential for adjusting road alignments and structure placements.
Chapter 4HideHide detailsSee detailsLayers, Properties, and Drawing Standards
Layers, Properties, and Drawing Standards
Lesson 1 • Object Properties and Match Properties
Modifies individual object properties and transfers them using Match Properties. Uniform properties across objects ensure drawing consistency and plot accuracy.
Lesson 2 • Linetypes, Lineweights, and Colours
Assigns linetypes such as dashed and centre lines and lineweights for plot clarity. Consistent properties communicate object type and priority in printed drawings.
Lesson 3 • Layer Creation and Management
Creates and organises layers by discipline, function, and visibility state. A logical layer structure is mandatory for multi-discipline civil project coordination.
Lesson 4 • Drawing Templates and Standards Files
Embeds layers, styles, and settings into reusable DWT template files. Templates enforce office standards and eliminate repetitive setup on new civil projects.
Lesson 5 • Civil Layer Naming Conventions
Applies industry-standard layer naming schemes for roads, utilities, and grading. Standardised names enable efficient file exchange with consultants and contractors.
Chapter 5HideHide detailsSee detailsAnnotation, Text, and Dimensioning
Annotation, Text, and Dimensioning
Lesson 1 • Multiline Text and Formatting
Composes multiline notes with paragraph formatting, bullets, and stacking fractions. Multiline text is used for general notes, legends, and specification callouts.
Lesson 2 • Text Styles and Single-Line Text
Creates text styles with engineering fonts and applies single-line text for labels. Consistent text styles maintain readability across all sheets in a drawing set.
Lesson 3 • Leaders, Multileaders, and Tolerances
Creates multileader styles for callouts pointing to specific drawing features. Leaders annotate spot elevations, material callouts, and detail references.
Lesson 4 • Angular, Radial, and Ordinate Dimensions
Applies angular, radius, diameter, and ordinate dimensions to curved and complex geometry. These dimension types annotate cul-de-sacs, pipe bends, and survey control.
Lesson 5 • Dimension Styles and Linear Dimensions
Configures dimension styles controlling arrows, text, and tolerances for civil standards. Linear dimensions annotate road widths, lot sizes, and structure offsets.
Chapter 6HideHide detailsSee detailsBlocks, Symbols, and External References
Blocks, Symbols, and External References
Lesson 1 • Block Creation and Insertion
Defines internal blocks from geometry and inserts them with scale and rotation control. Blocks standardise symbols for manholes, valves, and survey monuments.
Lesson 2 • External References Management
Attaches, overlays, and manages external DWG files as non-destructive references. XREFs enable multi-discipline coordination on large civil infrastructure projects.
Lesson 3 • Attributes and Data Extraction
Embeds editable attribute fields in blocks for automated labelling and data output. Attributes populate title blocks and generate quantity schedules from drawing data.
Lesson 4 • Dynamic Blocks and Parameters
Adds stretch, flip, and visibility parameters to create flexible, multi-state blocks. Dynamic blocks reduce symbol library size and adapt to varying site conditions.
Lesson 5 • Design Centre and Tool Palettes
Accesses blocks, layers, and styles from existing drawings using Design Centre. Tool palettes provide drag-and-drop access to frequently used civil symbols.
Chapter 7HideHide detailsSee detailsCivil Site Plan and Infrastructure Drawing
Civil Site Plan and Infrastructure Drawing
Lesson 1 • Road Alignment and Geometry
Constructs horizontal road alignments with tangents, curves, and transition elements. Road geometry must meet design speed and safety criteria for approval.
Lesson 2 • Utility and Drainage Layout
Drafts storm, sanitary, water, and dry utility networks with standard symbols. Utility plans coordinate underground infrastructure to prevent conflicts.
Lesson 3 • Plan and Profile Sheet Composition
Combines plan view and profile view on a single sheet for road and pipe design. Plan-profile sheets are the primary deliverable for infrastructure permit submittals.
Lesson 4 • Grading and Contour Plans
Draws existing and proposed contour lines to represent terrain and grading design. Contour plans communicate earthwork volumes and drainage flow directions.
Lesson 5 • Site Plan Layout and Boundary Drawing
Drafts property boundaries, easements, and setback lines from survey data. Accurate boundary geometry is the legal and spatial foundation of every site plan.
Chapter 8HideHide detailsSee detailsLayouts, Plotting, and Sheet Management
Layouts, Plotting, and Sheet Management
Lesson 1 • Viewport Creation and Scale
Creates and locks viewports at standard engineering scales within layout sheets. Accurate viewport scale ensures dimensions and annotations plot at correct size.
Lesson 2 • Model Space vs. Paper Space
Explains the distinction between model space drafting and paper space sheet layout. Understanding this separation is essential for correct scale and annotation placement.
Lesson 3 • Title Blocks and Sheet Borders
Inserts and populates title block templates with project, sheet, and revision data. A complete title block satisfies agency submission and record-keeping requirements.
Lesson 4 • Batch Plotting and PDF Export
Publishes multiple layout sheets to PDF or plotter in a single batch operation. Batch plotting streamlines delivery of large civil drawing sets to clients and agencies.
Lesson 5 • Plot Style Tables and Pen Settings
Configures CTB and STB plot style tables to control line weight and colour output. Correct pen settings produce drawings that meet professional print standards.
Your valid completion certificate
This course is for you:
Civil engineering students: eager to add drafting software to their academic toolkit.
Recent graduates: entering the workforce without hands-on CAD drawing experience.
Construction technicians: wanting to read and produce infrastructure drawings independently.
Career changers: transitioning into civil design roles from unrelated technical backgrounds.
Surveying professionals: looking to translate field data into polished AutoCAD deliverables.
Junior drafters: seeking to specialize their general CAD skills for civil engineering projects.
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