This training course will equip participants with the necessary skills and knowledge on how to report, analyze, and disseminate data for all health programs.
| Course Title | AutoCAD Civil 3D Training Course |
| Organization | Tech For Development (T4D) |
| Venue | Tech For Development (T4D) Training Center along Tala Road, Runda, Nairobi |
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| Course Fees (Face-to-Face) | USD 2,200/KES 150,000 (Exclusive of VAT) |
| Course Fees (Virtual) | TBA |
| Training Modes | Virtual and face-to-face training |
| Payment | Payment should be made to the Tech For Development (T4D) bank account on or before the start of the course |
| Accreditation | Tech For Development Certificate of Course Completion |
AutoCAD Civil 3D Training Course is a hands-on program designed for professionals in civil engineering, surveying, and land development who wish to streamline project workflows and increase productivity using AutoCAD Civil 3D. Participants will learn the fundamentals and advanced features of the software, including creating surfaces, alignments, profiles, corridors, grading, and quantity takeoffs. Each module is paired with practical case studies that simulate real-world infrastructure projects such as roads, drainage systems, and site development.
10 Days
Civil engineers and designers
Surveyors and CAD technicians
Urban planners and infrastructure consultants
Construction project managers
Engineering students and graduates entering the design field
Gain industry-relevant CAD design and modeling skills
Learn to automate civil design tasks and reduce manual work
Improve employability and technical proficiency
Enhance ability to contribute to infrastructure projects from start to finish
Build confidence in handling design, documentation, and visualization in Civil 3D
Improve accuracy and consistency across civil design projects
Boost project delivery speed with intelligent design automation
Increase cost efficiency through accurate quantity takeoffs and error reduction
Enhance collaboration among engineers, surveyors, and planners
Ensure design compliance with regulatory and industry standards
By the end of this course, participants will be able to:
Navigate the Civil 3D interface and project environment
Create and analyze terrain surfaces using survey data
Design horizontal and vertical alignments for roads and pipelines
Generate profiles, cross-sections, and corridor models
Conduct grading and parcel design for site development
Automate quantity takeoffs and create construction documentation
Integrate data and manage civil design projects more efficiently
Module 1: Introduction to Civil 3D and Project Setup
Understanding Civil 3D interface and workflows
Setting up drawing templates, styles, and settings
Managing data with Prospector and Toolspace
Creating and managing Civil 3D projects
Case Study: Organizing a residential development project with template standards
Module 2: Working with Survey Data and Point Clouds
Importing and managing survey data
Using description keys and point groups
Creating surfaces from survey points and breaklines
Editing and analyzing surfaces
Project: Building a topographic surface from field survey data for a commercial site
Module 3: Surface Creation and Analysis
Creating TIN surfaces and surface styles
Slope, elevation, and contour analysis
Surface labels and spot elevations
Volume calculations between surfaces
Case Study: Performing cut-and-fill analysis for road construction
Module 4: Alignments and Horizontal Design
Creating and editing alignments
Alignment labels and design criteria checks
Managing design constraints and tangents
Integration with centerline control and profiles
Project: Designing a horizontal road alignment for a suburban arterial road
Module 5: Profiles and Vertical Geometry
Creating surface and layout profiles
Profile views and vertical curve design
Adding labels and bands to profile views
Vertical alignment best practices
Case Study: Designing a drainage system profile for a flood-prone area
Module 6: Assemblies, Subassemblies, and Corridor Modeling
Understanding corridors and assemblies
Creating subassemblies from Tool Palettes
Building and managing corridor models
Target mapping and corridor region splitting
Project: Corridor modeling for a multilane urban roadway
Module 7: Cross Sections and Material Quantities
Creating sample lines and section views
Generating corridor sections and applying codes
Material quantity takeoff and volume reporting
Using Quantity Takeoff Manager
Case Study: Estimating earthwork volumes for a rural highway upgrade
Module 8: Grading Design and Site Development
Feature lines and grading objects
Creating grading groups and grading surfaces
Site and parcel management
Grading criteria and daylighting techniques
Project: Designing a parking lot with retention pond and drainage grading
Module 9: Pipes and Pressure Networks
Pipe network creation using parts catalog
Aligning pipe networks with surfaces and profiles
Analyzing pipe depths, slopes, and structures
Creating pressure pipe networks and editing fittings
Case Study: Designing a stormwater drainage network for an industrial park
Module 10: Plan Production, Documentation, and Project Sharing
Creating plan and profile sheets using Sheet Set Manager
Automating annotations and label styles
Exporting data and generating reports
Sharing data with stakeholders and external teams
Capstone Project: Delivering a full civil site design package with documentation for a residential subdivision
This instructor-led training course is delivered using a blended learning approach comprising presentations, guided practical sessions, web-based tutorials, and group work.
Participants will receive a Tech For Development Certificate of Course Completion.
Held at the Tech For Development Training Centre.
Arranged upon request.
Email: letstalk@techfordevelopment.com
Phone: (+254) 790 824 179
Customised training available.
Send proof of payment to letstalk@techfordevelopment.com.