Streamline your entire civil design workflow—from data management to sheet automation—using Civil 3D 2024
Key Features
- Leverage Civil 3D and partner tools for seamless project integration
- Maximize productivity with scalable team workflows and automation
- Enhance your Civil 3D workflow with smarter design and modeling tools
Book Description
Civil infrastructure projects demand precision, collaboration, and the ability to adapt to design changes quickly. This book shows how Civil 3D 2024 can help you streamline workflows, reduce rework, and improve project accuracy—whether you're working solo or in a large engineering team.
You'll learn how to set up your environment, manage survey data, and model surfaces, alignments, profiles, and utilities using Civil 3D’s comprehensive toolset. With a strong focus on real-world design practices, this book demonstrates how to use intelligent objects and dynamic documentation features to handle changes efficiently across distributed teams.
You’ll also work with partner tools that enhance Civil 3D’s capabilities, ensuring you can manage data at scale, produce accurate documentation, and deliver designs that meet stakeholder expectations.
Written by seasoned civil engineers and Autodesk-certified professionals, this book brings together best practices, project-specific workflows, and insights into maximizing productivity with Civil 3D and its companion tools.
What you will learn
- Set up a Civil 3D environment tailored to your project needs
- Configure survey data and create intelligent objects
- Model surfaces, alignments, profiles, and utilities accurately
- Automate sheet creation and streamline documentation
- Collaborate with teams using data shortcuts and shared references
- Apply Civil 3D tools to real-world infrastructure challenges
- Use partner software for extended design and analysis workflows
Who this book is for
This book is for Civil Engineers, Environmental Engineers, Surveyors, and Infrastructure Designers seeking to optimize their design workflows with Civil 3D. A basic understanding of civil engineering practices and AutoCAD is required.
Table of Contents
- Introduction to Civil 3D
- Setting up the Design Environment
- Sharing Data within Civil 3D
- Configuring Survey Data with Civil 3D
- Leveraging Points, Lines, and Curves
- Surfaces - The First Foundational Component to Designs within Civil 3D
- Alignments
- Profiles - The Third Foundational Component to Designs within Civil 3D
- Land Development Tool Belt for Everyday Use
- Roadway Modeling Tool Belt for Everyday Use
- Advanced Roadway Modeling Tool Belt for Everyday Use
- Utility Modeling Tool Belt for Everyday Use
- Section Creation and Analysis
- Automating Sheet Creation
Since early 2003, Stephen has been working with a multitude of design, collaboration, and visualization platforms supporting the AEC Industry. His primary focus has been on the Civil and Environmental Engineering side, where he has held varying levels of design support and CAD/BIM/CIM Management roles.Currently, he is HDR's Digital Design Lead for Civil Infrastructure where he works with their BG Leadership, Technology Leadership, Vendors, and ITG, to evaluate and implement new technologies and strategies as it relates to the Civil side, build awareness and drive consistency with how they're leveraging the various tools and platforms, and identify ways to build skill sets across HDR around the platforms and technologies being leveraged.
Tony Sabat is a consultant, adviser and writer in the AEC industry focusing on innovative and disruptive technologies and processes. He has written and spoken for numerous organizations and worked with many large companies from industrial to automotive developing strategies for implementing many emerging technologies such as reality data modelling, virtual construction and digital twins. He began his career in the early iterations of building information modelling working on integrating such concepts and technologies into the civil infrastructure space. He focuses primarily on reality capture, building information modelling, digital twin strategies,as well as virtual design and construction.
