
Hello and welcome to CREO with Chris! You are about to embark upon a comprehensive course in CREO Parametric. This first lesson gets you familiar with the software and introduces you to basic principles - The key lesson is that organisation is key to success in CREO!
In this lesson we'll be touching upon the following:
Getting started
Setting working directory
Creating a new part
Understanding and navigating the User Interface
Creating a sketch
Using the sketching tools
Dimensioning and editing your sketches
The Line Tools
The Rectangle Tools
The Circle Tools
The Arc Tools
The Elipse Tools
The Spline Tool
The Fillet Tool
The Chamfer Tool
Offset Tool
Thicken Tool
The Pallet Tool
The Extrusion Tool
Welcome to your first practice challenge.
From this point onwards, you'll find practice challenges throughout the course as well as larger-scale capstone projects. These exercises are designed to help you reinforce the skills you've just learnt by applying them to realistic modelling tasks.
For this first series of challenges, you'll be creating simple components that increase in complexity and skill requirement using only the sketching and extrusion tools introduced in Lesson One – Getting Started. No new tools are required, so everything you need to complete the exercise has already been covered.
Before watching the solution, download or open the engineering drawing accompanying each challenge and spend some time attempting the model on your own. Don't worry if your workflow differs from mine—there are often multiple correct ways to model the same component in Creo.
Once you've completed the exercise, or if you run into any trouble, watch the solution and compare your modelling strategy with mine. Pay attention not only to the final model, but also to the decisions made throughout the modelling process, as these techniques will help you become a faster and more confident Creo user.
Good luck, and enjoy your first challenge!
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Objective: Model the component shown in the engineering drawing using only the tools covered up to this point in the course.
Skills Practiced: Various sketch tools and the extrude tool.
Your Task: Attempt the model independently before watching the solution. Focus on planning your modelling strategy as well as producing the finished component. Remember: Think first, model second!
Solution: Once you've finished—or if you get stuck—watch the solution and compare your workflow with mine. Look out for alternative techniques and modelling strategies that may help improve your own approach.
Hello everyone! Welcome to lesson two - Revolve and Thicken.
In this lesson we will be going over:
The Revolve Tool
Revolving as a solid part and a surface
Referencing existing geometry as a revolve axis
The Thicken Tool
Practice Challenge One for the Revolve and Thicken Tools
Practice Challenge Two for the Revolve and Thicken Tools
Practice Challenge Three for the Revolve and Thicken Tools
Hello everyone! Welcome to lesson three - The Sweep Tool.
In this lesson we will be covering:
The Sweep Tool
Sweeping along a trajectory
Merging swept ends
Sweep trajectory changes
Use your Sweep Tool skills and your Sketch Tool skills to create this components of an aluminium t-slot extrude.
Use your Sweep Tool skills and your Sketch Tool skills to create a hairpin.
Hello everyone! Welcome to lesson four - The Helical Sweep Tool.
In this lesson we will be covering:
The Helical Sweep Tool
Adjusting the helical sweep trajectory to allow a smooth transition between helical sweep and existing geometry
Variable pitches
Spring creation
Put your helical sweep skills to the test in this practice challenge to build a flat-topped bolt.
Put your helical sweep skills to the test in this practice challenge to build a countersunk screw.
Hello everyone! Welcome to lesson five - The Variable Section Sweep Tools.
In this lesson we will be covering:
The various uses of Variable Section Sweeps
Referencing existing geometries for variable tangencies
Trajectory changes
Hello everyone! Welcome to lesson six - The Blend Tools.
In this lesson we will be covering:
The Blend Tool
The Rotational Blend Tool
Blending Vertices/Vertexes
Adjusting section starting points
Hello everyone! Welcome to lesson seven - The Swept Blend Tool.
In this lesson we will be covering:
The Swept Blend Tool
Adjusting trajectory starting points
Selecting sections
combing multiple swept blends
Setting tangency boundary conditions
Hello everyone! Welcome to lesson eight - Datum Planes, Axes and Points.
In this lesson we will be covering:
Creating Datum Planes
Creating Datum Axes
Creating Datum Points
Referencing existing geometries to create Planes, Axes and points
This project introduces one of Creo's most powerful parametric tools: TRAJPAR.
You'll learn how to use sketch relations to dynamically rotate geometry as it travels along a trajectory, allowing you to create complex spiralling helical forms similar to traditional telephone cords. We'll also explore how multiple surface sweeps and intersect curves can be combined to generate advanced reference geometry before producing the final solid model.
In this lesson you'll learn:
Understanding the TRAJPAR relation parameter
Using Relations inside Sweep sketches
Dynamically rotating geometry along a trajectory
Creating spiralling helical geometry
Combining multiple sweep features
Generating secondary intersect curves
Building complex geometry using construction surfaces
In this final project, we'll bring together everything covered throughout the lesson to create a rectangular conical spiralling helical component.
Building upon the workflows developed in the previous projects, you'll introduce the Swept Blend feature to generate more advanced construction geometry before combining it with Helical Sweep, Sweep, Intersect, and Relations to produce a highly flexible parametric model.
This project demonstrates how relatively simple Creo features can be combined into sophisticated modelling workflows capable of producing complex engineering geometry.
In this lesson you'll learn:
Creating conical construction geometry
Using the Swept Blend feature
Combining Swept Blend with Helical Sweep
Creating advanced intersect trajectories
Applying TRAJPAR within more complex models
Developing robust, fully parametric modelling workflows
Combining multiple Creo features to solve advanced modelling challenges
Use the skills you have just learned in the Advanced Modelling Techniques for creating Complex Helical Geometry to attempt this practice challenge of creating an electromagnetic coil.
Hello everyone! Welcome to lesson nine - The Hole Tool.
In this lesson we will be covering:
The Hole Tool
Setting references and adjusting dimensions
Hole orientation adjustment
Counter bore and counter sink creation
Surface referencing
Creating a hole through a sketch
Creating standard holes
Welcome to CREO with Chris!
Learn PTC Creo Parametric from the ground up and develop the skills used by professional engineers and product designers to create real-world products, assemblies, drawings, mechanisms, and manufacturing-ready designs.
Whether you are a complete beginner, an engineering student, a professional engineer, a product designer, or someone looking to expand their CAD capabilities, this course has been designed to take you from the fundamentals of Creo all the way through to advanced modelling techniques and large-scale engineering projects.
Unlike many CAD courses that focus solely on software tools and commands, this course takes a project-based approach. You will not only learn how Creo works, but also how professional CAD models are created, structured, assembled, analysed, and managed within realistic engineering workflows.
Throughout the course, you will build your skills progressively, starting with the fundamentals of sketching, part modelling, assemblies, and engineering drawings before moving into advanced topics including surfacing, mechanisms, finite element analysis, gear systems, and complex product development projects.
What You Will Learn
Throughout this course, you will develop practical experience with:
• Sketching and parametric modelling techniques
• Design intent and robust model creation
• Extrudes, revolves, sweeps, blends, patterns, and advanced features
• Assembly creation and assembly management
• Engineering drawings and detailing
• Mechanism creation and motion analysis
• Surface modelling using Style and Freestyle
• Finite Element Analysis (FEA)
• Advanced gear system design and analysis
• Real-world engineering workflows and best practices
By the end of the course, you will have developed a strong understanding of both the software itself and the engineering principles required to create professional-quality CAD models.
Major Projects Included
One of the most effective ways to learn CAD is through practical application. Throughout the course, you will complete a range of increasingly challenging projects designed to reinforce your learning and develop real-world modelling skills.
Projects and exercises include:
• Mechanical component modelling exercises
• Assembly design projects
• Engineering drawing projects
• A complete V6 Turbo Engine project
• A complete Jet Engine project
• Comprehensive Gear Systems Module
• Mechanism and motion analysis exercises
• Surface modelling projects
• A Professional-Level Motorcycle Capstone Project
The Motorcycle Capstone Project represents the culmination of everything taught throughout the course. In this project, you will create a highly detailed V-Twin motorcycle consisting of hundreds of individual components, numerous subassemblies, advanced surfacing, mechanisms, and a complete final assembly. This project mirrors the type of large-scale engineering work undertaken within industry and provides an outstanding opportunity to consolidate everything learned throughout the course.
Who This Course Is For
This course is suitable for:
• Complete beginners with no previous Creo experience
• Engineering and product design students
• Mechanical engineers
• Product designers
• Manufacturing professionals
• Hobbyists and makers
• Existing Creo users looking to strengthen their skills
Whether your goal is to improve your employability, support your studies, advance your engineering career, or simply become more proficient with Creo Parametric, this course provides a structured pathway from beginner to advanced user.
Why Learn With This Course?
This course has helped thousands of students develop their Creo skills through a practical, project-focused teaching approach. Every lesson is designed to build confidence while demonstrating not only how features are created, but why they are used and how they fit into larger engineering workflows.
The course continues to be actively expanded and updated with new content, ensuring students have access to modern workflows, additional projects, and advanced engineering topics as the course evolves.
If you're ready to move beyond simply learning software commands and start developing the skills required to create professional engineering designs, then this course is for you.
I look forward to helping you master PTC Creo Parametric.
– Chris