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Creo Academy: A Comprehensive Beginner to Advanced Course

Name: Creo Academy: A Comprehensive Beginner to Advanced Course
Rating: 4.2 (54 reviews)

A Perfect Guide to PTC Creo Parametric: Easy to Follow Lectures, Real World Examples, Assignments, Mock Test and Quizzes

Created byVishal Pandey, AutoKets

Last updated 7/2026

English

English [Auto],

What you'll learn

This Extensive Course on Creo Parametric will cover every important topics that you should need to know to become an expert
Confidently able to Create and Edit Parts, Assemblies, Sheet Metals and Drawing in Creo Parametric
Confidently Able to work with Creo Assembly SImultions.
In Depth Exploration of Tools and their Sub Features, So that you can use it in every aspects
Real World Examples, Exercises, Assignments, Projects, Quizzes and Practice Test for better learning.
Confidently able to work on Creo Projects.

Course content

22 sections • 167 lectures • 19h 29m total length

How to Take Up this Course3:36

Intro0:28
Introduction to Sketch Interface.8:57
Creating Lines & Center Lines.8:48
The "Lines" tool in Creo Sketch is used to draw straight lines in a 2D sketch. To use this tool, follow these steps:
Open a new sketch in Creo.
Select the "Lines" tool from the toolbar or press "L" on your keyboard.
Click on the starting point of the line you want to draw.
Move your cursor to the end point of the line and click again to complete the line.
Repeat the process to draw additional lines as needed.
EXAMPLE 14:44
Practice sketch mode in Creo by constructing a symmetric I section with base 100, 40 and 60 dimensions, using equal relations and snap for accuracy.
Weak, Strong & Lock Dimensions.8:29
There are three types of dimensions: strong, weak, and lock dimensions.
Strong dimensions: Strong dimensions are the primary dimensions that control the size and position of sketch geometry. When you modify a strong dimension, the sketch updates accordingly.
Weak dimensions: Weak dimensions are secondary dimensions that do not control the size or position of sketch geometry. Instead, they provide additional information about the sketch, such as the distance between two lines. Weak dimensions are not updated when you modify the sketch.
Lock dimensions: Lock dimensions are used to maintain the size or position of sketch geometry when other dimensions are modified. When you lock a dimension, it becomes a fixed value that cannot be changed. This can be useful when you want to maintain a specific size or position in the sketch.
Mouse Handline & Workspace Accessories.9:15
Master Creo mouse handling and workspace accessories to zoom, pan, and select with the scroll button, use refit and grid snapping, and manage dimensions and constraints.
Circles & Rectangles.11:08
Explore creating rectangles and circles in Creo, including corner, center, and parallelogram rectangles, and circles such as center-radius, concentric, and three-point, with dimensioning and sketch techniques.
Arcs & Ellipse.7:43
Learn to create arcs and ellipses in Creo, using three point arc, tangent arc, center and end, three tangent arc, concentric arc, conic, and ellipse with major and minor axes.
Editing Tool: Delete Command.2:33
EXAMPLE 28:16
Learn to use the delete command in Creo through a guided sketch: center line, concentric circles, magnet-like profile, tangents, trims, and segment deletion.
QUIZ TIME
MOCK ASSIGNMENT

Intro0:28
Learn the basics of dimensions and constraints to define sketches precisely, exploring different constraint and dimension types and how to create a fully defined sketch.
Dimension Properties & Linear Dimensions.9:38
Arc, Arc Length & Spline Dimensions.6:34
Explore creating and dimensioning arcs in Creo, including the arc radius, diameter, and arc length, plus dimensioning splines with end points and center lines.
Base Line & Ordinate Dimensions.5:17
Baseline dimensioning: Baseline dimensioning is a method of dimensioning that uses a series of interconnected dimensions to create a "baseline" for the dimensions in the sketch. The baseline is a line that connects all of the dimensions, and each dimension is measured from the baseline to the edge or center of the sketched geometry.
Ordinate dimensioning is a method of dimensioning that measures the distance of each feature from a common reference point or line. The reference point or line is usually the left or bottom edge of the sketch.
Creating Perimeter Dimensions.5:22
In Creo, you can create a perimeter dimension to measure the total length of a closed 2D sketch boundary or a specific contour.
To create a perimeter dimension in Creo:
Open the sketch that you want to add a perimeter dimension to.
Select the "Perimeter" dimension tool from the toolbar.
Click on the contour or boundary you want to measure. Creo will highlight the boundary with a dotted line.
If you want to measure a specific contour, select the "Contour" option from the Perimeter dimension menu and then click on the contour you want to measure.
Creo will create a dimension that shows the total length of the boundary or contour you selected.
Using Modify Dimension Tool.4:32
Resolve Sketch & Reference Dimensions.4:46
Explore the reference dimension in Creo, how the conflict box flags conflicts, and how the dimension difference keeps a representation value dependent on other dimensions without altering the sketch.
Important: Constraints in Creo.8:01
Constraints(Continue) & Auto Constraints.9:42
EXAMPLE 19:40
Master the use of dimensions by constructing a concentric circle sketch with a center line, specifying diameters and radii, and toggling off weak dimensions for 3d modeling.
EXAMPLE 22:59
EXAMPLE 38:54
Apply line commands and constraint management to build a sketch, lock dimensions, and create an inner rectangle and outer body in Creo, reinforcing editing tools and trimming techniques.
EXAMPLE 414:53
QUIZ TIME

Intro0:19
Circular Fillet & Circular Trim Fillet.7:06
Fillet is a rounded corner or edge created between two surfaces or features. Fillets are often used to reduce stress concentrations and improve the appearance of a design.
Elliptical Fillet & Elliptical Trim Fillet.6:49
Sketch Chamfer.5:24
Corner, Mirror & Divide.8:52
Offset.9:18
Master the Creo offset tool to create parallel copies at set distances for lines and circles. Use single, chain, and loop options to offset across open and closed figures.
Modify Dimensions.4:32
QUIZ TIME

Intro0:43
Introduction to Part Design.9:38
Master Creo part design by using the part mode interface and extrude tool to create three-dimensional parts. Learn to set units, sketch on datum planes, and manage features.
Mouse Handling in Part Design.5:02
First Feature: Extrude.8:17
Learn Creo's extrude, a sketch-based tool that creates solid bodies by extruding a closed sketch in a chosen direction, with height, depth, and symmetry options.
More Properties of Extrude9:10
Explore advanced extrude properties in Creo, including depth direction, thickness to sketch curve, taper, and unlink, plus how to delete extrudes or sketches.
Parametric Nature of Creo.6:49
Discover the parametric nature of Creo and learn to edit extrusion height and sketches through the model tree, using right-click edits that update features.
The View Toolbar.11:03
Explore the Creo view toolbar to visualize parts with view options, zoom, refit, shading with edges, and manage or save custom views with the view manager.
Using Remove Material & Face Sketch.8:19
Explore how Creo's extrude feature uses remove material to cut holes and shapes from a block, with options for depth, symmetry, and reversing direction.
Different Types of Depth.7:23
Explore the depth options in the extrude feature, including mid plane symmetry, extrude up to the next surface, and extrude to intersect with sketches or a selected surface.
Selection Filters.2:56
Discover how to use selection filters in Creo to selectively pick planes, faces, edges, vertices, datums, and bodies, streamlining constraints and assembly work.
Revolve Feature.8:13
Revolve with Different Axis.5:21
Learn to create revolved features in Creo using an axis, including center-line axes and datum options, to generate holes and separations at a specified distance from the sketch.
Important: Parents & Child Features.7:52
Explore the parent and child feature concept in Creo, and learn how dependencies affect feature deletion using the reference viewer.
EXAMPLE 17:05
EXAMPLE 27:20
Use the extrude feature in Creo to build a part with two extrudes: a 12 high base from the top plane, then an inward extrusion of 25 on a face sketch.
EXAMPLE 39:52
Learn to create and extrude a box, apply extruded cut to holes, produce a semicircular feature, and add concentric circles, using sketches, mirroring, and through all cut in Creo.
EXAMPLE 410:43
Apply the revolve feature to create a solid body and associated cuts from sketches and a center line axis. Visualize the internal complexity by examining a section view.
QUIZ TIME

Intro0:30
Develop proficiency in solid editing tools by applying edge fillets, chamfers, and using Rift features and trajectory Rift to edit basic features.
Creating Rounds.9:28
Explore Creo engineering tools for editing 3D models, focusing on the fillet (round) tool to convert sharp edges into rounded ones, improving safety and reducing stress concentration.
Different Types of Rounds.7:51
Transitions in Rounds.10:39
Chamfer Edge.6:27
Learn how to apply an edge chamfer in Creo, differentiate it from fillet and corner chamfer, and customize chamfer distance across sets for multiple edges.
More Properties of Chamfer.7:30
Explore the advanced chamfer options in Creo, including D into D, D1 into D2, angle in 2D, 45-degree corner, and offset versus tangent methods with 90-degree and varying angles.
Chamfer's Dimensions Cases.9:34
Transitions in Chamfer.14:52
Creating Corner Chamfers.3:26
Creating Ribs: Profile Rib.8:48
Creating Ribs: Trajectory Rib.8:12
Creating Shell Features.7:08
Learn how to use the Creo cell feature to create hollow shell geometries with variable thickness, including removing faces and applying non-default thickness.
Properties of Shell.7:40
Direct Sketch & Feature Sketch.5:49
Compare direct sketch in a feature with sketch use for extrusion in Creo, showing how sketch copies appear in the model tree and the benefits of using the sketch directly.
Creating Hole Using "Hole Tool".9:46
Different Offsets in Hole.6:34
EXAMPLE 112:03
EXAMPLE 29:02
Learn to create a plate with two end circles joined by a centerline, extrude to 12, then form a rib and add circular cuts, using strong dimensions.
QUIZ TIME

PART 1: Creating Sketch9:51
PART 2: Use of Revolve Feature8:35
Advance revolve exercise by building fins with arc and parallel lines, correct collinearity and coincident constraints, then create eight offset instances with 5 and 2.5 spacing and a 42.50 radius.
PART 3: Final Editing5:20
Master revolve feature by modeling a part with a 90 mm pcd, eight M8 holes at 20 mm depth, and a 15 mm diameter hole, using views to verify geometry.

Intro0:30
Editing & Deleting of Features.3:10
Suppressing of Feature.8:14
Reorder Features.7:27
In Creo, you can reorder features in a model to change their position in the feature tree. This can be useful when you need to modify a feature that depends on other features or when you want to reorganize the feature tree to make it easier to work with.
Reroute Features.9:29
The Reroute feature in Creo allows you to change the path of a feature in a model, without deleting or recreating the feature. This can be useful when you need to modify a feature but want to preserve its original parameters and references.

Intro0:19
Apply textures and colors to the body to identify components in a Creo assembly, using textures and colors to improve component differentiation and visual clarity.
Adding Colors & Texture.7:04
Apply colors and textures in Creo using the view toolbar appearance options to color bodies or faces, apply textures like wood or gemstone, and differentiate parts in assemblies.
Creating Custom Textures.6:57

Intro0:49
Explore reference features in CRIO, including creating planes, axes, datum planes, and points, and learn when to design custom planes or axes beyond standard ones.
Creating Datum Planes.9:20
Learn how Creo's datum planes create and manipulate solid features using references and offsets, including default planes, user-defined planes, and sketching on offset planes.
More References in Datum Planes.6:24
Creo Academy lecture demonstrates creating datum planes with offset, parallel, normal references, using points, edges, midplanes, and point–line combinations to sketch and extrude.
Creating Datum Axis.7:08
Creating Datum Points.10:15
Explore how to create datum points in Creo, using planes, edges, arcs, and centers as references, apply offset and ratio controls, and place multiple points for sketching and dimensioning.
QUIZ TIME

Requirements

No prior knowledge required, just need desire to learn.
Any Version of Creo Parametric after 3.0.

Description

This course is completely dedicated to Part Modeling, Assembly Design & Drawing in Creo Parametric. This course will take you on a journey from nothing to a "Professional Creo Designer." We have tried to make this course so comprehensive that you can get almost all demanding topics necessary in industries. So after completing this course you can easily able to create Basic or Complex 3D Models, Assembly & Drawings in Creo Parametric.

Why you should take this course?

Firstly this course is made by the professional expert, who has more than 5 years of teaching experience and he knows how to make student understand every tools and topics.
There are 80+ Lectures covering almost all the tools that is important for Modelling in Creo.
An In-depth explanation of every tools that we have cover.
We keep on upgrading this course according to the feedback of the students, and all the upgrades are always free once you enrolled.

Topics That We Cover In this Course.

Sketch Mode: We will be learning about basic tools that are required for sketching your 2D Designs, We will learn about Different Shapes, Dimensions & Constraints and Sketch Editing Tools.

Part Design: This section will be our main focus, since Creo is widely used for it's part modeling, So we will spent a little more time learning all the important tools & concepts of part modeling in Creo.

Assembly: In this section, we will be learning about the assembly design in Creo Parametric, we will be covering important concepts like constraints, joints and different important assembly features.

Sheet Metal: Sheet Metal Design is one of the most powerful interface of Creo Parametric, Here we will be learning how to create sheet metal parts and how to generate the flat patterns of the sheet metals in Creo, we will be learning different sheet metal operations like punching, bending, rips, forming, etc.

Drawing: Drawing is the final step of a product development, here we will going to convert our 3D Model into a 2D Drawing by printing it into standard papers, here we will be learning about different kinds of views & annotations that will help you in making drawing of Part & Assemblies.

Overview of What you will learn?

Brief understanding of the interface of the PTC Creo.
An introduction to sketch interface of Creo.
Learn to create basic shapes like lines, circles, rectangles, arcs, etc.
Concept of Strong and Weak Dimensions.
All about the use Mouse and Different Workspace Accessories.
Different methods of providing dimensions to a sketch like linear, Arc Length, Base Line Dimensions, etc.
Use of Constraints in an sketch, providing Constraints and Auto Constraints.
Different Sketch Editing tools like Trim, Fillets, Chamfer, Divide, with their important properties.
We will going to start Solid Modeling, with an introduction to it's interface.
We will be learning about important concepts like, use of mouse, parametric nature, use of view toolbar.
How to create extruded feature and the use of remove material option.
How to create revolved feature and the use of remove material option.
We will be learning about Round Tool, i.e. fillets.
Different types of rounds and transitions in rounds.
Chamfer, its dimension cases, properties & transitions.
How to use Rib tool, Profile Rib & Trajectory Rib.
Shell Feature and Standard Hole Tool.
We will be learning about some important feature properties, like deleting, suppressing, reorder & reroute.
Learn to create different reference features like Planes, Axis & Points.
Learn to create different types of patterns in Creo.
We will be learning advance modeling tools in Creo.
How to use Sweep Feature and Merge Ends in Sweep.
Helical Sweep with Different Profiles.
Variable Pitch in Helical Sweep.
Blend tool in Creo.
Some More types of Blends, like Rotational Blend & Swept Blend.
We will be looking for the assembly design interface in Creo.
Covering important definitions and concepts related to assembly design like top down & Bottom Up Assemblies, Constraints, Degree of Freedom, etc.
Getting started with assembly and creating our first assembly of bush and shaft.
Learning the concepts of placement constraints like fix, coincident, concentric, distance, etc.
Learning different kinds of joints, like cylinder, planar & slider joints.
Learning important assembly features like Modifying & Repeat Component.
Learning sheet metal design in Creo Parametric.
Learning how to perform different operations of sheet metal like punching, forming, bending etc.
Learn how to generate flat pattern of the sheet metal parts.
Finally, we will going to start the drawing interface.
How to use "General View" to get the views.
Different views like Projected, Auxiliary & Detailed View.
Learning Annotation tools like Solid Model Annotations.
More about annotations like adding dimensional & geometric tolerances.
Learn how to use note tool to provide text.

So, Overall it's a complete course to learn part modeling in PTC Creo. And Don't worry about your doubts, we are always there to help you during this course, Just Ask!

Who this course is for:

Individuals intending to learn the basics of Creo Parametric.
Individuals who wants to get started with 3D Modeling in Creo.
Individuals wanting to get a better job via Creo skills.
Designers, Engineers, Makers, and Hobbyist.
Individuals who want to create their carrier in Product Design.
Individuals working as a freelancer in CAD.

Creo Academy: A Comprehensive Beginner to Advanced Course

What you'll learn

Explore related topics

Course content

Let's Get Started1 lecture • 4min

Overview of Workspace, Basic Sketching & Editing Tools10 lectures • 1hr 10min

All About Dimensions and Constraints13 lectures • 1hr 31min

More Sketch Editing Tools7 lectures • 42min

Let's Get Started with Part Design17 lectures • 2hr 6min

Important Solid Editing Tools18 lectures • 2hr 25min

PROJECT WORK: AIR COOLED ENGINE CYLINDER3 lectures • 24min

Different Feature Properties in Creo5 lectures • 29min

Applying Colors and Texture to a Model3 lectures • 14min

Important Reference Features5 lectures • 34min

Requirements

Description

Who this course is for: