CADD Training Centre
Classroom & live online 80 Hours Verifiable certificate Syllabus ↓

Creo for Design Engineer Course

PTC Creo course for design engineers: sketching, part modeling, sheet metal, assemblies and drawings.

Your roadmap — from admission to certificate

  1. Free counselling

    Talk to our counsellor — choose the right course, batch time and mode.

  2. Admission

    Join at a CADD centre near you or online. You get your student login and ID card.

  3. Learn step by step

    80 Hours of hands-on Creo for Design Engineer classes — in the classroom or live online.

    Book CoverIntorduction & Understanding to Creo Parametric ConceptsUsing the Creo Parametric InterfaceSelecting & Editing of Geometry, Features ModelsCreating Sketchers Geometry & Using Sketcher ToolsUsing Sketching & Datum FeaturesCreating Extrudes, Revolves, and RibsCreating Holes, Shells, Draft & PatternCreating Rounds, Chamfers & Using LayersAssembling with Constraints
  4. Practice & project

    Exercises in every class and a final project, checked by your trainer.

  5. Course completion certificate + completion badge

    Finish the course and get your course-completion certificate and a digital completion badge with your name.

    Sample course-completion certificate — Professional Course in Creo for Design Engineer
    Course-completion certificate (sample) — Professional Course in Creo for Design Engineer · verifiable online
    Course-completion badge — Professional Course in Creo for Design Engineer
    Course-completion badge
    Course
    Professional Course in Creo for Design Engineer
    Issued by
    CADD Training Cetre
    Training
    Classroom or live online
    How to earn
    Complete the course and its project
    With your name and year · its own verify link · “Add to profile” on LinkedIn
  6. Certification exam

    Take the certification exam: a theory test and a practical task — at the centre or online.

  7. Certified certificate + marksheet

    Pass the exam and get the certified certificate with your marksheet. Anyone can check it online with its QR code.

  8. Certified badge

    Your certified badge — add it to LinkedIn and share it anywhere; it opens its own verify page.

    Certified badge — Professional Course in Creo for Design Engineer
    Certified badge
    Course
    Professional Course in Creo for Design Engineer
    Issued by
    CADD Training Cetre
    Training
    Classroom or live online
    How to earn
    Pass the certification exam
    You also get
    Certified certificate + marksheet
    With your name and year · its own verify link · “Add to profile” on LinkedIn
  9. Make your CV & apply for jobs

    Make your CV in your student panel (Career → My CV) — your course, certificates and projects are added for you. Send it as a link with a preview picture, and apply to jobs and Hire Me requests from companies.

    Sample CV

About the Creo for Design Engineer course

This course aims to help product designers and engineers in developing a product design virtually. Creo is equipped with all the capabilities that are required for completing a product design. This course in Creo will help in sketching, modeling, validation of design, and visualize the product design.

  

You will be able to

  • Create fully constrained sketches in Creo Parametric Sketcher
  • Build parts with extrude, revolve, sweep, blend, hole, round and pattern features
  • Use datums, relations and family tables for design intent
  • Design sheet metal parts with walls, bends, forms and flat patterns
  • Assemble components with constraints and check interference
  • Create detailed 2D drawings with views, dimensions, tolerances and BOM
  • Validate and visualise a product design before manufacturing

Who it is for

  • Mechanical, automobile and production engineering students
  • Product design and R&D engineers
  • Mechanical diploma holders and CAD draughtsmen
  • Engineers in automotive, tooling and heavy engineering companies

What you need

  • Basic engineering drawing knowledge
  • Basic computer skills; earlier CAD experience is helpful
  • For live online classes: a Windows PC with 8 GB RAM or more and a graphics card

Courses that include Creo for Design Engineer

Professional Course in Creo for Design EngineerProfessional Course · 80 Hours
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Professional Course in Creo for Design Engineer & Industrial DesignerProfessional Course · 160 Hours · 2 software
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Professional Course in Drafting & Design EngineerProfessional Course · 140 Hours · 2 software
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Creo Design Engineer – Associate Career ProgramAssociate Career Program · 120 Hours · 3 software
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Professional Course in Drafting & Design EngineerProfessional Course · 220 Hours · 3 software
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Professional Course in Drafting & Design EngineerProfessional Course · 200 Hours · 3 software
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Professional Course in Drafting & Design EngineerProfessional Course · 200 Hours · 3 software
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Professional Course in Drafting, Design Engineer & Industrial DesignerProfessional Course · 220 Hours · 3 software
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Creo Design Engineer – Professional Career ProgramProfessional Career Program · 280 Hours · 5 software
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Creo for Design Engineer Syllabus

27 chapters · 187 topics
01 Book Cover 1 topic
  1. Cover Page
02 Intorduction & Understanding to Creo Parametric Concepts 7 topics
  1. Creo Parametric Basic Modeling Process
  2. Understanding Solid Modeling Concepts
  3. Understanding Feature Based Concepts
  4. Understanding Parametric Concepts
  5. Understanding Associative Concepts
  6. Understanding Model Centric Concepts
  7. Recognizing file Extensions
03 Using the Creo Parametric Interface 9 topics
  1. Understanding the Main Interface
  2. Understanding the Folder Browser
  3. Setting the Working Directory and Opening and Saving Files
  4. Managing Files in Creo Paramatric
  5. Understanding Datume Display Options
  6. Analyzing Basic 3-D Orientation
  7. Understanding the View Manager
  8. Setting Up New Part Models
  9. Understanding the Ribbon Interface
04 Selecting & Editing of Geometry, Features Models 11 topics
  1. Understanding Creo Parametric Basic Controls
  2. Using Drag Handles and Dimension Draggers
  3. Understanding the Model Tree
  4. Selecting Items using Direct Selection
  5. Selecting Items using Query Selections
  6. Using the Smart Selection Filter
  7. Utilizing Undo & Redo Operations
  8. Understanding Regeneration and Auto Regenerations
  9. Editing Features
  10. Editing Features using Edit Definition
  11. Deleting & Supressing Iteams
05 Creating Sketchers Geometry & Using Sketcher Tools 11 topics
  1. Reviewing Sketcher Theory
  2. Understanding Design Indent
  3. Utilizing Constraints
  4. Sketching Lines
  5. Sketching Rectangles and Parallelograms
  6. Sketching Circles
  7. Sketching Arcs
  8. Understanding Construction Geometry Theory
  9. Using Geometry Tools within Sketcher
  10. Dimensioning Entities within Sketcher
  11. Modifying Dimensions within Sketcher
06 Using Sketching & Datum Features 7 topics
  1. Creating Sketches
  2. Specifying and Manipulating the Sketch Setup
  3. Utilizing Sketch References
  4. Using Entity from Edge within Sketcher
  5. Creating Datum Features Theory
  6. Creating Datum Axes
  7. Creating Datum Planes
07 Creating Extrudes, Revolves, and Ribs 4 topics
  1. Creating Solid Extrude Features
  2. Adding Taper to Extrude Features
  3. Common Dashboard Option : Extrude Depth
  4. Creating Solid Revolve Features
08 Creating Holes, Shells, Draft & Pattern 10 topics
  1. Common Dashboard Option : Hole Depth
  2. Creating Coaxial Holes
  3. Creating Linear Holes
  4. Creating Radial & Diameter Holes
  5. Creating Shell Features
  6. Creating Draft Features
  7. Creating Basic Split Drafts
  8. Direction Patterning in the First Direction
  9. Axis Patterning in the First Direction
  10. Creating Reference Patterns of Features
09 Creating Rounds, Chamfers & Using Layers 10 topics
  1. Creating Rounds Theory
  2. Creating Rounds by Selecting Edge
  3. Creating Rounds by Selecting a Surface and Edge
  4. Creating Rounds by Selecting a Two Surface
  5. Creating Full Rounds
  6. Creating Chamfers by Selecting Edge
  7. Analyzing Basic Chamfer by Selecting Edges
  8. Understanding Layers
  9. Utilizing Layers in Part Models
  10. Creating and Managing Layers
10 Assembling with Constraints 9 topics
  1. Understanding Assembly Theory
  2. Creating New Assembly Models
  3. Understanding Constraint Theory
  4. Assembly Components using the Default Constraint
  5. Creating Coincident Constraints using Geometry
  6. Creating Coincident Constraints using Datum Features
  7. Creating Distance Constraints
  8. Creating Parallel, Normal, and Angle Constraints
  9. Assembling using Automatic
11 Exploding, Replacing Componants, Cross-section in Assemblies 8 topics
  1. Creating and Managing Explode States
  2. Animating Explode States
  3. Understanding Component Replace
  4. Replacing Components using Family Tables
  5. Understanding Assembly Cross- Sections
  6. Creating Assembly Cross-Sections
  7. Creating Offset Assembly Cross-Sections
  8. Creating Display Styles
12 Advanced Selection, Creating Sweeps and Blends 6 topics
  1. Advanced Chain Selection
  2. Advanced Surface Selection
  3. Creating Sweeps with Open Trajectories
  4. Creating Sweeps with Closed Trajectories
  5. Creating Blends by Sketching Sections
  6. Creating Rotational Blends by Selecting Sections
13 Sweeps with Variable Sections 5 topics
  1. Understanding Sweeps with Variable Sections Theory
  2. Creating Sweeps Normal to Trajectory
  3. Creating Sweeps using Constant Normal Direction
  4. Creating Sweeps with Variable Sections Normal to Projection
  5. Creating Sweeps with Variable Sections Utilizing Multiple Trajectories
14 Helical Sweeps & Swept Blends 5 topics
  1. Understanding Helical Sweeps Theory
  2. Creating Helical Sweeps for Springs
  3. Understanding Swept Blend Theory
  4. Creating Swept Blends by Selecting Sections
  5. Creating Swept Blends by Sketching Sections
15 Relations, Parameters & Family Tables 6 topics
  1. Understanding Relation Theory
  2. Understanding Relation Types
  3. Creating Parameters
  4. Creating Relations
  5. Understanding Family Table Theory
  6. Creating a Family Table
16 Groups, Copy & Mirror 4 topics
  1. Creating Local Groups
  2. Copying and Pasting Features
  3. Moving and Rotating Copied Features
  4. Mirroring Selected Features
17 Measuring, Inspecting Models & Seeking Help 5 topics
  1. Viewing and Editing Model Properties
  2. Investigating Model Units
  3. Analyzing Mass Properties
  4. Creating Planar Part Cross-Sections
  5. Using Creo Parametric Help
18 Capturing, Managing Design Intent & Resolving Failures 8 topics
  1. Handling Children of Deleted and Suppressed Items
  2. Reordering Features
  3. Inserting Features
  4. Redefining Features and Sketches
  5. Understanding and Identifying Failures
  6. Analyzing Geometry Failures
  7. Analyzing Open Section Failures
  8. Analyzing Missing Part Reference Failures
19 Introduction to Flexible Modeling 4 topics
  1. Understanding Flexible Modeling
  2. The Flexible Modeling Process
  3. Applying Shape Selection
  4. Applying Boss Selections
20 Editing 5 topics
  1. Applying Flexible Move using the Dragger
  2. Using Flexible Mirror
  3. Using the Edit Round Feature
  4. Working with Pattern Recognition
  5. Using the Flexible Attach Feature
21 Component Interfaces, Flexible Components, Restructuring, Simplified Reps 7 topics
  1. Understanding Component Interfaces
  2. Using a Placing Component Interface
  3. Using a Receiving Component Interface
  4. Adding Flexibility to a Component
  5. Placing Flexible Components in an Assembly
  6. Understanding Standard Simplified Reps
  7. Excluding Components using Simplified Reps
22 Sheetmetal Design Process & Fundamentals 4 topics
  1. Creo Parametric Sheetmetal Design Process
  2. Sheetmetal Model Fundamentals
  3. Understanding Developed Length
  4. Creating a New Sheetmetal Model in Part Mode
23 Creating Primary & Secondary Sheetmetal Wall Features 9 topics
  1. Understanding Sheetmetal Wall Features
  2. Creating Planar Walls
  3. Extruded Sheetmetal Wall Features
  4. Revolved Sheetmetal Wall Features
  5. Understanding Secondary Walls
  6. Creating Secondary Flat Walls
  7. Using Flange Walls
  8. Using Extruded Walls
  9. Understanding Relief
24 Bending, Unbending & Modifying Sheetmetal Models 9 topics
  1. Creating Bend Features
  2. Adding Transition to Bends
  3. Creating Unbend Features
  4. Creating Bend Back Features
  5. Creating Flat States
  6. Sheetmetal Cuts
  7. Die Form Features
  8. Punch Form Features
  9. Creating Rip Features
25 Introduction, Creating New Drawings & Drawing Views 10 topics
  1. Exploring Drawing Ribbon Commands
  2. Creating Drawings Using Formats and Sheets
  3. Configuring Drawing Models
  4. Adding General Views
  5. Adding Projection Views
  6. Editing Drawing Views
  7. Editing Visible View Area
  8. Adding Detailed Views
  9. Adding 2-D Cross-Section Views
  10. Adding Assembly Exploded Views
26 Adding Model Details & Tolerance Information to Drawings 6 topics
  1. Showing Erasing and Deleting Annotations
  2. Adjusting Dimensions and Detail Items
  3. Changing Dimension Display
  4. Configuring Dimensional Tolerances
  5. Setting Up Geometric Tolerance References
  6. Applying Geometric Tolerances
27 Adding Notes, Symbols, Tables, Balloons & Layers in Drawings 7 topics
  1. Adding and Editing Notes
  2. Using Surface Finish Symbols
  3. Inserting Tables
  4. Creating Report Tables
  5. Creating BOM Balloons
  6. Using Layers in Drawings
  7. Configuring the Drawing Environment

Ratings & reviews

Students rate the course after they finish it — their ratings appear here.

Creo for Design Engineer course — FAQ

What is Creo used for?

PTC Creo Parametric is 3D CAD software used to design mechanical parts and products. Engineers use it for sketching, part and sheet metal modeling, assemblies, drawings and design validation.

Who can learn Creo for Design Engineer?

Mechanical, production and automobile engineering students, diploma holders and working design engineers can join. Knowing engineering drawing makes it easier.

What is the duration of the Creo course?

The Creo for Design Engineer course is 80 hours, covering sketching, parts, sheet metal, assemblies and drawings with practice projects.

Is Creo training available online?

Yes. Pick a classroom batch at a CADD centre or join live online Creo for Design Engineer classes; online, you model parts and assemblies on your PC while the trainer checks your model tree live.

Do I get a certificate for Creo?

Yes. Your Creo for Design Engineer certificate comes from CADD Training Centre and carries a QR code, so an automotive or machinery company can confirm it online in a few seconds.

Creo vs SolidWorks: which should I learn?

Both are parametric 3D CAD tools. Creo is common in automotive, heavy engineering and large manufacturers, while SolidWorks is widely used by small and mid-size firms. Pick based on the industry you target.

What jobs can I get after learning Creo?

Creo supports roles such as design engineer, product design engineer, CAD engineer and mechanical draughtsman in automotive, machinery and manufacturing companies.

More questions? Ask our counsellor or read the general FAQ.

Creo for Design Engineer80 Hours
Enquire now

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