Verified course outcomes

Creo Parametric281 students trained · 2022–2026 · Maharashtra

Every number on this page is pulled from our admissions backend — paid enrollments, real trainer assignments, branch distribution, currently open job openings, and published 5-star reviews from actual alumni. No marketing fluff.

281

Paid enrollments

Since Jun 2022

5 / 5

Average rating

21 published reviews

19+

Hiring partner roles

Product design + manufacturing

Centres offering it

Across Maharashtra

Enquire about the course See the full syllabus

What you'll learn

Master PTC Creo Parametric end to end

For product designers, mechanical & manufacturing engineers

This comprehensive course elevates your knowledge and skills on the process of product development by using PTC Creo Parametric as a virtual CAD tool. Through an engaging project, the instructor guides you through converting a conceptual product into a functional assembly, so you understand how engineering companies tackle the product-development journey end to end.

The course aims to help product designers and engineers develop a product design virtually. Creo is equipped with all the capabilities required to complete a product design — this program covers sketching, modeling, validation of design, and visualizing the product design, so you can apply the same engineering skills confidently on other products and build them out as your portfolio.

Roles this prepares you for

Advanced product designManufacturingVirtual prototyping3D modeling

Course at a glance

Duration

80 hours

Structure

22 sessions

Taught in

English & Hindi

On completion

Course certificate

Course fee

₹18,987

Why this program

What you'll be able to do

The capabilities you build through the Creo Parametric program at ABC Trainings.

Creo’s 2D solutions — Sketch, Layout and Schematics let you quickly sketch ideas, diagram complex systems and create detailed engineering concept drawings

Creo’s 3D solutions — Parametric, Direct and Options Modular let advanced and casual CAD users create 3D models

Assembly — Creo’s assembly environment lets you create and manage large assemblies with ease

Visualization — Creo’s visualization module helps engineers and designers visualize all product data available in any media format

The full syllabus

22-session curriculum, sketches to production drawings

The complete module-by-module syllabus as taught at ABC Trainings. You build from the Creo Parametric basics and sketching through advanced features, sheet-metal design, assemblies and skeletons — finishing with production drawing views, sections and detailing.

01Introduction to the Creo Parametric Basic Modeling Process

Creo Parametric Basic Modeling Process
Understanding Creo Parametric Concepts
Understanding Solid Modeling Concepts
Understanding Feature-Based Concepts
Understanding Parametric Concepts
Understanding Associative Concepts
Understanding Model-Centric Concepts
Recognizing File Extensions
Using the Creo Parametric Interface
Understanding the Main Interface
Understanding the Folder Browser
Understanding the Web Browser
Understanding the Ribbon Interface
Setting the Working Directory and Opening and Saving Files
Managing Files in Creo Parametric
Creating Sketcher Geometry
Reviewing Sketcher Theory
Understanding Design Intent
Modifying the Sketcher Display
Utilizing Constraints
Sketching with on the fly constraints
Sketching Lines
Sketching Centerlines
Sketching Rectangles
Sketching Circles
Sketching Arcs
Sketching Circular Fillets and Chamfers
Using Sketcher Tools
Understanding Construction Geometry Theory
Sketching Points
Using Geometry Tools within Sketcher
Manipulating Sketches within Sketcher
Dimensioning Entities within Sketcher
Modifying Dimensions within Sketcher
Sketcher Conflicts
Placing Sections into Sketcher
Creating Sketches for Features
Creating Sketches (Sketch Feature)
Specifying the Sketch Setup
Utilizing Sketch References
Using Entity from Edge within Sketcher

02Sketching

Advanced Sketching
Using Sketched Curves
Sketching Ellipses
Sketching Elliptical Fillets
Sketching Splines
Modifying Splines (Basic & Advanced)
Importing and Exporting Spline Points
Sketching Conics
Sketching Text
Analyzing Sketcher Convert Options
Analyzing Sketcher Dimension Options
Sketcher Diagnostic Tools
Creating Extrudes, Revolves, and Ribs
Creating Solid Extrude Features
Adding Taper to Extrude Feature
Common Dashboard Options: Extrude Depth
Common Dashboard Options: Feature Direction
Common Dashboard Options: Thicken Sketch
Creating Solid Revolve Features
Common Dashboard Options: Revolve Angle
Automatically Adding and Removing Material
Creating Rib Features
Using the Creo Parametric Interface - Part 2
Understanding Basic Display Options
Analyzing Basic 3-D Orientation
Understanding the View Manager
Creating and Managing View Orientations
Creating Style States using the View Manager
Understanding Basic Color and Appearance Options
Setting Up New Part Models

03Understanding Creo Parametric Basic Controls

Selecting and Editing
Understanding Creo Parametric Basic Controls
Using Drag Handles and Dimension Draggers
Using Keyboard Shortcuts
Understanding the Model Tree
Selecting Items using Direct Selection
Selecting Items using Query Selection
Selecting Multiple Components
Using the Search Tool
Understanding Selection Filters
Renaming Objects
Editing Features and Regenerating
Activating and Editing Models
Deleting and Suppressing Items
Creating Datum Features: Planes and Axes
Creating Datum Features Theory
Creating Datum Axes
Creating Datum Planes
Utilizing Internal Sketches and Embedded Datums
Creating Internal Sketches
Creating Embedded Datum Features
Creating Sweeps and Blends
Creating Sweeps with Open Trajectories
Creating Sweeps with Closed Trajectories
Analyzing Sweep Feature Attributes
Creating a Parallel Blend Protrusion or Cut
Experimenting with Parallel Blend Attributes
Analyzing Parallel Blend Section Tools

04Variable Section & Helical Sweeps

Variable Section Sweeps
Creating Variable Section Sweeps using a Constant Section
Creating Variable Section Sweeps Normal to Trajectory
Creating Variable Section Sweeps using Constant Normal Direction
Creating Variable Section Sweeps Normal to Projection
Analyzing Horizontal and Vertical Control in a Variable Section Sweep
Creating Variable Section Sweeps Utilizing Multiple Trajectories
Creating Variable Section Sweeps with Tangent Trajectories
Analyzing Variable Section Sweep Trajectory Options and Rules
Using Trajpar with Solid Features
Using Trajpar and Datum Graphs with Solid Features
Helical Sweeps
Understanding Helical Sweeps Theory
Creating Helical Sweeps for Springs
Creating Helical Sweeps for Threads
Analyzing Helical Sweep Profile and Pitch Variations
Utilizing Variable Sections in Helical Sweeps

05Swept Blend & Advanced Datum Features

Swept Blends
Understanding Swept Blend Theory
Creating Swept Blends by Selecting Sections
Creating Swept Blends by Sketching Sections
Analyzing Swept Blend Section Options
Analyzing Swept Blend Section Plane Control
Analyzing Horizontal and Vertical Control in a Swept Blend
Analyzing Swept Blend Tangency
Analyzing Swept Blend Options
Analyzing Swept Blend Rules
Advanced Datum Features
Creating Datum Graphs
Creating Datum Coordinate Systems
Creating Points On or Offset from Entities
Creating Points at Intersections
Creating Points using an Offset Coordinate System
Creating Sketched Points
Creating Curves Through a Point or Vertex
Creating a Curve Through a Point Array
Creating a Curve From File
Creating a Curve from a Cross-Section
Creating a Curve From Equation
Creating Composite Curves
Creating a Curve from Curve Intersections
Creating a Curve at Surface Intersection
Projecting and Wrapping Curves
Trimming Curves
Creating Offset Curves

06Advanced Blends

Creating a Rotational Blend Protrusion or Cut
Analyzing Rotational Blend Attributes
Advanced Selection
Advanced Chain Selection
Advanced Surface Selection
Creating Holes and Shells
Common Dashboard Options: Hole Depth
Creating Coaxial Holes
Creating Linear Holes
Creating Radial and Diameter Holes
Exploring Hole Profile Options
Creating Shell Features
Advanced hole Creation
Creating Standard Holes
Creating Sketched Holes
Creating On Point Holes
Lightweight Holes
Cosmetic Threads
Advanced Shells
Analyzing Shell References and Thickness Options
Excluding Surfaces from Shells
Extending Shell Surfaces
Analyzing Shell Corner Options

07Rounds and Chamfers

Creating Rounds and Chamfers
Creating Rounds by Selecting Edges
Creating Rounds by Selecting a Surface and Edge
Creating Rounds by Selecting Two Surfaces
Creating Full Rounds
Creating Round Sets
Creating Chamfers by Selecting Edges
Creating Chamfer Sets
Advanced Rounds and Chamfers
Analyzing Round Profile
Analyzing Round Creation Methods
Creating Rounds Through Curve
Creating Variable Radius Rounds
Auto Round
Analyzing Advanced Chamfer Dimensioning Schemes
Analyzing Chamfer Creation Methods
Analyzing Additional Chamfer Types
Creating Corner Chamfers
Creating Rounds and Chamfers by Reference
Analyzing References and Pieces
Using Intent Edges for Rounds and Chamfers
Using Chamfer Transitions
Using Round Transitions
Drafts
Creating Draft Features
Creating Basic Split Drafts
Analyzing Draft Hinges and Pull Direction
Drafting Intent Surfaces
Creating Drafts with Multiple Angles
Using the Extend Intersect Surfaces Draft Option
Creating Drafts Split at Sketch
Creating Drafts Split at Curve
Creating Drafts Split at Surface
Creating Drafts with Variable Pull Direction

08Measuring and Inspecting Models & Patterns

Creating Patterns
Direction Patterning in the First Direction
Direction Patterning in the Second Direction
Axis Patterning in the First Direction
Axis Patterning in the Second Direction
Creating Reference Patterns of Features
Creating Reference Patterns of Components
Deleting Patterns or Pattern Members
Advanced Patterns
Creating Dimension Patterns in One Direction
Creating Dimension Patterns in Two Directions
Creating Rotational Dimension Patterns
Unpatterning Group Patterns
Understanding Pattern Regeneration Options
Creating Fill Patterns
Specifying Fill Pattern Settings
Creating Curve Patterns
Creating Pattern Tables
Creating Point Pattern
Group, Copy, and Mirror Tools
Creating Local Groups
Copying and Pasting Features
Moving and Rotating Copied Features
Mirroring Selected Features
Mirroring All Features
Creating Mirrored Parts
Measuring and Inspecting Models
Analyzing Model Units and Mass Properties
Measuring Models
Creating Planar Part Cross-Sections
Measuring Global Interference
Advanced Reference Management
Editing Feature References
Replacing Feature References
Replacing Sketcher References
Replacing Sketcher Geometry

09Investigating Parent/Child Relationships

Understanding Parent/Child Relationships
Viewing Part and Assembly Parent/Child Information
Viewing Model, Feature, and Component Information
Capturing and Managing Design Intent
Handling Children of Deleted and Suppressed Items
Reordering Features
Inserting Features
Redefining Features and Sketches
Capturing Design Intent in Sketches & Features
Capturing Design Intent in Parts & Assemblies

10Relations and Parameters

Understanding Relation Theory
Understanding Relation Types
Understanding Basic Relation Operators and Functions
Understanding Advanced Relation Operators and Functions
Exact Relation
Creating Parameters
Understanding Advanced Parameter Options
Creating Relations
Creating Relations for Patterns
Creating Section Relations
Advanced Layers
Understanding Layers
Creating and Managing Layers
Creating Layer Rules
Family Tables
Understanding Family Table Theory
Creating a Family Table
Patternizing Family Table Instances
Creating a Multi-Level Family Table
Editing Family Table Members
Reusing Features
Creating UDFs
Placing UDFs

11Creating and Using Component Interfaces

Understanding Component Interfaces
Using a Placing Component Interface
Using a Receiving Component Interface
Creating a Component Interface using Save as Interface
Auto Placing Components
Copying and Pasting Components
Repeating Component Placement
Creating and Using Flexible Components
Adding Flexibility to a Component
Placing Flexible Components in an Assembly
Adding Flexibility to Already Placed Components
Using Flexible Parameters
Restructuring and Mirroring Assemblies
Restructuring an Assembly
Creating Mirrored Assemblies
Creating Mirrored Components
Creating Mirrored Subassemblies

12Surface Features

Creating Surface features
Editing Surface Features in Creo Parametric
Copying the Surfaces
Mirroring the Surfaces
Trimming the Surface
Merging the Surfaces
Creating the Fill Surface
Creating the Intersecting Curves
Creating an Offset Surface
Giving Thickness to a Surface
Converting a Surface into a Solid

13Introduction to sheet metal design

The sheetmetal design environment
Sheetmetal parts
Design approach
Primary walls
Wall Types
Creating the first wall
Secondary and unattached walls
Types of seconday walls
Creating unattached walls
Secondary walls with relief
Bend features
Bend lines
Unbend, bend back and cuts
The unbend regular feature
The bend back feature
Creating sheetmetal cuts
Notches and punches
Creating a punch or notch UDF
Placing a punch or notch feature
Sheetmetal forms
Creating form features
Creating form parts
Placing form features
Returning the model to the flat state

14Unbending sheet metal geometry

Unbending geometry after defiing the model
Deformation areas
Converting solid parts
Creating sheetmetal parts from solid parts
Creating a developable part
Sheetmetal drawings with flat states and bend order table
Flat status
Creating multimodel drawings
Documenting the bend order
Additional features
Flat pattern - Previewing and Creating
Solid features
Using projected datum curves
Setting up for design
Calculating the developed length
Setting up a default radius
Setting default fixed geometry
Flexible modeling
Understanding flexible modeling basics
Applying selection and tools
Utilizing editing and transformations
Working with recognition
Using propagation and other editing features

15Assembling with Constraints

Understanding Assembly Theory
Creating New Assembly Models
Understanding Constraint Theory
Understanding Assembly Constraint Status
Assembling Components using the Default Constraint
Constraining Components using Automatic
Constraining Components using Distance
Constraining Components using Angle Offset
Constraining Components using Parallel
Constraining Components using Coincident
Constraining Components using Normal
Constraining Components using Coplanar
Constraining Components using Centred
Constraining Components using Tangent
Constraining Components using Fix
Exploding Assemblies
Creating and Managing Explode States
Creating Offset Lines between Exploded Components

16Understanding Assembly Features

Using Assembly Features and Shrinkwrap
Understanding Assembly Features
Creating an Assembly Cut
Creating Assembly Holes
Creating a Shrinkwrap Feature
Creating a Shrinkwrap Model
Summarizing Shrinkwrap Features and Models
Replacing Components in an Assembly
Understanding Component Replace
Replacing Components using Family Table
Replacing Components using Reference Model
Replacing Components using By Copy
Replacing Unrelated Components
Understanding Interchange Assemblies
Replacing using a Functional Interchange Assembly
Creating Layers in Assemblies
Understanding the Basics of Simplified Reps
Understanding Simplified Rep Concepts
Customizing Simplified Reps
Excluding Components using Simplified Reps
Creating Geometry and Graphics Simplified Reps
Opening Simplified Reps
Creating Part Simplified Reps

17Creating and Using Assembly Structure and Skeleton

Creating and Using Assembly Structure and Skeletons
Understanding Skeletons
Creating Assembly Structure
Creating Skeletons for Space Claims
Creating Skeletons for Placement References
Copying a Model to a Skeleton
Sharing Skeleton Geometry
Creating and Placing Models using Skeleton References
Creating a Motion Skeleton
Creating Bodies for a Motion Skeleton
Assigning Connections for a Motion Skeleton
Creating Solid Models from a Motion Skeleton

18Creating Cross-Sections, Display Styles, and Combined Views

Understanding Assembly Cross-Sections
Creating Planar Assembly Cross-Sections
Creating Offset Assembly Cross-Sections
Creating Zone Assembly Cross-Sections
Creating Display Styles
Creating Combination Views
Substituting Components By Rep, Envelope, and Model
Understanding Envelopes
Creating and Using a Surface Subset Shrinkwrap Envelope
Creating and Using a Faceted Shrinkwrap Envelope
Creating and Using a All Solid Surfaces Envelope
Creating and Using a Create Features Envelope
Creating and Using an Envelope Copied from an Existing Part
Substituting Components Using User Defined
Substituting Components Using By Interchange and Family Table
Understanding Advanced Simplified Rep Functionality
Searching for Components for Simplified Reps
Creating Simplified Reps by Size
Creating Simplified Reps using Zones
Creating Simplified Reps by Distance
Creating Simplified Reps using Exterior Components
Defining Simplified Reps using Rules
Using On-Demand Simplified Reps
Creating External Simplified Reps

19Creating Drawing Views

Analyzing Drawing Concepts and Theory
Analyzing Basic 2-D Orientation
Creating New Drawings and Applying Formats
Creating and Orienting General Views
Adding Drawing Models and Sheets
Creating Projection Views
Creating Cross-Section Views
Creating Detailed Views
Creating Auxiliary Views
Creating 2D Cross Section Views
Creating New Drawings using Drawing Templates
Modifying Drawing Views
Creating Assembly and Exploded Views

20Creating Drawing Views (continued)

21Creating Drawing Details

22Creating Drawing Details (detailing)

Analyzing Detail Concepts and Types
Showing and Erasing Detail Items
Cleaning Up Dimensions
Manipulating Dimensions
Creating Driven Dimensions
Creating Notes
Showing a Bill of Materials
Analyzing Drawing Associativity

Every session is hands-on and project-driven. You take a conceptual product all the way to a functional assembly and a fully detailed drawing set — the same workflow product-design and manufacturing engineers ship on the job.

Inside the classroom

Real ABC students, real sessions

Photos from hands-on Creo Parametric sessions, workshops and labs across our centres.

Creo Parametric session at ABC Trainings — Wagholi, Pune

Who teaches it

Industry-grade trainer roster

These are the working professionals who deliver the Creo Parametric program across Maharashtra.

Shubham L. Choundiye Sir

Osmanpura CAD

AutoCAD Mechanical, Creo Parametric, CATIA, SolidWorks, NX CAD, NX CAM, ANSYS Workbench, GD&T

Khan Faeqa Firdous Ma'am

CIDCO

AutoCAD, CATIA V5, Creo, SolidWorks, NX CAD, NX CAM, ANSYS Workbench

Manoj Mangate Sir

Osmanpura CAD

AutoCAD, SolidWorks, CATIA, Creo, NX CAD, NX CAM

Madhuri Waghamode Ma'am

Sangli

CAD, CAM, CAE software

Rohit Ramesh Shinde Sir

Latur

AutoCAD, SolidWorks, CATIA, Creo

Vijay Parshuram Patil Sir

Dhanori

CATIA, SolidWorks, Creo, AutoCAD

Alisha Nasir Mujawar Ma'am

Hadapsar

Creo, CATIA, SolidWorks, AutoCAD, GD&T, NX CAD

Rahul Pralhad Pargave Sir

Sangli

Mechanical AutoCAD, SolidWorks, CATIA, Creo, ANSYS

Who's hiring

19+ active openings hiring Creo Parametric graduates

Snapshot of recent and currently active roles in our hiring-partner network where Creo Parametric is a primary requirement. Salary is shown as posted by the employer.

Company	Role	Salary	City
Universal Solutions	Design Engineer	Not disclosed	Chh. Sambhajinagar
Sudarshan Saur Shakti Pvt. Ltd	Design Engineer	Not disclosed	Chh. Sambhajinagar
PRYM Aerospace Pvt Ltd	CAD Engineer	Not disclosed	Jalna
Atomberg Technologies Pvt Ltd	Design Development Engineer	₹22K/mo	Pune
Technoguard Solution LLP	Design Engineer	Not disclosed	Pune
Unicraft Appliances Pvt Ltd	Design Engineer	₹15K-20K/mo	Chh. Sambhajinagar
NPSE Automation Pvt Ltd	Design Engineer	Not disclosed	Chh. Sambhajinagar
GM Manufacturing Service Pvt. Ltd	Creo Design Engineer	Not disclosed	Pune
Nageshwar Industries	Design Engineer	₹15K-35K/mo	Chh. Sambhajinagar
Rotadyne Precision Engineering Pvt Ltd	Design Engineer	Not disclosed	Miraj
Expert Global Solutions (an Alten company)	Design Engineer	₹2.3-2.5 LPA	Chh. Sambhajinagar
Vaibhav Industry	Design Engineer	₹2.5-5 LPA	Latur

What graduates earn

Salary range for Creo Parametric roles

Range derived from 19+ recent hiring-partner postings tagged with Creo Parametric skill requirements.

Entry level

₹15K/mo

Fresher / trainee

Typical mid

₹18K-25K

₹2.5-3.5 LPA

Senior / experienced

₹40K+/mo

2+ years of experience

Range from Creo Parametric-tagged hiring partner postings; senior product design engineers earn ₹4-6 LPA

In our students' words

What ABC Trainings students say

Verified reviews from students across our centres · 21 reviews · average rating 5 / 5.

I completed the Creo Parametric course at ABC Trainings, Cidco, under the expert guidance of Shubham L. Choundiye Sir. The training was very helpful and easy to understand — I learned 3D modeling, assembly and drafting with practical examples. The guidance was very supportive, and this course has improved my skills and confidence.

Pathan Yunus Khan

Cidco, Chh. Sambhajinagar

I completed the Creo Parametric course at ABC Trainings, Cidco, under the expert guidance of Shubham L. Choundiye Sir. The way Shubham Sir teaches is very good — he covers the Creo software deeply and explains it in a simple, clear way. I really liked his teaching, and ABC Trainings is a great place to learn the software.

Omkar Bhavar

Cidco, Chh. Sambhajinagar

I successfully completed the Creo course at ABC Trainings, Cidco, under the expert guidance of Shubham L. Choundiye Sir. He is an excellent trainer with deep technical knowledge and a very practical approach. His clear explanations, patience and willingness to solve every doubt made learning easy and effective. The training environment was professional and supportive throughout.

Aditya Salve

Cidco, Chh. Sambhajinagar

I completed the Creo Parametric course at ABC Trainings, Cidco, under the guidance of Shubham L. Choundiye Sir. He is a very supportive and knowledgeable trainer — he explains every command and feature step by step, which makes learning easy. His practical examples and doubt-solving sessions helped me understand 3D modeling, assembly and drawing concepts clearly. The environment is friendly and motivating.

Chaitanya Sulakhe

Cidco, Chh. Sambhajinagar

I completed the Creo Parametric mechanical course at ABC CAD Centre, Osmanpura, under the guidance of Shubham L. Choundiye Sir. It more than met my expectations — a wonderfully practical course, both personally and professionally. I learned so much, and he made even the more complex topics interesting and easy to follow through real-world stories and case studies.

Sachin Navthar

Osmanpura, Chh. Sambhajinagar

I completed the Creo Parametric course at ABC Trainings, Cidco, under the expert guidance of Shubham L. Choundiye Sir. The teaching methodology was clear, practical and industry-oriented — each concept was explained in a simple, understandable way that made it easy to learn and apply. The classroom environment was positive, supportive and well-maintained, which made the whole experience even more effective.

Shubhangi Zalte

Osmanpura, Chh. Sambhajinagar

The Creo Parametric training at ABC CAD Centre under the guidance of Pinky Dhagekar Ma’am was very informative and well organised. She explained each concept with clarity and patience, which made the sessions easy to follow and practically useful. Her professional teaching style and supportive approach created a positive learning environment. Overall it was a great experience that enhanced my CAD skills.

Sakshi Nikam

CAD Centre, Chh. Sambhajinagar

My learning experience in SolidWorks, CATIA and Creo Parametric under the guidance of Madhuri Ma’am was invaluable. The pace of the courses was just right, giving enough time to practice and solidify understanding without feeling rushed. Her clear explanations of the core concepts in each software were very helpful, and she answered every question thoroughly and patiently.

Vaibhavi Anuse

Sangli

Successfully finished the Creo Parametric course at ABC Trainings, CIDCO under Shubham L. Choundiye Sir. Sincerely thankful to ABC Trainings India for a wonderful learning experience and the practical knowledge gained. The course enhanced my design skills and deepened my understanding of Creo software. Grateful for this opportunity — looking forward to applying these skills professionally.

Kuldeep Kharat

CIDCO Centre · Chh. Sambhajinagar

Next Creo Parametric batch

Join the 281+ Creo Parametric alumni at ABC Trainings.

Hands-on training in 2D sketching, 3D parametric modeling, assembly management and visualization. 8+ trainers · 6 centres · placement support across 12+ partners.

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