PTC Creo Online Training

Course Overview:The Computer Aided Design using PTC Creo Course will cover Creo topics like Sketching, Part Modeling, Assembly Design, Drawing, Surfacing and Sheetmetal. The content will help fresh Engineers to enter into industry and work as a Design Engineer / CAD Engineer. Course includes online training sessions by industry expert, practicals, workshops, case studies, projects and assessment at the end of the training.

Course Duration:72 Hrs.

Online Training Duration: 1.5 Hrs / Day

Practice / Workshop Duration: 1.5 Hrs / Day

Detail schedule shall be mailed to the participant after admission confirmation.


  • High configuration Desktop / Laptop with Creo Software License preinstalled
  • Good bandwidth internet connection
  • Headphones
  • IFS Academy will provide you Training Input files and exercises Soft Copies in advanced which needs to be stored in your Desktop / Laptop.

Intended Audience:

  • Undergraduate Students from Mechanical / Automobile / Production Engineering
  • Fresh Mechanical / Automobile / Production Engineers
  • Designers, Design Engineers and Manufacturing Engineers who need a thorough knowledge of the features available in the Creo Mechanical Design

About Faculty: Industrial Working Professional having 10+ Years of work experience in PTC Creo, Engineering Design, Corporate Training and Technical Support.

Course Contents:

1. Part Design
  • Creo basic modeling process
  • Creo concepts
  • Creo Interface
  • Selecting and Editing Geometry, Features and Models
  • Creo Sketcher
  • Datum Features
  • Basic Shapes I
  • Basic Shapes II
  • Holes, Shells and Draft
  • Rounds and Chamfers
  • Part Design Project based on realistic industry based examples
2. Assembly Design
  • Assembly Design Theory with Top Down and Bottom Up approach
  • Creation of new assembly models
  • Theory of constraints
  • Assembling components using constraints
  • Orienting components in the context of the assembly
  • Creation of Coincident constraint using geometry
  • Creation of Coincident constraint using datums
  • Creation of Distance, Normal and Angle constraints
  • Creation of Assembly Explode States
  • A brief introduction to Kinematic Mechanism of Assembly
  • Assembly Design Project
3. Drawing
  • Drawing Theory
  • Drawing Tree
  • Creating new drawings and applying formats
  • Creation of General and Projection Views with proper orientations
  • Creation of Cross Section Views
  • Creation of Detailed Views
  • Creation of Auxiliary Views
  • Creation of Assembly and Exploded View
  • Drawing Annotations Theory
  • Showing, Erasing, and Deleting Annotations
  • Driven and Ordinate Dimensions
  • Drawing Notes
  • Tolerance Information
  • Symbols in drawings
  • Creating tables in drawings
  • Report Information in drawings
  • Drawing Project
4. Surfacing
  • Uses of Surface Modeling
  • Surface Modeling Concepts
  • Surface Extrude and Revolve Features
  • Fill Surfaces
  • Sweep surfaces with open and close trajectories
  • Creating Blend surfaces by – Selecting parallel sections
  • Creating Blend surfaces by – Selecting non parallel sections
  • Creating Blend surfaces by – sketching sections
  • Blend surface section tools
  • Blend surface options and tangency
  • Boundary Blends
  • Helical Sweeps
  • Swept Blends
  • Extending and Trimming surfaces
  • Manipulating surfaces
  • Creating and Editing Solids using Quilts
  • Surfacing Project
5. Sheet Metal
  • Sheetmetal model fundamentals
  • Primary Sheetmetal walls
  • Secondary Sheetmetal walls
  • Bending and Unbending Sheetmetal Models
  • Sheetmetal Form Features
  • Modifying Sheetmetal Models
  • Sheetmetal Setup and Tools
  • Detailing Sheetmetal Designs
  • Sheetmetal Project

Training Features:

  • Instructor Led Sessions through Webex or any other similar Platform
  • Workshops and Exercises
  • Live projects and assessments
  • PTC University Authorised Certification of Completion (In-Finite Solutions ATC)

Assignments:Relevant models will be given to the students which can be created with the help of the commands or features which are taught during the course. These model based assignments will be carried out once or twice in a week based on the complexity of the commands or features.

Case studies:Practical industrial examples will be considered as case studies where students will not only study the modeling technique involved to create a complex industrial model but also students will study the design considerations and methodologies involved in the creation of the model. These case studies will be taught to students in detail and they will create the model under the guidance of the faculty.

Projects and Test:Once students are proficient in using all the commands/features and once they have undergone through the practical case studies, individual projects will be assigned to them in groups where they will design and build a model based on Engineering knowledge as well as CAD modeling philosophies of Creo. This project and an objective questions test will be the benchmarks to judge the performance of student. There will be a performance based certification.

Course Fees:Rs. 18,000/- per course per Student including GST.

Admission Procedure:

Students are requested to pay their full course fees online in advance as per the Bank Account details given below. After making the payment, student is requested to send the following information at

  • Name as per HSC:
  • Email ID:
  • Cell No:
  • Company / Organisation Name:
  • College:
  • Transaction ID (towards the payment transferred online):

After confirming the receipt of payment, we will send you the training schedule along with other deliverables.

Documents Required:

Scanned copies of following documents are required to be sent to after the full course fees is paid.

  • ID proof
  • Address proof
  • Photocopies of 10th, 12th and recent marksheet of Engineering

In-Finite Solutions Bank Account Details:

Company / Account Holder: In-Finite Solutions
Bank and Branch: Axis Bank Ltd., Bund Garden Road Branch, Pune-411001
Account Number: 073010200011884
Branch Code:  000073
Swift Code: AXISINBB073
IFSC Code:  UTIB0000073
RTGS Code: Same as above
MICR Code:  411211003

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