1. Design Tools Knowledge for New Age Engineers
Jayesh Mhatre
Shivaprakash MS
Consultant

2. Piping & Cabling Designers
25-Apr-17
Creo 2.0 Curriculum
Design Engineers
Industrial Designers
Analyst
Production Engineer
Fundamentals
Basic Solid Part Modeling
Detailing (Drawing)
Basic Assembly Creation
Sheetmetal Design
Adv Solid Part Modeling
Adv Assembly Design
Flexible Modeling
Fundamentals
Basic Solid Part Modeling
Basic Assembly Creation
Intro to Surface Modeling
Adv Solid Part Modeling
Adv Surface Modeling
Freeform Surfacing
Flexible Modeling
Direct Modeling
Fundamentals
Basic Solid Part Modeling
Basic Assembly Creation
Behavioral Modeling
Mechanism Design
Mechanica Fundamentals
Mechanica Analysis Process
Static Structure Analysis
Analysis Best Practices
Mechanism Simulation
Fundamentals
Basic Solid Part Modeling
Basic Assembly Creation
Moldesign Fundamentals
Core Cavity Extraction
Manufacturing Fundamentals
3-Axis Milling
Piping & Cabling Designers
Fundamentals
Basic Solid Part Modeling
Basic Assembly Creation
Piping & Cabling
© Copyright 2002 Parametric Technology Corporation

3. Creo for Design Engineers
A basic course for entry level engineer to know 3-D solid Modeling
Advanced Assembly
Advanced Part Modeling
Detailing Design
Sheetmetal Design
Part Modeling
Basic Assembly

4. Creo for Design Engineers
Use of different modules in different scenarios

5. Who is Industrial Designer?
Industrial Design (ID for short) is the conceptual side of engineering, focusing on user interface, also known as ergonomics, overall product form and shapes, as well as the overall aesthetics of a product.
The ID person is responsible for creating the relationship between the product and the consumer.
Difference between Industrial Design and Engineering Design
ID is the reason someone is drawn to a product on the shelf and decides to buy
Engineering is why people decide not to return it because it works. 

6. Creo for Industrial Designers
Any Combinations of Surface, Direct and Freeform is utilized to generate ID.
Surface classes
Editing surface/quilt
Surface Modeling
Direct Modeling
Freeform Modeling
Ideation
Concept model
Design and Development
Ergonomics
Freehand Sketch
Art and Aesthetic

7. Required capabilities
Ideation and Conceptualization.
Ergonomics
Freehand sketching
Art & Aesthetics

8. Required capabilities
Surface Modeling
Direct Modeling
Styling
Prototype Design and Development
Interlinking various formats of ID

9. In corridor….

10. Engineering Analysis…..a prerequisite for New-Age-Engineer
Creo for Analyst
Engineering Analysis…..a prerequisite for New-Age-Engineer
Mechanism Simulation
Mechanism Design
What is the Maximum height?
How much force?
Where is the failure?
Which part is weak?
Need to modify design?
Position/ Displacement
Velocity
Acceleration
Reaction forces
Trace curves
Stress
Deformation
Frequency
Life
Etc. Etc. Etc.
Creo Simulate
Behavioral Modeling

11. Creo for Analyst…MDX, MDO and BMX

12. Creo for Analyst…Simulate
Structural Analysis of Spare Wheel Bracket

13. Creo for Analyst….A handy validating friend everywhere
Environment
Design/ Engineering Department
Research & Design Department
FEA (Durability)
Department
Large/ Heavy Industries
Need Awareness
Possess
Knowledge
Must
Required
Medium and Small Scale Industries -
Engineering Service Organizations
Non-Core Mechanical companies
Educational Institutes

14. Creo for Production Engineers
A advanced level course for manufacturing environment
Part Modeling
Assembly Modeling
Mold Design
Manufacturing

15. Role of Creo for Production Engineer
To extract core cavity and use that for generating machining sequence
Tool Rooms
All Mold Creation
All Casting
Manufacturing
Creating milling sequence
Creating turning sequence
Hole making

16. Creo for Piping & Cabling Designers
A advanced level course for equipment piping & routing 3D cabling
Part Modeling
Assembly Modeling
Piping
Cabling

17. Role of Creo for Piping & Cabling Engineer
To route 3D pipe & Create Harness Design
Equipment Piping
Used in automotive industry
Process piping
Standardization
Cabling
3 D Harness creation
Nail board Diagram
Automotive
Consumer electronics

18. Academic Syllabus
Synchronizing Engineering Academic Syllabus along with PTC University Training
Creo for Design Engineers
Creo for Industrial Designers
Creo for Analyst
Creo for production Engineers
Creo for Piping and Cabling
3rd Sem
SOM
4th Sem
DOM-1
CAD, DOM-2
5th Sem
KOM, DOM,FEA
6th Sem
CAM, MP
Hydraulics
7th Sem
Piping Dgm
8th Sem
Elective
Machine Drawing
Engineering Analysis
Enhanced
Skillset
SOM-Strength of Materials
DOM-Design of Machine Elements
CAD-Computer Aided Design
KOM-Kinematics of Machines
DOM-Dynamics of Machines,
FEA-Finite Element Analysis,
CAM-Computer Aided Manufacturing
MP-Manufacturing Process