Design Tools Knowledge for New Age Engineers

Jayesh MhatreShivaprakash MSConsultant

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Piping & Cabling Designers

Production Engineer

AnalystIndustrial Designers

Creo 2.0 Curriculum

Design Engineers

• 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• Detailing (Drawing)• Basic Assembly Creation• Sheetmetal Design• Adv Solid Part Modeling• Adv Assembly Design• Flexible Modeling

• Fundamentals• Basic Solid Part Modeling• Basic Assembly Creation• Moldesign Fundamentals• Core Cavity Extraction• Manufacturing Fundamentals• 3-Axis Milling

• Fundamentals• Basic Solid Part Modeling• Basic Assembly Creation• Piping & Cabling

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• Part Modeling

Creo for Design Engineers

A basic course for entry level engineer to know 3-D solid Modeling

• Advanced Part Modeling

• Basic Assembly

• Advanced Assembly

• Sheetmetal Design

• Detailing Design

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Creo for Design Engineers

Use of different modules in different scenarios

Part 60%

Assembly10%

Drawing20%

Sheetmetal10%

Design

Basic Features

85%

Ad-vanced Feature

15%

Part Modelling

Basic Assem-

bly90%

Advanced Assembly

10%

Assembly Modelling

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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. 

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Creo for Industrial Designers

Any Combinations of Surface, Direct and Freeform is utilized to generate ID.

Surface Modeling

Direct Modeling

Freeform Modeling

Ergonomics Freehand Sketch Art and Aesthetic

Surface classes Editing surface/quilt

Ideation Concept model Design and

Development

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Required capabilities

Ideation and Conceptualization.

Ergonomics

Freehand sketching

Art & Aesthetics

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Required capabilities

Surface Modeling

Direct Modeling

Styling

Prototype Design and Development

Interlinking various formats of ID

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In corridor….

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Creo for Analyst

Engineering Analysis…..a prerequisite for New-Age-Engineer

• Position/

Displacement

• Velocity

• Acceleration

• Reaction forces

• Trace curves

• Stress

• Deformation

• Frequency

• Life

• Etc. Etc. Etc.

• What is the Maximum height?

• How much force?

• Where is the failure?

• Which part is weak?

• Need to modify design?

Mechanism SimulationMechanism Design

Creo SimulateBehavioral Modeling

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Creo for Analyst…MDX, MDO and BMX

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Creo for Analyst…Simulate

Structural Analysis of Spare Wheel Bracket

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Creo for Analyst….A handy validating friend everywhere

EnvironmentDesign/

Engineering Department

Research & Design

Department

FEA (Durability)Department

Large/ Heavy IndustriesNeed

AwarenessPossess

KnowledgeMust

Required

Medium and Small Scale Industries

PossessKnowledge

Must Required

-

Engineering Service Organizations

PossessKnowledge

-Must

Required

Non-Core Mechanical companies

PossessKnowledge

Must Required

Must Required

Educational InstitutesMust

RequiredMust

Required-

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• Part Modeling

• Assembly Modeling

Creo for Production Engineers

A advanced level course for manufacturing environment

• Mold Design • Manufacturing

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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

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• Part Modeling

• Assembly Modeling

Creo for Piping & Cabling Designers

A advanced level course for equipment piping & routing 3D cabling

• Cabling• Piping

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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

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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

EnhancedSkillset

• 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