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Course Overview

Primark Infotech is a multi faceted services Organization that provides Business Consulting, Training and consulting services. We provide not only training; we make them efficient in the area which they choose their carrier. We make them proficient and happy with Primark.
Primark Infotech adopts an empirical approach in IT training (Class room and online). Primark Infotech offers incisive and insightful training in a range of platforms and in demanded technologies. The ability of offering training is not restricted to some particular area, means we cover all parts of the world. We have unprecedented number of students from USA, UK, Canada and other major countries in the world. We are aiming to cross the barriers with our reliable services to Australia, South Africa and other major countries in the world, for the growth of IT.

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Course Description

INTRODUCTION TO ENGINEERING CONCEPTS

• CATIA WORKBENCHES
• i) SKECTHER
• ii) PART DESIGN
• iii) ASSEMBLY DESIGN
• iv) DRAFTING
• v) WIREFRAME AND SURFACE DESIGN
• vi) GENERATIVE SHAPE DESIGN

 

 

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Topics Covered

INTRODUCTION TO ENGINEERING CONCEPTS

1) Engineering drawing basics

2) Manufacturing Processes

3) Basic GD&T

CATIA WORKBENCHES

i) SKECTHER

1. Geometry creation

2. Constraining geometry

3. Different types of constraints

4. Different profiles creation

5. Sketch Analysis

6. Using parameters and formulas in sketcher

ii) PART DESIGN

1. Sketch based Features

2. Dress up features

3. Transformation features

4. Boolean Operations

5. Parametric modeling

6. Surface based features

iii) ASSEMBLY DESIGN

1. Creation of product and components

2. Assembly constrains

3. Patterns in assembly

4. Multi Instances in assembly

5. Flush and Gap Analysis

6. Clash analysis and draft analysis.

iv) DRAFTING

1. Generative Drafting

2. Interactive Drafting

3. views generation

4. creating drawing as per industry standards

5. Dimensioning & Detailing of parts and assemblies

v) WIREFRAME AND SURFACE DESIGN

1. Creation of 3D entities

2. Wire frame modeling

3. Basic surface operations

vi) GENERATIVE SHAPE DESIGN

1. Advanced surface creations

2. Sweep

3. Multisection surface options

4. Transformation features

5. Parametric surface modeling