About Course
CATIA is a sought-after skill that is employed in mechanical design and other related jobs. This course is rising in demand because all industries use CAD designing, CAD manufacturing, etc. for various purposes. This software can help you create product models and assembly designs applicable in sectors like automobiles, aerospace, architecture, consumer goods, utilities, etc.
The best course is available at LearnVern, where the industry experts explain all its features in simple Hindi language. You can learn the concepts to become profession-ready and switch to high-salary jobs with no fuss.
What Are the Major Job Roles Related to CATIA Online Course and Salary Data
CATIA advanced tutorial from LearnVern offers the best material to prepare for various jobs in the top companies involved in product manufacturing and product R&D. The students can apply for the following job roles on completing CATIA online training. Annual salary data of these jobs is as under:
- CATIA Design Engineer: up to 4 lakhs
- Mechanical Design Engineer: up to 4.6 lakhs
- CAD Designer: up to 3.5 lakhs
- Product Design Engineer: up to 8 lakhs
- Sheet Metal Designer: up to 3 lakhs
What Will You Learn in CATIA Online Tutorial in Hindi
The online tutorial offers a complete knowledge of how to use this tool in computer-aided design engineering. This tutorial includes elaborately explained modules that include topics such as:
- CAD and CATIA Introduction
- Sketcher Module
- Sketch-Based Features
- Dress-Up Features
- Surface-Based Features
- Boolean Operations
- Transformation Features
- Reference Elements,
- Toolbars, etc.
All these modules offer end-to-end learning to students and help them go for higher posts in companies. Using the knowledge of CATIA, the learners can also work as independent product visualizers or produce an innovative line of models for their ventures.
Who Should Be Taking the CATIA Course Training From LearnVern?
CATIA course from LearnVern is designed to suit the learning needs of the design engineering professionals. The engineering students from the Mechanical, Aerospace and Automobile streams can benefit a lot from this course. Also, CAD professionals working in various industries can take this course to enrich their CAD skills. They can prove their candidature for higher posts in product designing fields by making portfolios and cracking interview questions by studying the modules of this online course.
Why is the LearnVern CATIA Course more Industry-Relevant?
CATIA Online Course from LearnVern complements the requirements of both pure learnings as well as work requirements. This course comprises modules that explain the basics of CATIA and CAD and walks the learners through all features’ basics. Thus, the students taking the course for learning purposes solely can benefit from these modules.
All other modules are explained to provide practical knowledge. The video tutorial provides learning the demonstration way and prepares the candidates to take designing jobs readily. With the help of examples, projects, and case studies, the learners gain expertise on how to use CATIA to create designs professionally.
Next Steps to Learning CATIA Online Course
CATIA Online Course offers the expertise needed to move to higher roles in product designing fields. The course makes the candidates more comfortable with time-relevant designing tools and helps them have the latest tools in hand.
Apart from making the career transition smooth and yielding, the course also helps gain comfort needed for doing other courses, such as:
- CREO Course
- AutoCAD Mechanical
- Solidworks
All these courses are also available at LearnVern for free. So you can join these courses and upgrade your skills to get better opportunities at work.
Why Choose LearnVern for CATIA Training?
LearnVern hires the best trainers with vast industrial experience to give students a clear overview of how to apply CATIA at work. The course at LearnVern comprises all features that create an in-classroom experience online. These features are a discussion board, quiz, assignment, projects, etc. With the quiz and assignments, the learners can ensure having acquired the skills to perfection.
The video tutorial from LearnVern can be revisited as many times as required. The students can access the tutorial on their mobile devices. They can control the pace of learning or visit only the parts they need to master repeatedly.
LearnVern awards the National Skill Development Certificate to students on completion of the course. It proves quite supportive of a rise in career.
The best learning support can give your career the much-needed boost. Join LearnVern to get access to the best trainers and course material with lifetime access. It can be your stepping stone to a stable career in the CAD designing field.
What Will You Learn?
- Understand CATIA interface, tools, and workspace navigation.
- Create accurate 2D sketches and convert them into 3D solid models.
- Design complex parts using parametric and feature-based modeling.
- Build assemblies and apply constraints for proper component positioning.
- Create detailed engineering drawings with dimensions and annotations.
- Learn advanced surface design and Generative Shape Design tools.
- Apply design intent and best practices used in industry projects.
- Work on real-world design exercises to strengthen hands-on skills.
- Develop professional CAD models suitable for engineering and manufacturing.
Course Content
Introduction to CATIA V5
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Introduction to CATIA V5
Getting Started with CATIA V5
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Installation of CATIA V5
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Introduction to CAD
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Parametric Modeling & Design Intent
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What is CATIA?
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User Interface of CATIA V5
Sketcher Module
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Types of Sketches in CATIA V5
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Sketch Status
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Profile and Sketch Tools in CATIA V5
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Predefined Profile Tools in CATIA V5
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Circle , Spline and Ellipse Tools in CATIA V5
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Line, Axis and Point Tools in CATIA V5
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Corner & Chamfer Operations in CATIA V5
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Relimitation Tools in CATIA V5
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Transformation Tools in CATIA V5
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Projecting 3D Elements in CATIA V5
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Selection Methods in CATIA V5
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Constraints Defined in a Dialog Box in CATIA V5
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Sketch Constraints in CATIA V5
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Fix Together, Animate Constraints and Edit Multi-Constraint in CATIA V5
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Sketching Exercise in CATIA V5 – 1
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Sketching Exercise in CATIA V5 – 2
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Sketching Exercise in CATIA V5 – 3
Sketch Based Features
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Pad and Pocket Command in CATIA V5
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Thin Pad Command in CATIA V5
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Drafted Filleted Pad and Pocket Command in CATIA V5
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Multi Pad and Pocket Command in CATIA V5
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Shaft and Groove Command in CATIA V5
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Hole Command in CATIA V5
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Thread Command in CATIA V5
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Rib and Slot Commands in CATIA V5
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Stiffener Command in CATIA V5
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Solid Combine Command in CATIA V5
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Multi Section Solid with Guide in CATIA V5
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Multi Section Solid Coupling Modes in CATIA V5
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Spine Command in CATIA V5
Dress Up Features
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Edge Fillet and Variable Fillet Feature in CATIA V5
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Face to Face and Tritangent Fillet Feature in CATIA V5
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Chamfer Feature in CATIA V5
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Shell Feature in CATIA V5
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Threads and Taps Feature in CATIA V5
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Remove Face & Replace Face Feature in CATIA V5
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Thickness Feature in CATIA V5
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Draft Angle Feature in CATIA V5
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Draft Reflect Line Feature in CATIA V5
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Variable Angle Draft Feature in CATIA V5
Surface Based Features
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Split and Thick Surface Features in CATIA V5
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Closed Surface and Sew Surface Features in CATIA V5
Boolean Operations
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Hybrid Designs, Multi-body and Geometrical Sets in CATIA V5
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Add, Remove and Intersect Boolean Operation in CATIA V5
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Assemble Boolean Operations in CATIA V5
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Union Trim Command in CATIA V5
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Remove Lump Command in CATIA V5
Transformation Features
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Translation, Rotation & Symmetry Features in CATIA V5
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Axis to Axis and Mirror Features in CATIA V5
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Rectangular Pattern in CATIA V5
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Circular Pattern Feature in CATIA V5
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User Pattern Feature in CATIA V5
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Scaling and Affinity Feature in CATIA V5
Reference Elements
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Reference Points in CATIA V5
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Reference Axis in CATIA V5
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Reference Plane in CATIA V5 Part-1
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Reference Plane in CATIA V5 Part-2
Toolbar
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Tools Toolbar in CATIA V5
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Measure Item Dialog Box in CATIA V5
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Data Exchange in CATIA V5
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Apply Material in CATIA V5
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Roller Support Assembly Part : Base Bracket
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Roller Support Assembly Part : Side Bracket
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Roller Support Assembly Part : Centering Pin
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Roller Support Assembly Part : Centering Spindle
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Roller Support Assembly Part : Bush
Assembly Module
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Introduction to Assembly Modeling in CATIA V5
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New Part and New Product Creation in Assembly Workbench of CATIA V5
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Replace, Reorder & Multiplication Operations in CATIA V5
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Fix, Coincident, Offset & Contact Constraint in CATIA V5
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Angle, Fix Together & Quick Constraint in CATIA V5
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Change Constraint & Reuse Pattern in CATIA V5
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Detecting Clashes in CATIA V5
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Sectioning in CATIA V5
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Move Command for Translation, Rotation & Position in CATIA V5
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Assembly Design Part Manipulation in CATIA V5
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Stop Manipulate on Clash Command in CATIA V5
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Exploded View of Assembly in CATIA V5
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Snap & Smart Move Tool in CATIA V5
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Enhanced Scene in CATIA V5
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Hole,Add and Remove Assembly Feature in CATIA V5
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Split and Pocket Assembly Feature in CATIA V5
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Assembly Symmetry in CATIA V5
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Exercise 1: Roller Support Assembly
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Exercise 2: Knuckle Joint Assembly
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Exercise 3: Plummer Block Assembly
Sheet Metal Design Module
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Introduction to Generative Sheet Metal Design in CATIA V5
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CATIA V5 Sheet Metal Parameters
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Sheet Metal Parameters : K-Factor
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CATIA V5 Sheet Metal Design: Flat Pattern
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CATIA V5 Sheet Metal Design: Wall
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CATIA V5 Sheet Metal Design: Wall on Edge
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CATIA V5 Sheet Metal Design: Extrusion
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CATIA V5 Sheet Metal Design: Flange
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CATIA V5 Sheet Metal Design: Hem & Tear Drop
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CATIA V5 Sheet Metal Design: User Flange
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CATIA V5 Sheet Metal Design: Bend
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CATIA V5 Sheet Metal Design: Bend From Flat
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CATIA V5 Sheet Metal Design: Folding & Unfolding
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CATIA V5 Sheet Metal Design: Rolled Walls
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CATIA V5 Sheet Metal Design: Hopper
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CATIA V5 Sheet Metal Design: Free From Surface
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CATIA V5 Sheet Metal Design: Cutout Part 1
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CATIA V5 Sheet Metal Design: Cutout Part 2
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CATIA V5 Sheet Metal Design: Hole & Circular Cutout
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CATIA V5 Sheet Metal Design: Corner Relief
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CATIA V5 Sheet Metal Design: Corner & Chamfer
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CATIA V5 Sheet Metal Design: Surface Stamp
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CATIA V5 Sheet Metal Design: Bead & Curve Stamp
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CATIA V5 Sheet Metal Design: Flanged Cutout & Louvre
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CATIA V5 Sheet Metal Design: Bridge, Flanged Hole & Circular Stamp
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CATIA V5 Sheet Metal Design: Stiffening Rib & Dowel
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CATIA V5 Sheet Metal Design: User Stamp
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CATIA V5 Sheet Metal Design: Recognize
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Sheet Metal Exercise 1: Flange
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Sheet Metal Exercise 2: Bracket
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Sheet Metal Exercise 3: Mounting
Surface Design Module
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Introduction to CATIA V5 Surface Design
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CATIA V5 Surface Design: Extrude & Revolve Command
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CATIA V5 Surface Design: Sphere & Cylinder Command
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CATIA V5 Surface Design: Offset Command
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CATIA V5 Surface Design: Multi Section Surface
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CATIA V5 Surface Design: Fill Surfaces
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CATIA V5 Surface Design: Blend
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CATIA V5 Surface Design: Join Operation
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CATIA V5 Surface Design: Heal Operation
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CATIA V5 Surface Design: Untrim & Disassemble Operation
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CATIA V5 Surface Design: Split Operation
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CATIA V5 Surface Design: Trim Operation
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CATIA V5 Surface Design: Boundary & Extract Operation
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CATIA V5 Surface Design: Transformation Operation
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CATIA V5 Surface Design: Extrapolate Operation
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CATIA V5 Surface Design: Point, Axis & Plane
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CATIA V5 Surface Design: Projection & Intersection
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CATIA V5 Surface Design: Circle
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CATIA V5 Surface Design: Corner and Connect Curve
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CATIA V5 Surface Design: Spline
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CATIA V5 Surface Design: Helix
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Surface Design Exercise in CATIA V5
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Surface Design Exercise in CATIA V5: Water Jug
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Surface Design Exercise in CATIA V5: Badminton Racket
Drafting Module
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First Angle Projection and Third Angle Projection
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Importance of Drafting in Manufacturing Process
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Introduction to Drafting Workbench in Catia V5
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CATIA V5 Drafting Workbench: Front View, Projected View & Isometric View
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CATIA V5 Drafting Workbench: Unfolded View & Auxiliary View
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CATIA V5 Drafting Workbench: Section View
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CATIA V5 Drafting Workbench: Detail View
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CATIA V5 Drafting Workbench: Clipping View
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CATIA V5 Drafting Workbench: Broken View
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CATIA V5 Drafting Workbench: Break-out View & 3D Clipping
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CATIA V5 Drafting Workbench: View Creation Wizard
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CATIA V5 Drafting Workbench: Dimensioning Toolbar
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CATIA V5 Drafting Workbench: Frame & Title Block
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CATIA V5 Drafting Workbench: Ballooning & Bill of Material
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CATIA V5 Drafting Workbench: Text Toolbar
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CATIA V5 Drafting Workbench: Tables
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CATIA V5 Drafting Workbench: Roughness Details
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CATIA V5 Drafting Workbench: Welding Details
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CATIA V5 Drafting Workbench: Dress-Up Elements
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Exercise 1: Drafting of Side Bracket
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Exercise 2: Drafting of Roller Support Assembly
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Exercise 3: Drafting of Sheet Metal Bracket
Industrial Project : 30Deg Single Cylinder Oscillating Steam Engine
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Steam Engine Part: Base Plate
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Steam Engine Part: Main Frame
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Steam Engine Part: Piston & Cylinder
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Steam Engine Part: Crank Shaft, Crank Pin and Crank Wheel
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Steam Engine Part: Flywheel
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Steam Engine Part: Air Hose Coupling
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Steam Engine Part: Spring Wire
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Steam Engine Assembly
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Steam Engine Assembly Drafting: Isometric View & Exploded View
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Steam Engine Assembly Drafting: General Assembly Drawing
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Steam Engine Part Drafting: Base Plate
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Steam Engine Part Drafting: Main Frame
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Steam Engine Part Drafting: Cylinder
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Steam Engine Part Drafting: Flywheel
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Steam Engine Part Drafting: Crank Shaft, Crank Pin and Crank Wheel
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Steam Engine Part Drafting: Piston, Air Hose Coupling, Spring Wire
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Save Drafting Files in PDF Format
Industrial Sheet Metal Project : CPS Stack Assembly
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Converting STEP File assembly to CATIA File
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CPS Stack Part Drafting: Rear CAP MTG Bracket
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CPS Stack Part Drafting: Air Guide
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CPS Stack Part Drafting: Heatsink Mounting Plate
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CPS Stack Part Drafting: CAP MTG Plate
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CPS Stack Part Drafting: Base Flange
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CPS Stack Assembly Drafting
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CPS Stack Part Modeling: Air Guide
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CPS Stack Part Modeling: Heatsink Mounting Plate
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CPS Stack Part Modeling: Plate
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CPS Stack Part Modeling: CAP MTG Plate
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CPS Stack Part Modeling: Base Flange
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CPS Stack Part Modeling: Stake Base Plate
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CPS Stack Assembly
Course Summary
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Course Summary