Industry Oriented Program On CATIA V5 Sheet Metal Surfaces

Industry Oriented Program On CATIA V5 Sheet Metal & Surfaces, available at $19.99, has an average rating of 3.9, with 48 lectures, based on 39 reviews, and has 196 subscribers.

You will learn about CATIA V5 Sheet Metal and Surface Design Sheet Metal Fabrication Advanced Surface Design Surface Design Aerospace Applications Surface Design Automotive Applications Sheet Metal aerospace Applications Sheet metal Automotive Application Design Standards This course is ideal for individuals who are Aerospace Engineers or Automotive Engineers or Mechanical Engineers It is particularly useful for Aerospace Engineers or Automotive Engineers or Mechanical Engineers.

Enroll now: Industry Oriented Program On CATIA V5 Sheet Metal & Surfaces

Summary

Title: Industry Oriented Program On CATIA V5 Sheet Metal & Surfaces

Price: $19.99

Average Rating: 3.9

Number of Lectures: 48

Number of Published Lectures: 48

Number of Curriculum Items: 50

Number of Published Curriculum Objects: 50

Original Price: ?7,900

Quality Status: approved

Status: Live

What You Will Learn

CATIA V5

Sheet Metal and Surface Design

Sheet Metal Fabrication

Advanced Surface Design

Surface Design Aerospace Applications

Surface Design Automotive Applications

Sheet Metal aerospace Applications

Sheet metal Automotive Application

Design Standards

Who Should Attend

Aerospace Engineers

Automotive Engineers

Mechanical Engineers

Target Audiences

Aerospace Engineers

Automotive Engineers

Mechanical Engineers

Course Has been created to provide the CAD knowledge in the Industrial Level, This course has been created  exactly how the industry projects will be executed to produce Quality products to the Clients.

I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.

While Explaining the Sheet Metal and Surface Design Fabrication methods has been explained clearly and how a designer should adopt his design methods according to the Fabrication needs.

Course Curriculum

Sketching

1. About Catia

2. Catia Interface

3. Entering into Mechanical Design

4. Introduction to Sketcher Module

5. Entering into Sketcher Interface

6. Sketching Interface

7. Specification Tree

8. Mouse Controls

9. Profile Command

10. Rectangle and its types

11. Parallelogram

12. Elongated Hole

13. Cylindrical Elongated Hole

14. Key Hole Profile

15. Hexagon

16. Centered Rectangle

17. Centered Parallelogram

18. Circle and Types

19. Arcs and Types

20. Spline and Types

21. Conic Curves and Types

22. Line and Types

23. Point and Types

24. Corner

25. Chamfer

26. Trim

27. Break

28. Quick Trim

29. Close arc and Compliment

30. Mirror and Symmetry

31. Translate and Rotate

32. Scale and Offset

33. Dimensions and Types

34. Geometric Constrains

35. Animate Dimensions

36. Multi Dimension Edit

37. Sketching Practice

Sheet Metal Design

1. Introduction to Sheet Metal Design

2. Sheet Metal Parameters

3. Wall

4. Wall on Edge

5. Extrude

6. Flange

7. Hem

8. Tear Drop

9. User Flange

10. Cut Out

11. Hole

12. Round Slot

13. Bend

14. Flat

15. Bend from Flat

16. Emboss

17. Embossing types

18. Mirror

19. Pattern

20. Pattern Types

21. Canonical Hopper

22. Surface Hopper

23. Fillet

24. Chamfer

25. Flat

Surface Design

1. Introduction to Surfaces

2. Extrude

3. Revolve

4. Sphere

5. Cylinder

6. Offset

7. Sweep

8. Fill

9. Multi Section Surfaces

10. Blend

11. Join

12. Healing

13. Dissemble

14. Split

15. Trim

16. Boundary

17. Extract

18. Translate

19. Rotate

20. Symmetry

21. Scaling

22. Affinity

23. Extrapolate

24. Point

25. Line

26. Plane

27. Projection

28. Intersection

29. Curvature Analysis

30. Tracing

Course Curriculum

Chapter 1: Introduction to CATIA V5

Lecture 1: Introduction to CATIA V5

Chapter 2: SKETCHING

Lecture 1: Sketching Module and Introduction.

Lecture 2: Mouse Controls

Lecture 3: Profile Tools

Lecture 4: Profile Tools-01

Lecture 5: Operation Tools

Lecture 6: Operation Tools_01

Lecture 7: Dimensions and Geometric Constrains

Lecture 8: Multi Dimension Edit and Dimension Animation

Lecture 9: Sketch Practice_00

Lecture 10: Sketching Practice Manual

Chapter 3: Sheet Metal

Lecture 1: Introduction to Sheet Metal

Lecture 2: Setting Up Sheet Metal Parameters

Lecture 3: Base Wall and Wall on Edge

Lecture 4: Extrusion, Flange, Hem and Tear Drop

Lecture 5: User Defined Flange creation

Lecture 6: Different Type of Bending operations Available in CATIA

Lecture 7: Cut out and Circular Cut out

Lecture 8: Embosing

Lecture 9: Embosing-01

Lecture 10: Cananonic Hopper

Lecture 11: Surfacis Hopper

Lecture 12: Sheet Metal Practice_01

Lecture 13: Sheet Metal Practice_02

Lecture 14: Sheet Metal Practice_03

Lecture 15: Sheet Metal Practice_04

Lecture 16: Sheet Metal Practice Module

Chapter 4: Surface Design

Lecture 1: Introduction to Surface Design and Extude

Lecture 2: Revolve, Sphere and Cylinder

Lecture 3: Off Set Surface and Sweep

Lecture 4: Fill and Multi Section Surfaces

Lecture 5: Wing with Fill

Lecture 6: Blend Surface

Lecture 7: Disamble, Join and Split

Lecture 8: Trim, Scaling and Affinity

Chapter 5: Advanced Surface Design

Lecture 1: Extrapolate and Fillets and Types

Lecture 2: Bump and Wrap Curve

Lecture 3: Wrap Curve

Lecture 4: Wrap Surfaces

Lecture 5: Wrap Surfaces_01

Lecture 6: CATIA Surface Practice Module

Chapter 6: BIW Surface Design

Lecture 1: Junction

Lecture 2: Junction_01

Lecture 3: Diabolo

Lecture 4: Mating Flange

Lecture 5: Bead

Chapter 7: Complimentary Lecture

Lecture 1: Product Development Methods as per the Standards

Chapter 8: HCL Interview Questions Sheet Metal and Surface Design

Lecture 1: Interview Question and Answers

Instructors

Ravi Shankar Reddy Thammaneni
Team Lead at SEG Automotive (Bosch)

Rating Distribution

1 stars: 3 votes

2 stars: 3 votes

3 stars: 15 votes

4 stars: 8 votes

5 stars: 10 votes

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