summarized all important and required information for all designers how belongs to Automobile and mechanical engineering. we consist software for drafting, modeling, analysis etc. selection of material, prototyping & design posses.

1. Design expert
Industrial Training / software services / design consultant

2. CAD/CAM/CAE
• Computer Aided Drafting & Design
Projection, dimension, scale factor, GD&T
Modeling, assembly, mechanism, ergonomics.
• Computer Aided Manufacturing
CNC Programing [3D program], HMC, VMC, 3Axis to 5Axis.
• Computer Aided Engineering
Analysis, finite element method, crash test analysis, stress analysis, CFD.

3. Diploma Courses
Automotive

4. Product Design

5. HVAC

6. FIRST STEP FOR DESIGN
• UNITS
• Unit conversion
• MATERIAL
• Grades
• Requirement
• BASIC ENGINEERING

7. CAD (computer aided design )
• Drafting / design difference
• What we study in ED & MDD
• Actual Use in industries

8. Drafting
• Sheet size
• Scale factor
• Line and coordination
• Angle of projection
• Orthographic view (Isometric)
• Section
• Detailing
• Development (sheet metal)
• Annotation ( Basic dimension)

9. SHEET SIZE

10. ANGLE OF PROJECTION

11. ORTHOGRPHIC VIEW PLACMENT

12. SECTION

13. Sheet Development

14. GD&T
• What is GD&T ?
• Where is it use ?
• What is roll in industry ?
• Symbol and operations
• Difference b/w GD&T and basic
dimension
• Difference b/w production and
engineering drawing.

16. Design
• Part modeling
• Sheet metaling
• Surface modeling
• Mold design
• Welding
• Assembly
• Motion analysis
• Mechanism and animation

17. Part modeling

18. Sheet metal

19. Surface modeling

20. Mold design

21. Assembly

22. Assembly & Mechanism

23. Gear Mechanism

24. Crank Mechanisn (slider)

25. CAM Mechanism

26. Mechanism (Miscellaneous )
• Geneva wheel • Ratchet

27. CAM (computer aided manufacturing)
• Type of manufacturing
• What is CNC ?
• MCS
(machinery coordination system)
• Operation of CNC
• What is G code M code ?
• How to apply on CNC Machin ?

28. CNC Operation

29. CAE (Computer-aided engineering)
• Analysis
• Finite element method / analysis FEA
• stress analysis
• Computational fluid dynamics CFD
• thermal and flow analysis
• Multibody dynamics MBD
• kinematics

30. Finite element method / analysis FEA
The finite element method (FEM) is a numerical method for
solving problems of engineering and mathematical physics. It
is also referred to as finite element analysis (FEA). Typical
problem areas of interest include structural analysis, heat
transfer, fluid flow, mass transport, and electromagnetic
potential. The analytical solution of these problems generally
require the solution to boundary value problems for partial
differential equations. The finite element method formulation
of the problem results in a system of algebraic equations.

31. meshing

32. Static Analysis

33. Computational fluid dynamic

34. Explicit Dynamic

35. Thermal Analysis

36. Theory class
• Unit system, drafting fundamental
• Industrial sheets And Geometric dimension and tolerance.
• Product planning process , identify opportunities. project pre planning.
• Design for die casting and injection molding die casting alloys , cycle,
die machining , assembly technique, injection molding process , cycle
and system.
• Introduction of composite material declination , classification, type of
material , characteristic and selection.
• Ergonomics and industrial design introduction, general approach to
the man and machine relationship, work station and position. expert
system for ergonomic design.

37. • Bill of material cost estimate, part detail, quantities.
• Rapid prototyping need for product development, survey for
application , prototyping process and machining .
• Just in time as a management Kai Zen system , concept of Indian
industries
• Reveres engineering process, principle
• Finite element analysis equation of equilibrium, stress-strain
relation, potential energy and equilibrium, boundary condition and von
misses stress.
• Meshing deferential equation for FEM, 1D, 2D and 3D problem,
trusses and beam,
• Dynamic analysis equation for motion for dynamic analysis, implicit
and explicit dynamic.
• CFD Navier stokes equations, Euler equation, flaunt and CFX solver.

38. Software specification
Company product CAD CAM CAE
Autodesk AutoCAD limited N/A N/A
PTC ProE/ Creo Available Available limited
Siemens Unigraphics Available Available limited
Desalt system Solidworks Available N/A limited
Desalt system CATIA Available Available limited
ANSYS Ansys limited N/A analysis

39. For More Details

40. THANK YOU