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Course Content

SolidWorks

SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering(CAE) software program that runs on Microsoft Windows. SolidWorks is currently used by over 2 million engineers and designers at more than 165,000 companies worldwide. SOLIDWORKS 3D CAD software delivers powerful design functionality with the intuitive SOLIDWORKS user interface to speed your design process and make you instantly productive.

* Note:The Number of Project will be Covered According to the Duration of that particular Program.
All training modules are based on REAL TIME LIVE PROJECTS.

Duration: 7 / 15 Days
Fees: (7 Days) Rs . 5,500/- inclusive of all taxes.
                            Group discounts available.

         (15 Days) Rs . 8,500/- inclusive of all taxes.
                           Group discounts available.

 


Course Highlights:
 Basic Understanding of Product Design and its Stages
 Introduction to CAD, CAM and CAE
 Basic start-up module, which trains designers and engineers to use SolidWorks as
their primary CAD tool.
 Developing design intent with 3D feature-based parametric solid modelling for part design.
 Static analysis of parts to get the stress and deformation patterns.

Course Break-Up:

Theory: 16 hours
Practical: 17 hours

Note : Everything will be covered upto advanced level and training will be provided with the help of Official Technical User Manual of Solidworks.

Theory sessions:-

The class would include the theory sessions of engineering basics wherever required for the efficient understanding of this course, which includes:-
  a) Basics of Engineering drawings 
  b) Basics if CADD, CAM and CAE
  c) Applications of Solidworks in industries
  d) Conversion of 2D to 3D
  e) Feature Based Modelling
  f) Workbenches of Solidworks
  g) Stress, Strain, FOS & their analysis
  h) Design optimization
  i) Understanding CAE
  j) Definition of Problems
  k) Real world problems of FEM
  l) Understanding Mechanical properties and physical significance
  m) Understanding variables of Thermal analysis
Course Highlights:
 Basic Understanding of Product Design and its Stages
 Introduction to CAD, CAM and CAE
 Basic start-up module, which trains designers and engineers to use SolidWorks as their primary CAD tool.
 Developing design intent with 3D feature-based parametric solid modelling for part design.
 Static analysis of parts to get the stress and deformation patterns.
 Basics of FEM and Meshing
 Stages of Analysis- Pre-Processor, Solution and Post-Processor
 Model the parts in ANSYS and its analysis
 Result analysis and its presentation
 Results comparison of same part analysed in CATIA and ANSYS

Course Break-Up:
Theory: 24 hours
Practical: 24 hours

Theory sessions:-
The class would include the theory sessions of engineering basics wherever required for the efficient understanding of this course, which includes:-
  a) Basics of Engineering drawings
  b) Stress, Strain, FOS & their analysis
  c) Design optimization
  d) Basics of fluid flow.
  e) Understanding CAE and its application
  f) Definition of Problems
  g) Real world problems of FEM
  h) Understanding Mechanical properties and physical significance
  i) Understanding variables of Thermal analysis

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