Solid Works Industry Oriented Practice Modules
What you'll learn
- Solid Works
- Sketching Design
- Part Modelling
- Assembly Design
- Sheet Metal Design
- Drafting
- Design Standards
Requirements
- Solid Works Basics
- Engineering Basics
Description
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 Part Modelling and Drafting Manufacturing methods has been explained clearly and how a designer should adopt his design methods according to the manufacturer needs.
Apart from the Design for manufacturing and design for assembly this method of Designing can be followed to produce even automation works also
Who this course is for:
- Mechanical Engineers
- Aeronautical Engineers
- Aerospace Engineers
- Automotive Engineers
Instructor
- 3.8 Instructor Rating
- 366 Reviews
- 1,624 Students
- 15 Courses
Passionate Young Engineer Enthusiastic to Study and Understand New things and to Share The Knowledge with the World.
Have More than 5+yrs of Industrial Working and Research Knowledge on Various CAD and FEA Packages like Auto Cad, Catia V5, Solid Works, Uni Graphics and Ansys Structural and Fluid Dynamics.
Graduated in Aeronautical Engineering.
Worked in The Following Industries.
1. Wind Energy.
2. Aerospace Industries.
3. Oil and Gas Industries.
4. Automotive Industry.
Published Journals:-
1. CFD Analysis and calculation of variable parameters on Multi-linear combustion using Can Combustion.
2. Design and CFD Analysis of Multi-linear Combustion by using Can Combustion.
Ongoing Research Studies:-
1. Aero Elasticity on Wings and Turbine Blades.
2. Combustion in Gas Turbine Engines.
Areas Of Interest:-
Aero Engines.
Space Propulsion.
Hyper-sonic Aerodynamics.
Combustion Studies.
Computational Fluid Dynamics.