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Programs Details

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CATIA FOR MECHANICAL DESIGN

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CATIA is a comprehensive product design software with advanced 3D visualization capabilities. It is widely embraced across various industries including manufacturing, automobile, and aerospace for its robust features such as surfacing, solid modeling, drawings, assemblies, fabrication, and analysis. The versatile nature of CATIA allows its application at different stages of the design process, ranging from ideation to iterative testing. Through its diverse workbenches or modules, CATIA accommodates the specific needs of industries, encompassing parts design, surface design, assembly, and sheet metal design along with applications in CNC.

 

Renowned for its intricate and precise designs, CATIA is continuously evolving to meet the complex requirements of CAD/CAM/CAE in the industrial landscape. Particularly in developing economies like India, there is a rising demand for proficient CATIA experts due to their significance in mechanical engineering, electrical engineering, system engineering, and fluid systems. Professionals proficient in CATIA are well-placed to undertake roles encompassing designing, engineering, machine development, equipment development, electrical wiring, 3D circuit board layout, piping design, and digital validation.

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Course Outcome

Upon completion of the course, learners will be able to:

1.      Use their visual skills to interpret and convey technical information through industrial drawings.

2.      Understand and apply graphical representation techniques using traditional metric geometry and descriptive geometry methods.

3.      Identify, interpret, and apply current standards for Industrial Technical Drawing.

4.      Understand computer-aided design applications for elaborating and utilizing graphical and technical information.

5.      Demonstrate proficiency with multiple drawing and modification commands in CATIA.

6.      Create three-dimensional solid models and assemblies using multiple solid models.

7.      Apply industry standards in the preparation of technical mechanical drawings.

8.      Build simulations of assemblies incorporating multiple solid models.

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