CATIA

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About Course

Unlock your career potential with Vidhun LEarnify’s 2-Month CATIA Training Program with 4 Live Classes & a Doubt session Every Week. Gain Hands-On Experience with Real-World Projects, Mentorship From Industry Experts, & invaluable insights into the latest industry trends.

In today’s Engineering landscape, companies are looking for professionals who can handle 3D modeling, simulation, & analysis. CATIA Expertise Is An Important Skillset That Can Open Doors To Exciting Career Opportunities In Aerospace, Automotive, & Industrial Equipment Manufacturing.

By mastering CATIA, you’ll be able to design, analyze, & simulate complex products & systems, making you a valuable asset to any organization.

Upon completion, receive Multiple Certifications & A Guaranteed Internship At Our Partner Companies. Our program is designed to bridge the gap between academia & industry, ensuring you’re job-ready for success in the field of engineering & product design.

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What Will You Learn?

  • Understanding of CATIA's structural analysis & design capabilities
  • Proficiency in CATIA software for structural modeling & analysis
  • Skills in load analysis, design code compliance, & optimization
  • Ability to evaluate performance & create documentation & reports using CATIA

Course Content

WEEK- 1
Getting Started with CATIA & Sketcher Workbench Mastering 2D sketching Understanding geometric and dimensional constraints

WEEK- 2
Basic and Advanced 3D Modeling Mastering basic modeling tools (Pad, Pocket, Extrude, Revolve) Advanced modeling tools (Rib, Slot, Stiffener, Boolean operations)

WEEK- 3
3D Wireframe & Surface Design Creating & editing splines & 3D curves Mastering surface design (extruded surfaces, revolved surfaces, offset surfaces)

WEEK- 4
Assembly Design and Drafting Workbench Creating assemblies and defining part relationships Generating 2D production drawings Understanding assembly constraints and clash detection Projects Mini Project 1: Design a Mechanical Part (Cylinder) Capstone Project 2: Design, Assemble, & Draft a Mechanical Vice

WEEK- 5
Advanced Surface Design & Complex Modeling Advanced surface design concepts Generative Shape Design (GSD) workbench Parametric surface design

WEEK- 6
Advanced part design techniques Feature-based design approach Advanced assembly design & management

WEEK- 7
Digital Mockup (DMU) kinematics & motion analysis Stress analysis & Finite Element Analysis (FEA) Rendering & visualization techniques

WEEK- 8
Projects Design and assembly of a mechanical component (e.g., gearbox, engine part, robotic arm) Product design from concept to finish (e.g., consumer product, appliance, or automotive part)

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