Catia Course in Delhi | Catia training institute in Delhi

Automotive Component Design - Engine Parts, Chassis, or Gear Systems

This project involves designing intricate automotive components using CATIA, focusing on engine parts, chassis frames, or gear systems. Participants start by creating 3D models of individual components such as pistons, crankshafts, and cylinder heads, ensuring accurate dimensions and tolerances. The chassis design requires structural integrity analysis to optimize material usage while maintaining safety standards. For gear systems, participants use CATIA’s kinematic simulation tools to analyze gear movements and ensure seamless mechanical interactions. The project also incorporates stress testing using Finite Element Analysis (FEA) to verify component durability under real-world conditions.

Aerospace Design - Wings, Fuselage, or Propulsion Systems

This project focuses on designing high-precision aerospace structures such as aircraft wings, fuselage, or propulsion systems. Participants start by understanding aerodynamic principles and material selection for lightweight, high-strength structures. Using CATIA’s surfacing tools, they create streamlined wing profiles optimized for lift and fuel efficiency. The fuselage design includes internal framework modeling and structural integrity testing to withstand air pressure variations. In propulsion system design, learners work on jet engine casings, turbine blades, and exhaust nozzles, ensuring optimal performance through fluid flow analysis. This project prepares participants for real-world aerospace design challenges.

Industrial Product Design - Consumer Products or Machinery

This project involves designing functional consumer products such as home appliances, electronic gadgets, or industrial machinery parts. Participants learn to create ergonomic product designs by implementing human-centered design principles. Using CATIA’s part modeling and assembly tools, they develop intricate components like casings, buttons, and connectors. For machinery parts, students work on detailed blueprints and 3D models of mechanical systems like conveyor belts, robotic arms, or hydraulic components. The project includes rendering and simulation to visualize the final product, ensuring design feasibility and efficiency.