This course delves into the principles of plastic component design for automotive applications, focusing on material selection, manufacturability, and design for durability using CATIA V5. Hands-on exercises cover 3D modeling, surface design, and assembly techniques.

This course covers the design and development of sheet metal components for vehicles, emphasizing manufacturability using Siemens NX CAD or CATIA V5 tools.

Learn the principles of fixture design for Automotive Body-in-White (BIW) assembly. Topics include design for manufacturability, structural integrity, and automation integration, enhanced through real-world projects and case studies.

A comprehensive course on GD&T design using NX-CAD Software. Learn fundamental principles including symbols, rules, and application techniques that ensure effective communication of design specifications. Covers creating and interpreting GD&T annotations, defining tolerances, and understanding their impact on manufacturing.

Develop the skills required for mechanical CAD design of wiring harness routing for automotive applications. Understand design approach, standards and guidelines, industry approach and regulations with hands-on experience on CATIA V5.

This course covers meshing fundamentals: identifying geometry, choosing elements, and meeting quality criteria. Also covers post-meshing connections, Batch Meshing, Casting and Align Manager extensively.

A comprehensive course covering the working and optimizing of Explicit and Implicit solvers. Later part covers Material modeling and Crash & Safety simulations.

Understand crash physics and how crash simulations are done using FEA. Covers crash regulations and vehicle safety ratings comprehensively.

An in-depth understanding of tolerance stack-up analysis, focusing on dimensional and geometric tolerances. Emphasizes analytical methods, statistical approaches, and software tools for evaluating assembly performance.

Comprehensive understanding of product benchmarking and cost estimation – critical pillars of new product development (NPD) and value engineering. Includes real-world teardown examples and competitive analysis exercises.

Development of styling surfaces for new cars and concept models used to develop production-ready vehicles. Class A surfaces are utilized to develop automotive components like Trims and BIW components.

Deepen your understanding of engineering principles while optimizing designs for efficient manufacturing processes.

Understand the techniques and processes for forming sheet metal and welding, crucial for mechanical manufacturing.