This End-to-End Automotive BIW (Body in White) Design Training Program is a comprehensive, industry-focused course designed to provide practical expertise in automotive body structure development using CATIA V5.
Body in White (BIW) design is one of the most critical domains in automotive product development. It involves structural engineering, sheet metal design, manufacturing feasibility, reinforcement strategy, and compliance with automotive standards. This course is structured to help you understand not only how to model BIW components, but also why specific engineering decisions are made during real vehicle development programs.
Throughout this program, you will work on complete BIW development projects that simulate real-world automotive workflows. You will learn how to develop inner and outer panels, apply emboss strategies for stiffness improvement, design reinforcement components, understand hemming principles, and implement proper mounting techniques based on industry standards.
Special emphasis is placed on:
- Automotive sheet metal design rules
- Structural strengthening concepts
- Design for manufacturability (DFM)
- Industry-standard modeling practices
- Practical CAD implementation in CATIA V5
This is not a theoretical course. Every concept is demonstrated through practical CAD modeling so that you build confidence in handling real automotive design tasks.
The course is carefully structured to help mechanical engineering students, CAD designers, and automotive professionals bridge the gap between academic knowledge and industry requirements. By completing this program, you will develop the technical foundation required to work in BIW design teams within automotive OEMs and Tier-1 suppliers.
If your goal is to build a strong career in automotive body engineering, enhance your CAD modeling skills, and gain hands-on project experience aligned with real industry expectations, this training program is designed for you.
This course will help you move from basic CAD knowledge to structured, professional-level BIW design understanding.
