Description:

Most cars are crash-tested at 64 km/h, but our highways run at 90–100 km/h — a real challenge that demands engineers who understand core structural design beyond just CAD.

This course mentors you to think, calculate, and design like an OEM-level Design Engineer — mastering the formulas, load paths, energy absorption, stiffness, and strength that make a chassis both light and safe.

You’ll learn not just how to model, but how to engineer the structure — understanding why each member exists, how loads travel, and how to optimize your design for safety, durability, and performance.

If you’ve ever felt stuck doing CAD work without understanding the “why” behind the design — this course is your turning point.

 What you will learn:

✅ Fundamentals of chassis structure and load paths
✅ Bending, torsion & crash load calculations
✅ Member selection, joint design, and stiffness tuning
✅ Crash energy absorption & deformation behavior
✅ Correlation between structure, material & performance
✅ Simplified formula-based design techniques for faster decision-making
✅ How OEMs approach chassis safety and structural optimization

Who Should Enroll

Mechanical, Automotive, and Design Engineers

Senior Design Engineers  who want to master chassis structural designProfessionals stuck in CAD/FEA roles who want to move into Core DesignAnyone aiming to understand the real engineering behind chassis systems

Why Join This Program

🚀 Industry-oriented — Designed from real OEM experience
🧠 Formula-based design approach — Build calculation confidence
🧾 Mentorship-driven — Learn how experts think and solve
🔧 Practical assignments & case examples
💼 Grow from CAD user → Design Engineer → Structural Specialist

Outcome

By the end of this course, you will:

Be able to calculate chassis strength and stiffness independently

Understand crash safety and structural design logic

Communicate your design intent with confidence in industry terms

Be ready for core mechanical or automotive design roles

 

✨ Engineering is not drawing — it’s solving.

Let’s build engineers who can design for 100 km/h real-world safety, not just 64 km/h lab tests.

👉 Enroll Now — and Start Designing with Real Engineering Logic!