Mechanical Engineering Interview Questions | Tools Used for Patching Surfaces in CATIA | Video 57

In automotive design, achieving perfect surface continuity is a must. Uneven or broken surfaces can ruin manufacturability and visual appeal. In this video, we’ll guide you through the essential tools and steps for surface patching in CATIA — a core skill every design engineer must master.

What You’ll Learn in This Episode:
✅ Why is Surface Patching Important in Automotive Design?
Understand how broken or free edges affect aesthetics, aerodynamics, and tooling quality.
✅ Key Surface Patching Tools in CATIA
Explore tools like Multi-Section Surface, Fill, Healing, and Blend Surface used in Class-A surfacing.
✅ Step-by-Step Patching Process in CATIA
A practical walkthrough on detecting gaps and filling them with the right tool selection and parameters.
✅ Best Practices for Surface Patching in CATIA
Learn how to avoid ripples, maintain curvature continuity, and improve patch quality for downstream use.

🧠 Why This Topic Matters in Mechanical Engineering Interviews
Surface patching reflects your attention to design detail and tooling feasibility. Interviewers at OEMs & suppliers often assess your surfacing know-how, especially when working with exterior or interior trims.

🎓 Upgrade Your Design Skills with Skill-Lync
🔗 Learn More: https://bit.ly/3SK9vUP
📞 Contact Us: +91-9342691281

📌 Subscribe for real-world design walkthroughs and engineering career boosters!

#MechanicalEngineeringInterviewQuestions #CATIATraining #SurfacePatching #AutomotiveDesign #SkillLync #ProductDesignEngineer #mechanicalcad