CATIA Course at CAD Infield – Industry-Oriented & Job-Focused Training

At CAD Infield Technologies Pune, we offer a professionally designed CATIA training program developed by industry experts with 18+ years of real-world experience. This course is structured to meet current automotive, aerospace, and product design industry standards, making students job-ready from day one.

Our CATIA syllabus is not just software training—it is a complete design methodology program that focuses on design intent, parametric modeling, industry best practices, and real project implementation.

Why Learn CATIA at CAD Infield?

CATIA is one of the most powerful CAD/CAE software tools used by leading companies like BMW, Airbus, Boeing, Tata Motors, Mahindra, and Dassault Systèmes. At CAD Infield, we go beyond basic commands and focus on how CATIA is actually used in the industry.

✔ Industry-oriented CATIA syllabus
✔ Practical, project-based learning approach
✔ Training by certified and experienced professionals
✔ Focus on automotive & product design applications
✔ Ideal for students, freshers, and working professionals

CATIA Course Syllabus – CAD Infield Technologies

Let’s Play with CAD | Design • Validate • Deliver

This CATIA syllabus is structured to develop design engineers, not just software users. It covers Part Design, Advanced Surfacing, Structural Design, Assemblies, and Manufacturing-ready drawings, aligned with automotive & product development workflows.

🔹 Module 1: CATIA Overview & Engineering Design Basics

• CATIA V5 interface & workbench structure

• Engineering design workflow in industry

• Importance of design intent & parametric modeling

• CAD Infield design standards & best practices

🔹 Module 2: Sketcher Workbench (Strong Design Foundation)

• Geometrical & dimensional constraints

• Fully constrained sketches (industry approach)

• Sketch analysis & error prevention

• Robust sketch techniques for complex parts

🎯 Foundation for stable surfacing & structural models

🔹 Module 3: Part Design Workbench (Solid Modeling)

• Pad, Pocket, Shaft, Groove

• Fillet, Chamfer, Draft, Shell

• Rib, Slot, Hole & Pattern features

• Boolean operations

• Parent–child relationship & model tree control

🔹 Module 4: Advanced Solid & Structural Modeling

• Multi-body modeling strategies

• Structural components modeling concepts

• Rib & reinforcement design philosophy

• Thickness control & manufacturability

• Parametric & design table driven parts

🎯 Used in BIW, plastic & load-bearing components

🔹 Module 5: Advanced Surfacing – Class-A & Engineering Surfaces

• Wireframe & Surface Design workbench

• Sweep, Multi-section surface, Fill, Blend

• Surface continuity (G0, G1, G2 concepts)

• Surface trimming, extrapolation & healing

• Surface analysis tools (Curvature, Zebra, Draft)

🎯 Essential for automotive & product styling parts

🔹 Module 6: Surface to Solid & Hybrid Modeling

• Surface-based solid creation

• Thick surface & closed surface modeling

• Hybrid modeling techniques

• Plastic part surfacing approach

• Design changes without model failure

🔹 Module 7: Structural Design Methodology (Industry Focus)

• Structural design philosophy

• Load paths & reinforcement strategy

• Rib, boss, gusset & support modeling

• Structural integrity vs weight optimization

• Design for strength & stiffness (concept level)

🎯 Foundation for BIW, machine & product structures

🔹 Module 8: Assembly Design Workbench

• Bottom-up & Top-down assemblies

• Assembly constraints & best practices

• Mechanism basics

• Clash, clearance & interference analysis

• Large assembly handling techniques

🔹 Module 9: Drafting & Manufacturing Documentation

• Engineering drawing standards (ISO / ASME)

• Part & assembly drawings

• GD&T fundamentals

• Sectioning, detailing & annotations

• BOM generation

🔹 Module 10: Industry Case Studies & Design Standards

• Automotive component case study

• Structural component design review

• Surfaced component review

• Design validation checklist

• Common industry mistakes & corrections

🔹 Module 11: Capstone Project (Industry-Level)

• Advanced surfacing project OR structural design project

• Part + Assembly + Drawing deliverables

• Design review as per industry standards

• Interview-oriented project explanation

🔹 Module 12: Career & Interview Readiness

• CATIA roles in automotive & manufacturing

• Interview questions (design + surfacing)

• Portfolio & resume guidance

• Industry expectations for freshers

✅ Why CAD Infield CATIA Syllabus Stands Out

✔ Covers Advanced Surfacing + Structural Design
✔ Focus on design intent & engineering logic
✔ Industry-ready projects
✔ Ideal for Automotive, Product & Mechanical Engineers
✔ Trained by experienced industry professionals