Aerospace Catia Training

SUMIT SUMAN

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Aerospace Catia Training
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This Aerospace CATIA Training is designed to build strong practical modeling and design skills using CATIA, aligned with real-world aerospace engineering workflows. The training focuses on aircraft structures, design intent, and OEM best practices widely used across airlines, MROs, and aerospace manufacturers.

What You Will Learn

  1. Introduction to CATIA interface & aerospace workbench standards
  2. Sketcher, Part Design & Assembly Design (Aerospace approach)
  3. Surface Design (GSD) for aircraft components
  4. Sheet Metal Design for aerospace structures
  5. Creating ribs, spars, frames, brackets & fittings
  6. Aerospace fasteners, hole patterns & tolerancing basics
  7. Drawing generation as per aerospace standards
  8. Design methodology followed by OEMs & Tier-1 suppliers

Industry-Oriented Coverage

  1. Aircraft structural components modeling
  2. Design intent & parametric modeling
  3. Assembly constraints & structure hierarchy
  4. Interface understanding with Stress, SRM & Manufacturing teams
  5. Best practices used in global aerospace programs

Who This Training Is For

  1. Aerospace & Aeronautical Engineering students
  2. Freshers entering aircraft design roles
  3. Design / Structures / Manufacturing Engineers
  4. MRO and Maintenance professionals
  5. Professionals switching to aerospace domain

Tools & Standards

  1. CATIA V5 (Aerospace-focused modules)
  2. Basic GD&T concepts
  3. Aerospace documentation & design philosophy
  4. Overview of OEM workflows followed by companies using solutions from Dassault Systèmes

Career Benefits

  1. Builds job-ready aerospace CAD skills
  2. Improves chances in Design & Structures Engineering roles
  3. Strong foundation for SRM, Stress, and Manufacturing teams
  4. Suitable for Airlines, MROs, OEMs & Tier-1 suppliers

Training Outcome

After completing this training, participants will be able to independently create, modify, and interpret aerospace CAD models with a clear understanding of design intent, standards, and industry expectations.

4,000