No.1 Placement Experts

 Essential skill for careers in aerospace, automotive, and advanced product design.

 Strong demand for CATIA-trained professionals across industries.

 Builds a foundation for advanced digital engineering and PLM practices.

 Multidisciplinary Platform – Supports mechanical design, surface modeling, electrical, systems engineering, and manufacturing.

 Advanced Surface Modeling – Ideal for automotive body design, aircraft structures, and ergonomic products.

 Parametric & Feature-Based Modeling – Ensures design intent and easy modifications.

 Collaboration-Ready – Integrates with PLM (Product Lifecycle Management) systems for teamwork and data management.

 Industry-Proven – Used by global leaders like Boeing, Airbus, BMW, and Toyota.

Aerospace & Defense

 Design and simulation of aircraft structures, fuselage, wings, and interiors.

 Stress, thermal, and kinematic analysis for performance and safety.

Automotive Industry

 Car body design, interiors, chassis, and complex surfacing.

 Sheet metal, welding, and assembly workflows for manufacturing.

Industrial Equipment & Machinery

 Robotics, heavy machinery, and tooling design.

 Large assembly management and kinematic simulation.

Consumer Products & Electronics

 Ergonomic surface modeling for appliances, gadgets, and packaging.

 Miniaturized part design and assembly validation.

Medical & Healthcare

 Prosthetics, surgical instruments, and medical equipment.

 Precision design with advanced surfacing and analysis.

Shipbuilding & Marine

 Hull design, complex structures, and large assembly handling.

 Integration of systems (electrical, mechanical, and fluid).

Manufacturing & Additive Processes

 CAM integration for machining and tooling design.

 Support for additive manufacturing (3D printing) workflows.

By the end of learning Catia, learners will be able to:

 Create and constrain 2D sketches using CATIA’s Sketcher module with geometric and dimensional constraints.

 Develop 3D solid models using Part Design tools such as pad, pocket, shaft, rib, slot, and patterns.

 Apply surface modeling tools to design complex freeform shapes and aesthetic product forms.

 Design sheet metal parts with bends, flanges, hems, and generate flat patterns for fabrication.

 Build assemblies by positioning and constraining components, checking for clashes, and creating exploded views.

 Generate detailed 2D engineering drawings with dimensions, tolerances, GD&T symbols, and BOM.

 Use generative shape design and wireframe tools to create advanced surface and hybrid models.

 Simulate and analyze product performance through kinematic studies and stress/thermal validation.

 Prepare designs for manufacturing including machining, tooling, and additive processes.

 Apply industry-standard CAD practices and build readiness for careers in aerospace, automotive, and product design industries.