Skills Gained:

• Computer-Aided Design (CAD)

• Autodesk

• Manufacturing Processes

• Sustainable Design

Skills Gained:

• Computer-Aided Design (CAD)

• Mechanical Design

• Manufacturing Processes

• Sustainable Design

Skills Gained:

• Computer-Aided Design (CAD)

• Autodesk

• 3d modeling

• Autocad

Skills Gained:

• Design Conceptualization

• 2D Sketch to 3D Solid Model

• Generative Design

• Rendering

Skills Gained:

• Design optimization

• Design validation

• Assembly Motion

• Static Simulation

Skills Gained:

• Drone Design

Learnings:

• Types of plastics used in automotive applications.

• Manufacturing processes like injection molding.

• CATIA basics and advanced surface design techniques.

• Mold design and tooling feasibility considerations.

Skills Gained:

• Proficiency in CATIA V5 for automotive plastic design.

• Knowledge of plastic material selection and manufacturing.

• Expertise in part design and advanced surface modeling.

• Ability to conduct tooling analysis and create mold designs.

Key Learnings:

• Learn the core principles and constraints for automotive sheet metal design in NX CAD.

• Master techniques for creating 3D parts with bends, flanges, and cuts.

• Understand material selection and optimize designs for performance and cost.

• Use simulation tools to analyze part behavior under stress.

Skills Gained:

• Become proficient in using NX CAD for automotive sheet metal design.

• Apply DFM principles for practical design.

• Conduct simulations to test part durability.

• Refine designs for cost efficiency and quality manufacturing