Ansys Discovery for Mobility Innovation: Faster Simulation and Smarter Designs

Join us for an insightful webinar on Ansys Discovery and explore how it transforms the way mobility engineers utilize simulation. From early-stage concept exploration to rapid design refinement, Ansys Discovery enables you to quickly test and optimize ideas using real-time 3D physics simulations. Whether you’re evaluating structural behaviour for automotive components, exploring lightweight drone designs, assessing thermal fluid performance, or iterating on geometry with intuitive direct modelling, Discovery helps you move from concept to clarity faster than ever. Designed for the pace of modern mobility development, Ansys Discovery empowers engineering teams to identify risks earlier, explore many more design alternatives, and reduce design iteration cycles—all within a single, interactive environment. This session will equip you with practical insights to enhance productivity, improve design confidence, and streamline your mobility engineering workflow.

What you will learn

• See how Ansys Discovery enables real-time structural analysis for quick evaluation of stresses, stiffness, and deformation during early design exploration.
• Explore how topology optimization supports lightweight, efficient structural concepts.
• Learn how Discovery provides early insight into thermal fluid and heat transfer behaviour.
• Experience how direct modelling accelerates design iteration and geometry updates.
• Understand how upfront simulation improves decision-making and shortens development cycles.

Who should attend

• Mechanical engineers
• Mobility design engineers (automotive, EV, aerospace, UAV, transportation)
• Structural analysts
• Thermal fluid engineers
• Lightweighting and topology optimization teams
• Design engineers seeking faster simulation guided concept evaluation

Ansys Discovery is designed to empower all engineers—no advanced simulation background needed. Its real-time Multiphysics environment enables fast insight, quick iteration, and informed decisions early in the mobility design process.

Speakers

• Devendra Badgujar