Join us for a complimentary Learn & Lunch Session on “Hands-on Training on Transforming EV Industry with Ansys”, designed for engineers, researchers, and professionals looking to explore the role of simulation in the rapidly evolving Electric Vehicle (EV) industry.
This interactive training session will provide participants with practical exposure to industry-leading Ansys solutions used for EV design, validation, and performance optimization. Through expert-led demonstrations, attendees will gain valuable insights into structural and thermal simulations that help engineers accelerate product development, improve reliability, and enhance vehicle performance.
The session will feature hands-on demonstrations using ANSYS Mechanical and ANSYS Icepak, showcasing real-world EV engineering applications such as chassis structural analysis and thermal cooling simulations for electronic components. Participants will also have the opportunity to engage with experts during an interactive discussion and Q&A session, making this an excellent platform for learning and knowledge sharing.
Training Agenda
Introduction to ANSYS Mechanical and ANSYS Icepak
Demonstration: Static Structural Analysis for EV Chassis
Demonstration: Thermal Cooling Simulation for Electronic Components in EV using Icepak
Technical Discussion and Interactive Q&A Session
What Attendees Will Learn
Fundamentals of simulation-driven engineering in the EV industry.
Introduction to ANSYS Mechanical and ANSYS Icepak workflows.
Best practices for structural analysis of electric vehicle components.
Techniques for evaluating chassis strength and performance using simulation.
Thermal management strategies for EV electronic systems.
Methods for performing cooling simulations using Ansys Icepak.
How virtual prototyping helps reduce development costs and design iterations.
Real-world applications of simulation in electric vehicle development.
Industry insights into current trends and challenges in EV engineering.
Practical guidance from experienced application engineers.
