Overview
Simulation-driven design is key to accelerating product development cycles and tackling increasingly complex engineering challenges. However, many engineers remain constrained by workstation-based environments, which limit model scalability, computational throughput, and overall engineering productivity.
This webinar will explore how high-performance computing (HPC) clusters address these limitations by significantly reducing solver runtimes, enabling larger and higher-fidelity models, and delivering deeper design insights.
Participants will gain insights into the business case for clusters and the benefits of performance scaling and will learn practical strategies for migration from workstations. The session will also feature real-world case studies demonstrating the tangible benefits of HPC adoptions in Ansys CAE environments.
What Attendees Will Learn
- Learn how workstations limit engineering productivity and put product timelines at risk
- Get data on the cost and efficiency advantages of cluster computing for advanced simulation
- Identify how HPC clusters mitigate solver bottlenecks, enabling faster solutions and more comprehensive design exploration
- Understand the options for switching to a high-performance cluster environment
- Apply best practices for assessing and implementing commercial HPC solutions tailored to Ansys CAE workloads
Who Should Attend and Why
- CAE engineers
- Engineering IT decision-makers
- LOB leaders
Speaker
- Wim Slagter, Senior Director, Partner Programs, Ansys
- Tony DeVarco, Director, HPC/AI and Manufacturing Vertical, HPE
- Rick Knoechel, Global Strategy Lead – Automotive & Discrete Mfg, AMD
Date / Time:November 6, 2025
11 AM EST
Venue:Virtual
- Cost:
No reviews available for this learning resource.
