AI-First Engineering in Practice
Explore how simulation, data, AI and HPC come together to accelerate engineering and research.
Join Rescale for a practical workshop exploring how engineering teams can connect high-performance computing, simulation, engineering data, Agentic Engineering and AI Physics to accelerate development and research workflows.
COMING SOON
9:00 AM – 13:30 PM
Neuron Building TU Eindhoven University of Technology
Eindhoven, Netherlands
Agenda Highlights
HPC and Advanced Modelling & Simulation
Bring simulation and modelling workloads, engineering data and the compute resources they require together in a scalable environment, helping teams run more accessible and efficient development and research iterations.
Agentic Engineering
See how simulation-focused AI agents can support recurring engineering tasks and workflows, while keeping people in control at important decision points.
AI Physics
Explore how simulation, engineering data and AI can be combined to develop AI-based models and insights that accelerate simulations and make design iterations more efficient.
Agenda
Morning Programme
- 09:00–10:00 — HPC and AM&S
An introduction to the fundamentals of high-performance computing and Advanced Modelling & Simulation. We will briefly discuss how Rescale helps engineering teams bring simulation and modelling workloads, data and required compute together in a scalable environment, enabling faster and more accessible development and research iterations. - 10:00–10:15 — Coffee break
- 10:15–11:45 — Agentic Engineering
A session on how AI agents can support engineers with recurring tasks and engineering workflows. The value of Rescale is in connecting AI capabilities with existing engineering processes, allowing teams to experiment and iterate more quickly while maintaining human control. - 11:45–12:00 — Coffee break
- 12:00–13:30 — AI Physics
An introduction to the combination of simulation, engineering data and AI. We will discuss how Rescale can help develop AI-based models and insights that accelerate simulations and make design iterations more efficient.