AI-Accelerated Aircraft Design Optimization | Webinar | nTop, Luminary Cloud, and ESTECO

Traditional aircraft optimization studies require running simulations for dozens to hundreds of design configurations—each taking hours to days. The result: weeks-long study durations and computational resources that limit early-stage design quality.

Join us to see an integrated workflow combining nTop parametric implicit modeling, Luminary Cloud Physics AI, and ESTECO VOLTA digital engineering platform that eliminates this bottleneck. Generate design variants programmatically in nTop, train AI surrogate models with Luminary Cloud to predict performance in seconds, and orchestrate automated optimization studies in VOLTA—evaluating hundreds of configurations in hours while maintaining analysis accuracy and full traceability.

What you’ll see:

• How parametric implicit modeling in nTop generates aircraft geometry variants without manual CAD rework—wing sweep, aspect ratio, and fuselage configurations remain stable across large parameter changes
• How Luminary Cloud's Physics AI models provide accurate aerodynamic performance predictions in seconds after initial training on CFD data—replacing hours-long simulations with near-instant inference
• How ESTECO VOLTA orchestrates the complete MDO workflow—directly controlling nTop parameters, querying Luminary AI models, and managing results within a collaborative SPDM framework that ensures repeatability and auditability

Can’t attend live? No problem. Register today and we’ll send you a copy of the recording when it’s available.

Presenters:

• Todd McDevitt, Director of Product Management, nTop
• Robert Chiodi, Computational Engineer, Luminary Cloud
• Alexander Duggan, Senior Application Engineer, ESTECO