Webinar Series

Aerospace and Defense presents unique challenges in the adoption of Artificial Intelligence. AGI's four-part webinar series will help you learn how to use AI to expedite workflows, speed physics solve times, train and validate AI algorithms, and manage obsolescence.

NOTE: This webinar series is open to U.S. persons only.

WebinarDateTimeAction
Artificial intelligence solutions for aerospace and defense March 11, 2026 2:00 p.m. EDT Register Now

In this webinar, AGI will show how Aerospace and Defense professionals can capture maximum value from AI-enabled solutions by:

  • Expediting existing engineering workflows using Ansys embedded AI algorithms
  • Creating new engineering workflows using Ansys AI agents and trained AI models

This webinar will provide an overview of both topics while subsequent webinars will provide a deeper dive.

Accelerate engineering with AI March 25, 2026 2:00 p.m. EDT Register Now

AGI experts will demonstrate how to speed physics solve times, accelerate modeling using varying levels of fidelity, and expedite systems validation and operations using Ansys’ integrated AI algorithms. We’ll use the familiar systems lifecycle design V-model to help illustrate the concept.

AI based engineering processes April 8, 2026 2:00 p.m. EDT Register Now

Simulation unlocks the full potential of AI-based engineering processes. Tune in to see how to generate and manage synthetic data to train and validate your AI algorithms and create and validate AI agents based on Ansys solvers.

Managing obsolescence with AI April 22, 2026 2:00 p.m. EDT Register Now

Aerospace electronic systems require operational reliability and longevity that exceed the demands of most other industries. However, these systems face significant risks from component and subsystem obsolescence as well as Diminishing Manufacturing Sources (DMS) throughout their extended service lives. This webinar will demonstrate how to manage system obsolescence using Synopsys' AI-enabled Electronic Design Automation (EDA) solutions.