Join us for free Ansys webinars hosted by industry experts. Typically an hour or less, these virtual trainings provide product insights and simulation tips for your business. In these webinars, we help you capitalize on your choice to invest in simulation software with new feature overviews, productivity tips, and model tutorials.
Sign up for this month's simulation webinars using the links below!
Automated Analysis and Optimization of Multi-Physics + Optics (STOP) Leveraging Machine Learning
This virtual hands-on workshop will show how structural, thermal, optical perfomance analysis (STOP) is essential to model as-built performance in critical designs. However, these workflows can be cumbersome and lengthy due to complex data exchange between multiple physics solvers. This can make analysis, optimization, and tolerancing intractable.
- Date: May 7
- Time: 11 AM - 12:30 PM EDT
Upcoming Ansys Simulation Events
Enhancing Optical System Performance with Ansys optiSLang and Ansys Zemax OpticStudio
Designing high-performance optical systems requires consideration of Multiphysics impacts balancing multiple objectives—image quality, tolerances, cost, and manufacturability. In this webinar, discover how Ansys optiSLang connects to Ansys OpticStudio and Ansys Mechanical to automate the workflow for a coupled sensitivity analysis and optimization for complex optical designs.
- Date: May 5
- Time: 11 AM EDT
Advanced Electronic Transformer Modeling and Simulation with Ansys
This webinar introduces the new PyETK toolkit for automated creation of electronic transformers, offering a streamlined approach to generating and evaluating magnetic components. Attendees will see how PyETK enables users to build a ready-to-solve transformer model in just few minutes from only tabular inputs.
- Date: May 5
- Time: 10 AM EDT
Calibrate Simulation to Test Data with Ansys optiSLang
In this webinar, we will demonstrate how Ansys optiSLang automates and streamlines parameter identification, model calibration, sensitivity exploration, and robust design evaluation. You will learn how optiSLang connects directly with Ansys Mechanical, electronics workflows, and third-party tools to rapidly reveal which parameters matter most, generate accurate surrogate models, and deliver highly correlated simulation-to-test results.
- Date: May 7
- Time: 11 AM EDT
Ansys 2026 R1: Ansys LS-DYNA What's New
Ansys LS‑DYNA 2026 R1 introduces key enhancements to the LS-DYNA Analysis System inside Ansys Mechanical that improve simulation accuracy, performance, and usability. This release strengthens battery thermal modeling, accelerates S‑ALE meshing for blast and fluid‑structure interaction, and streamlines postprocessing with improved line chart tools. Join this session to see how these updates help you simulate complex physics more efficiently and gain clearer insight from your results.
- Date: May 7
- Time: 11 AM EDT
Bridging MBSE and Mission Analysis for Satellite Constellation Optimization
Join our upcoming webinar to learn how to connect MBSE, mission analysis, and engineering simulation using ModelCenter and the STK plugin.
See how SysML requirements and architecture can be linked to mission analysis, trade studies, and system level simulation to enable faster, better informed constellation design—with full digital continuity from system definition to analysis and back.
- Session 1: May 12 at 8 AM EDT
- Session 2: May 14 at 11 AM EDT
Engineering Quiet Products: From Structural Vibration to Aeroacoustics Noise
Designing quieter, better‑sounding products requires accurately predicting vibration, noise propagation, and aerodynamic noise early in the development cycle. As products become lighter, more complex, and more tightly packaged, engineers need simulation workflows that realistically capture NVH behavior across operating conditions — without slowing down design iteration.
- Date: May 13
- Time: 11 AM EDT
Miniaturization and Photonic Integration: A Cross-Industry Transformation
This webinar introduces a comprehensive simulation workflow for optical fiber-to-chip coupling using microlenses and edge couplers, leveraging Ansys part of Synopsys design and simulation tools such as Lumerical MODE and FDTD, and Zemax OpticStudio.
- Session 1: May 13 at 9 AM EDT
- Session 2: May 13 at 1 PM EDT
Accelerating Multiphysics Optimization Workflows of Axial Flux Motor Design
Discover how to dramatically speed up axial flux motor design using a combined Ansys Motor‑CAD + Ansys Maxwell workflow. Join our webinar to learn how to achieve fast simulations, accurate 3D validation, and high‑performance results across your entire design process.
- Date: May 14
- Session Time: 10 AM EDT
Advanced Motor Design: From Robotics to Consumer Electronic Devices
Join us for a webinar on fast, end‑to‑end electric‑motor simulation, from concept design to detailed multiphysics and control analysis. We’ll highlight real applications, including a PMSM for AR/VR devices and BLDC motors for quadruped robots.
- Date: May 19
- Time: 12 PM EDT
Rapid Thermal Exploration for Electronics Design with Ansys Discovery and AEDT Icepak
Join this webinar to learn how to analyze thermal behavior using Ansys Discovery and Ansys AEDT Icepak—from early design through final validation.
- Date: May 20
- Time: 11 AM EDT
How to Accelerate Free Surface Flow Simulations with Ansys FreeFlow
Join this webinar to learn how Ansys FreeFlow provides simple setup and fast solutions for free surface flows using SPH - Smoothed Particle Hydrodynamics.
- Date: May 21
- Session Time: 11 AM EDT
Optimize PreLayout PCB Design with Ansys Sherlock and Ansys optiSLang
Early-stage PCB design choices—board outline, stackup, component placement, and mount point selection and placement—can have a major impact on product reliability. This webinar demonstrates how Ansys Sherlock and Ansys optiSLang help engineers perform pre-layout sensitivity studies before an ECAD file exists, evaluate design tradeoffs, automate workflows with PySherlock, and leverage ML-driven optimization.
- Date: May 21
- Session Time: 11 AM EDT
Efficient Preprocessing of Complex Electronics Assemblies Using Ansys Stacker Meshing
The Stacker Meshing workflow in Ansys Mechanical introduces a powerful and efficient approach for handling 2.5D geometries, particularly those found in electronic assemblies such as PCBs, BGAs, and semiconductor packages. By leveraging a layer‑based meshing strategy, the workflow captures true thickness and material variation without the overhead of full 3D geometric detail, enabling high‑quality meshes with significantly reduced computational cost.
- Date: May 22
- Time: 11:30 AM EDT
Virtual Deep Dive - Advanced Component-Level Photonic Design
Join us for an interactive virtual deep dive session, where we take the next step beyond system-level integration to explore the intricacies of component-level photonic design. Building on insights from our previous webinar, this session will provide a comprehensive overview of key features in Ansys Lumerical for co-packaged optic (CPO) system design, followed by an extended live demonstration that showcases practical modeling techniques and advanced simulation workflows.
- Session 1: May 27 at 9 AM EDT
- Session 2: May 27 at 3 PM EDT
EMC Modeling Workflows Across Electronics Design with Ansys EMC Plus
This webinar is the first of a two‑part series that will provide practical experience, expert insights, and strategies for effectively predicting and mitigating electromagnetic interference (EMI) issues early in the design phase. This session provides an overview of how EMC Plus is used to analyze EMC behavior in electronics designs, including cables, crosstalk, shielding effectiveness, lightning, HIRF, and EMP.
- Date: May 27
- Session Time: 11 AM EDT
Electronics Design EMC Simulation: Hands-on Workshop
As electronics designs become more integrated and complex, EMC behavior is increasingly influenced by the interaction between mechanical structures, PCBs, cables, and circuits. Understanding these interactions early—and knowing how to model them effectively—can help teams identify potential EMC issues sooner and make more informed design decisions.
- Date: June 2
- Session Time: 11 AM EDT
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