2026 Virtual Workshop Series

Optimization isn’t just for complex or high-end simulations; it’s a powerful tool for every structural engineer. 

Whether you work in Civil Aviation, Defense or Space industry, protecting your aircraft or spacecraft from intentional unauthorized electronic interaction is paramount while becoming increasingly complex. This hands-on workshop shows you how to get from a model-based system representation to a quantitative compliance demonstration, using the DO-356A/ED-203A Effectiveness of Protection method in combination with the powerful attack trees approach. 

Creating accurate, patient‑specific models from medical imaging data is essential for improving device development and surgical planning, but the process can often be time‑consuming and technically demanding. 

Join us for a hands-on workshop designed to help professionals in the aerospace, automotive, healthcare, energy, and high-tech industries, learn how to efficiently manage their materials data and information to deliver trusted, consistent data to their engineering teams. 

Electronics design is becoming increasingly complex, but optimization can make it simpler and more intelligent. 

Join us for a hands-on workshop designed to help engineering and materials teams manage test data more effectively with Ansys Granta MI. Materials testing and qualification programs generate large volumes of valuable data over many years, but that data is often scattered across disconnected sources, difficult to reuse, and challenging to trace back to its origin. 

Model‑Based Systems Engineering (MBSE) is rapidly becoming essential for organizations seeking to manage complexity, reduce development risk, and accelerate innovation across multidisciplinary systems. Traditional document‑based processes make it hard to maintain a clear, connected system architecture. Misalignment between requirements, design, and analysis can slow development and introduce costly errors.

Discover how to unlock the full potential of your CFD simulations with optimization, even for your day-to-day projects. 

Join us for a comprehensive, application‑driven session exploring how modern simulation tools streamline the evaluation of mechanical systems under real‑world conditions. 

Designing high performance RF PCBs comes with challenges such as accurately modeling complex structures, integrating diverse 3D components, and optimizing electromagnetic simulations for speed and reliability. 

Join us for a hands-on workshop designed to help engineering, materials, and compliance teams manage restricted substances risk more effectively with Ansys Granta MI. Engineering organizations face legal liability, non-compliance costs, product delays, redesign, recalls, and obsolescence risks when restricted substances are not identified and managed early.

Model‑Based Systems Engineering (MBSE) is rapidly becoming essential for organizations seeking to manage complexity, reduce development risk, and accelerate innovation across multidisciplinary systems. Traditional document‑based processes make it hard to maintain a clear, connected system architecture. Misalignment between requirements, design, and analysis can slow development and introduce costly errors.

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.

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.

Building on our exploration of co-packaged optics and their transformative impact across industries, as well as our recent deep dive into the nuances of component-level photonic design, this live virtual workshop offers a unique opportunity for attendees to get hands-on with the full photonic design workflow.