Take part in EMA’s Solving Electromagnetic Challenges webinar series, where you will learn how to overcome the most pressing issues in the industry. Whether it's adapting to new standards, adopting new technologies and methodologies, or optimizing your designs and workflows, Solving Electromagnetic Challenges will give you the edge you need to succeed.
Our next webinar is Wednesday, Oct. 22, 2025
Integration of Ansys EMC Plus, SIwave and HFSS
Solving electromagnetic compatibility (EMC) challenges often requires more than a single tool, it demands a strategic combination of technologies. Ansys and EMA offer a powerful suite of solvers designed to tackle even the most complex EMC scenarios.
In this webinar, we’ll explore how Ansys EMC Plus, SIwave, and HFSS each contribute unique strengths to EMC analysis. You’ll learn when and how to integrate these tools effectively to address intricate projects involving platforms, printed circuit boards (PCBs), and wiring harnesses. Whether you're optimizing for compliance, performance, or reliability, this session will equip you with the insights needed to streamline your workflow and elevate your EMC design strategy.
Join us on Oct. 22 at 1 p.m. ET. Click hereto get registered.
Speaker: Juliano Mologni Ansys Principal Product Manager
Juliano joined Ansys in 2019 as a product manager for electronics products. With more than 25 years of experience in computational electromagnetics, author of patents and more than 70 journal and conference papers. Electrical engineer with a Master's in semiconductor manufacturing processes and his PhD involves research on automotive EMC and signal integrity. Previous experience includes positions of hardware engineer and engineering management at Motorola, Delphi Automotive Systems, WebTech Wireless and ESSS.
Topic: Modeling Complex Cable Harnesses in EMA3D Simulations Presenter: Cody Weber Abstract: Computation Electromagnetic (CEM) simulations play an ever-increasing role in the analysis and support for aircraft and aerospace programs. CEM can be used to evaluate electromagnetic environmental effects as well as EMC/EMI system problems for design and certification support. This analysis not only can […]
Topic: Dealing with cables, cavities, and platform antennas in a practivcal way. Presenter: Tim McDonald Abstract: EMC and E3 engineers have real challenges in dealing with cables, cavities and platform antennas in real electronics equipment, aircraft and vehicles. It is reasonably easy to solve for a perfect cable illuminated by a perfect plane wave, but […]
Topic: Oversized Cavity Theory for RE/RS Assessment up to 40GHz PresentEr: Bryon Neufeld Abstract: The Oversized Cavity Theory (OCT) is a numerical technique for aerospace systems including aircraft and communication satellites radiated emissions and susceptibility (RE/RS) assessment. The method is based on a power-balance approach, i.e. on the premise that, with statistical fields present in […]
Topic: Space Plasma Discharge Transients from EMA3D® Presenter: Bryon Neufeld AbstracT: We demonstrate EMA3D’s ability to predict discharge transients from surface charging in a space plasma. In our analysis, we obtain surface charging results in a space plasma environment and then evaluate discharge transients to cables and antennas. We consider spacecraft-to-plasma, surface-to-surface, and spacecraft-to-spacecraft (rendezvous) […]
Topic: Advanced CAE Tools for Spacecraft Charging Analysis with NASCAP-2K Presenter: Bryon Neufeld Abstract: EMA3D® includes advanced CAE tools for spacecraft charging analysis with NASCAP-2K. These tools allow the user to import native CAD (in almost any format) directly into the EMA3D platform to serve as the basis for their surface charging simulation, ensuring a […]
Topic: Validation of Computational Electromagnetic Simulations to Support Aircraft Certification Projects for Direct and Indirect Effects of Lightning Presenter: Cody Weber Abstract: Computation Electromagnetic (CEM) simulations play an ever increasing role in the analysis and support for aircraft certification projects. CEM can be used to evaluate electromagnetic environmental effects as well as EMC/EMI system problems for […]
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