Webinars

Electro Magnetic Applications, Inc. (EMA) hosts the Solving Electromagnetic Challenges series to explore proven solutions, emerging technologies, and engineering best practices for tackling today's toughest electromagnetic design problems.


Our next webinar is Wednesday, Sept. 23, 2026

Lightning Certification, Reimagined: Simulation, Test, and Automation Under One Roof

Lightning certification has traditionally meant waiting until late in a program to find out whether an airframe meets its requirements. EMA is changing that timeline. Our portable lightning test capability travels to your facility, injecting the key waveforms called out in the governing airworthiness standards at low level directly into your airframe, giving you certification-relevant data on your schedule rather than a test range's.

But test is only the first step. Airframers need to know the lightning transients at safety-critical interfaces much earlier, while design decisions are still cheap to change. EMA's simulation tools predict those lightning levels well before hardware exists, and critically, we validate that simulation against your actual airframe (not a generic model), which is what certification credit requires. Once validated, that simulation becomes a tool you can use for both indirect effects (lightning's impact on electronics) and direct effects, including fuel tank ignition requirements, where EMA's dedicated ignition detection hardware identifies the certification level on your program.

Put together, this is what it means for EMA to act as your virtual E3 team: certification expertise, design expertise, simulation expertise, test expertise, and the equipment, software, and compute to back it all up, functioning as an extension of your own engineering team. And because EMA now builds on MCP APIs, we're the first E3 team that can automate your recurring workflows, simulation, data analysis, design review, so your process gets more efficient with every program, not just this one.

Join us Sept. 23 at 1 p.m. ET.

Speaker: Tim McDonald

EMA Co-CEO

Tim McDonald, PhD is Co-CEO at EMA. He is a leading expert in electromagnetic modeling and simulation, specializing in multiphysics solutions for EMC, power systems, and space environments. As a key contributor at EMA, Inc., he drives innovation in computational electromagnetics, developing advanced techniques for interference analysis, plasma physics, and high-power effects. With extensive experience in EMC Plus and Charge Plus, Tim has helped engineers tackle complex challenges in aerospace, energy, and manufacturing. He is passionate about bridging the gap between ease of use and high-fidelity physics, enabling engineers to model real-world electromagnetic interactions with confidence. Tim regularly presents at industry conferences, sharing insights into the latest advances in simulation and design optimization.


View our previous webinars here:

Modeling complex cable harnesses in EMA3D simulations.

Modeling Complex Cable Harnesses in EMA3D Simulations

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 […]

E3 simulation

E3 Tools: Dealing with Cables, Cavities, and Platform Antennas in a Practical Way

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 […]

Oversized cavity theory

Oversized Cavity Theory for RE/RS Assessment Up to 40GHz

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 […]

Space Plasma Discharge Transients from EMA3D

Space Plasma Discharge Transients from EMA3D

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) […]

Open CAD directly into EMA3D.

Advanced CAE Tools for Spacecraft Charging Analysis with NASCAP-2K

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 […]

lightning zoning

Validation of Computational Electromagnetic Simulations to Support Aircraft Certification Projects for Direct and Indirect Effects of Lightning

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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