Dallas IEEE EMC Chapter Meeting
First Meeting to Re-establish the Dallas IEEE EMC Society Chapter
We are pleased to announce the re-establishment of the Dallas IEEE Electromagnetic Compatibility (EMC) Chapter. This revitalized chapter will serve as a local forum for engineers, researchers, and technical professionals to exchange knowledge, share best practices, and engage with the latest developments in EMC and related disciplines.
The Dallas IEEE EMC Chapter aims to provide:
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Technical presentations and tutorials
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Networking opportunities with local EMC professionals
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Collaboration with industry, academia, and standards organizations
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Support for professional development and student engagement
Date and Time
Location
Hosts
Registration
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Add Event to Calendar
- 410 Freeport Parkway
- Suite 160
- Coppell, Texas
- United States 75019
- Building: Rohde & Schwarz Office
- Click here for Map
- Contact Event Host
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Josh Deaton
Interim Chair, Dallas IEEE EMC Chapter
LinkedIn: www.linkedin.com/in/josh-deaton-3a45085aemail: josh.deaton81@gmail.com
- Starts 08 January 2026 06:00 AM UTC
- Ends 06 February 2026 06:00 AM UTC
- No Admission Charge
Speakers
Jason Bommer of Principal Application Engineer, Ansys, Seattle, WA, USA
Antenna Simulation and the Dynamic Mission
This presentation highlights modern large-scale and hybrid electromagnetic simulation techniques used to assess installed antenna performance on complex platforms. A case study examining interference and coexistence between a 5G base station and an airborne radar altimeter demonstrates how combining physics-based simulation with digital mission scenarios can improve analysis fidelity and support EMC mitigation strategies.
Biography:
Jason Bommer is a Principal Application Engineer in the electronics business unit at Ansys specializing in RF, antenna, mission, and interference applications. He is also an adjunct instructor at the Science and Math Institute in Tacoma, Washington where he teaches computational physics and engineering. Prior to joining Ansys through the Delcross acquisition in 2015, Jason served as an electromagnetics effects engineer at Boeing for over sixteen years. He holds BS and MS degrees in physics from University of New Orleans and University of Washington, respectively.
Email:
Agenda
Welcome and Opening
Background and Vision
Technical Presentation
Antenna Simulation and the Dynamic Mission: Airborne Radar Altimeter and 5G Coexistence
This presentation highlights modern large-scale and hybrid electromagnetic simulation techniques used to assess installed antenna performance on complex platforms. A case study examining interference and coexistence between a 5G base station and an airborne radar altimeter demonstrates how combining physics-based simulation with digital mission scenarios can improve analysis fidelity and support EMC mitigation strategies.
Proposed Structure and Roles
Open Discussion and Feedback
Next Steps
If you are interested in volunteering, presenting, or helping shape the future of the Dallas EMC community, we would be delighted to hear from you.
We look forward to reconnecting the local EMC community and welcoming you to our first meeting.
Media
| Dallas_IEEE_EMC_Chapter_ReLaunch_Flyer | 260.82 KiB |