AI og RF/antenne-seminar

Workshop themes

AI in Electronics Development

In many industries, AI has seen an enormous rise in popularity and interest - and the electronics industry is no different. With good reason. In our workshops, we'll show you how agentic AI and multi‑agent systems can automate and optimize tasks across all engineering disciplines, such as:

• PCB design: AI can automate placement, routing, feasibility studies, and constraint checking.
• Multi‑physics (thermal, mechanical, SI/PI): Here, AI helps accelerate simulations and optimize solutions automatically.
• System-level design: AI coordinates different engineering domains (mechanical, electrical, thermal) to get to a final design faster.

As a result, engineers spend less time on repetitive workflows and more time making high‑impact decisions.

Why RF and Antenna Design Matter

• Wireless technologies such as 5G/6G, Wi‑Fi, Bluetooth, radar, and satellite communications all depend on precise RF and antenna performance.
• At high frequencies, physical layout directly affects behavior. Antennas, matching networks, and transmission lines are geometry‑sensitive, making dedicated RF and EM simulation essential.
• Accurate circuit, EM, and thermal simulations are critical for predicting real‑world performance.
• Modern systems push strict requirements across frequency, power, modulation, thermal behavior, and impedance, making RF precision more important than ever.

Because antennas and RF circuits influence each other, co‑design is now mandatory, supported by EM solvers that model antennas, passive structures, and transmission lines accurately.