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Automating Ansys HFSS Antenna Design Workflow with Ansys PyAEDT

Ansys invites you to take the next step in Antenna design. Using the Ansys Electronic Desktop with Python support PyAEDT, attendees will learn how the automation capabilities of PyAEDT lend themselves to workflows with HFSS to model and simulate antenna designs.

Venue:
Virtual

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About this Webinar

Discover how to get the best from Ansys HFSS in an automated workflow. PyAEDT efficiently automates antenna model creation, setup, solving, and post-process results. The webinar will apply PyAEDT using HFSS functionality to a specific case study where an antenna element will be designed and solved. It will then be captured as a 3D component and used as an element of an array, and we'll evaluate the array performance with PyAEDT.

What You Will Learn

  • Introducing the need for automation in an antenna design workflow
  • Automating HFSS antenna design with PyAEDT, the open-source Python package developed by Ansys
  • How to create a new HFSS Project and design an antenna with PyAEDT
  • How to efficiently post-process antenna results in Python

Who Should Attend

All HFSS users involved in antenna design

Speakers

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Samuel Lopez

Sam has been an application engineer for Ansys since 2018. Sam has four years of experience in the aerospace industry, specifically in radio astronomy. Sam came to Ansys with an M. Sc. In Telecommunication Engineering and a B. SC. System telecommunication engineering is based in Madrid, Spain.

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Massimo Capodiferro

Massimo has been a Senior Principal Engineer for Ansys since 2006. With extensive experience in the telecommunications and railways industries and an M. Sc. in Telecommunication Engineering. Massimo is currently based in Bari, Italy.