Field Ready Antennas with Ansys In-Situ Design Optimization

Share:
Check out the recorded webinar

Join this session to explore the engineering workflows of antenna design using Ansys, a leading simulation tool. Learn how to design antennas that perform optimally in real-world conditions, tackling common challenges like interference. Discover the importance of strategic antenna placement and delve into the basics of enhancing performance through design optimization. We’ll also cover how Ansys aids in fine-tuning antennas for better efficiency and signal quality. This session is an ideal opportunity for anyone looking to grasp the fundamentals of antenna simulation with Ansys.

Session Presenters

Graham Stevens

Application Engineer, Simulation

Graham Stevens is a certified ANSYS Application Engineer (AE) and has been designing new products for over 25 years.  His focus is on bringing products from the laboratory into production and cost reduction, and serves as a simulation AE for low frequency and high frequency electronics, electronics cooling and reliability, optics, optimization, and multi-physics.  He has a B.S. in Physics, and a Masters in Manufacturing Engineering

  			  
  		

More Upcoming Events

            
            
Thursday
2
July
10:00am PDT
Online

Engineering Paradigm Shift: The New Autodesk Assistant AI

Webinar Details
            
            
Thursday
9
July
10:00am PDT
Online

Component Placement & Attributes in the Autodesk Inventor API

Build smarter Inventor automation workflows with component placement, persistent data, and API-driven assembly intelligence.
Webinar Details
            
            
Thursday
16
July
10:00am PDT
Online

Drawing Automation in Autodesk Inventor

Learn how to automate views, annotations, title blocks, tables, balloons, and more to dramatically reduce manual drawing work.
Webinar Details
            
            
Thursday
23
July
10:00am PDT
Online

Automating Dimensions in Autodesk Inventor

Learn how to automate drawing dimensions in Autodesk Inventor using geometry-driven logic, drawing curves, and smarter attribute-based selection methods.
Webinar Details