Uploaded May 2026 | Updated September 2026, 2 weeks ago
Making a call in professional sports requires split-second decision-making. A missed offside or a controversial yellow card can completely change the outcome of a football match.
With advancements in electromagnetic tracking technology, sporting officials can analyze data to make calls with unprecedented accuracy and speed. But how do you test what you cannot see? Electromagnetics Engineer, part of the SOLIDWORKS simulation suite, makes the invisible visible and helps you make smarter design decisions.
Learn more about SOLIDWORKS simulation solutions and football (or soccer) at solidworks.com/FootballSim
Chapters
0:00-0:41 Why Use Sensors in Football?
0:41-1:11 How Electronics are Used in Sports
1:11-2:06 Electromagnetic Engineering Challenges
2:06-3:43 Electromagnetics Engineer Study
3:43 Why Electromagnetic Simulation is Important
Making a call in professional sports requires split-second decision-making. A missed offside or a controversial yellow card can completely change the outcome of a football match.
With advancements in electromagnetic tracking technology, sporting officials can analyze data to make calls with unprecedented accuracy and speed. But how do you test what you cannot see? Electromagnetics Engineer, part of the SOLIDWORKS simulation suite, makes the invisible visible and helps you make smarter design decisions.
Learn more about SOLIDWORKS simulation solutions and football (or soccer) at solidworks.com/FootballSim
Chapters
0:00-0:41 Why Use Sensors in Football?
0:41-1:11 How Electronics are Used in Sports
1:11-2:06 Electromagnetic Engineering Challenges
2:06-3:43 Electromagnetics Engineer Study
3:43 Why Electromagnetic Simulation is Important










