Electromagnetic compatibility issues rarely stem from a single component or test failure. More often, they originate from design decisions made early in development and remain hidden until late-stage compliance testing. This webinar will focus on how engineers can use EMC pre-compliance testing as a practical design and diagnostic tool rather than a pass/fail exercise.

The session, hosted by Jeff Markham, EMC principal engineer at Element Materials Technology, will explore what pre-compliance testing can and cannot predict; common EMC failure modes observed during early development; and how test setup, correlation, and engineering judgment directly influence results. Attendees will gain insight into how PCB layout, grounding strategy, cabling and switching architectures affect EMC behavior long before formal compliance testing begins.

Learn how early diagnostics can uncover hidden risks, reduce late redesigns and improve overall EMC robustness. This webinar is intended for engineers looking to make informed EMC decisions earlier in the design cycle.

Five key learning points for delegates:

• What EMC pre-compliance testing realistically reveals, and where its limits are.
• Common design-level causes of EMC failures seen during development.
• How test setup and correlation affect the quality of EMC insight.
• Practical techniques for identifying EMC risk early in design.
• When pre-compliance testing is sufficient and when deeper diagnostics are needed.

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Listen in and take the opportunity to ask questions along the way, on March 11, 2026, at 11:00am EST / 4:00pm GMT / 5:00pm CET.

Register for the webinar here.

Automotive crash testing relies heavily on the use of high-speed cameras and advanced image analysis software to capture and interpret the intricate details of a range of different car crash scenarios. During a typical test, high-speed cameras record a crash event in ultra-fine temporal detail, typically at thousands of frames per second. This enables engineers to study the rapid sequence of events that unfold during a collision, such as the deformation of vehicle structures, the movement of crash test dummies and the impact forces involved. 

Using advanced image analysis software, the digital footage can be meticulously processed to extract quantitative data such as displacements, velocity changes, deformation patterns and energy distribution throughout the crash. These detailed analyses enable manufacturers to enhance vehicle safety features, optimize structural designs and reduce the risk of injury in real-world accidents. By combining cutting-edge imaging technology with rigorous analytical methods, crash testing provides invaluable insights into automotive safety. 

In this webinar, Kyle Gilroy, applications engineer at Vision Research, will discuss how high-speed cameras are used in automotive crash testing. He will also cover how image analysis software is used to perform sub-pixel tracking on fiducial markers to extract displacement, speed and acceleration. 

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Listen in and take the opportunity to ask questions along the way, on May 13, 2025, at 1:00pm EST / 6:00pm BST / 7:00pm CEST. To register for the webinar, please click here.