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Test Lösungen für Simulink Modelle und Seriencode

Virtual Validation for ADAS/AD

How can I create the needed millions of scenarios?

How can I avoid the test explosion problem?

How can I find out if my tests are passed or failed?

Products

Test Lösungen für Simulink Modelle und Seriencode

Virtual Validation for ADAS/AD

How can I create the needed millions of scenarios?

How can I avoid the test explosion problem?

How can I find out if my tests are passed or failed?

Webinar

Webinar – Why Test if You Can Prove it?

Wolfgang Meincke

Nabile Khoury

October 18th, 10:00 CET (Berlin) / 04:00 EST (Detroit) / 13:30 IST (Bangalore) / 16:00 CST (Beijing)

October 18th, 15:00 CET (Berlin) / 09:00 EST (Detroit) / 18:30 IST (Bangalore) / 21:00 CST (Beijing)

Software testing is intended to provide confidence that the software will do what it is supposed to do and that there will be no bugs. 

But how to test the untestable? How can you test that an unintended situation never occurs?

If the software is programmed correctly, it is not possible to create a test case for it, but this does not provide proof.

In this webinar, Nabile Khoury and Wolfgang Meincke will talk about the limitations of classical testing and how the dilemma of proving the absence of errors can be solved after all.

Watch the recording

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Wolfgang Meincke

Stuttgart, Germany

Senior Application Engineer
Senior Business Development Manager India

Wolfgang Meincke studied Computer Science at the University Ravensburg-Weingarten where he graduated in 2006. He then worked at EWE TEL GmbH where he was responsible for requirements engineering and project management for software development projects as well as agile software development processes. In 2014 he joined BTC as senior pilot engineer to support the customers to integrate the tools into their development processes as well as giving support and training on test methodologies regarding the ISO 26262 standard. One of his main areas of interest is the formalization of safety requirements and their verification based on formal testing and model-checking technologies for unit test, integration test and HIL real-time-testing.

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Nabile Khoury

Paris, France

Senior Application Engineer

Nabile Khoury studied Electronics and Computer Science at the University “Conservatoire National des Arts et Métiers” in Paris. From 2010 to 2016, he worked in automotive companies, mainly in the powertrain department of the French car maker PSA Peugeot Citroën, as software engineer specialized in Model-Based Development involving AUTOSAR and ISO 26262 compliant processes. He then joined BTC Embedded Systems AG where he currently works as a Lead Application Engineer - Autonomous Driving in Paris/France.    

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