Media library

This webinar presents an innovative and holistic simulation approach. Here, the main focus is on the interfaces between generation, storage and consumption. With the help of physical modeling, use cases are used to show which relations exist between the individual parameters along the entire hydrogen effect chain and what an optimal overall solution could look like.

Automation, connectivity, digitalization, electrification and sustainability in railway technology. The complexity of the systems and components required for this will continue to increase and the software share is growing rapidly. In this webinar, you will gain practical insights into the interaction between development and validation as well as the assessment of software. Using a concrete example, you will learn how software development and software validation interact in a dynamic project environment.

In software development, the path to a successful software release is usually anything but linear. Runtime errors and security gaps detected too late, but also outdated tools and methods can become showstoppers. The webinar provides an overview of the most important ingredients for modern software development in healthcare, shows how program errors can be detected early and what added value can be generated by using the right tools and methods.

What does modern software development mean? And why is it so important for the future of railway technology? In this webinar, you will get answers to these questions and learn what needs to be considered in order to successfully bring modern software development on the rails. However, the focus is not only on pure software development, but also on the key success factors for collaboration models with customers or security considerations. The insights gained from complex projects are used as guiding questions in this webinar and answered comprehensively. It will be worthwhile to ask our “questions learned” in your projects as well.

Production and logistics often involve very complex processes due to a high variety of variants or the requirement for high flexibility. Nevertheless – or because of this – decisions are still made in this environment on the basis of empirical values or simple tools. This webinar presents innovative approaches to a production simulation and shows two use cases to highlight how the findings from the simulation can be professionally integrated into production systems and automated.

Situationally aware automotive systems offer great opportunities for users, society and your company, but they also pose a special kind of risk. Fortunately, this is addressed by the upcoming ISO 21448 standard. With this Automotive webinar, we provide you with a good starting point for better decision-making in your SOTIF projects!

The increasing number of variants, shorter development cycles, open interfaces, increasing complexity, but also new technologies place ever higher demands on testing. In this webinar, we will explain not only the challenges of testing, but also the systematic creation of an overarching test strategy involving all disciplines. Using concrete examples, the core aspects of a comprehensive test strategy will be presented and their benefits will be worked out, thus offering you approaches on how to meet the challenges of your projects.

Connected medical devices provide extensive operating data for analysis. This allows targeted data to be collected, evaluated and used for a wide variety of use cases.
In this webinar, you will learn how medical devices can be securely connected, what kind of added value is created for the manufacturer, and what can and cannot be achieved with the help of data analytics.

This webinar provides a comprehensive overview of the role of Smart Maintenance in the future of rail technology. You will learn which steps are necessary for Condition Based Maintenance and Predictive Maintenance and how they are integrated in the context of the complete maintenance process. In an expert interview, Prof. Markus Hecht, Head of the Department of Rail Vehicles at TU Berlin, additionally presents the perspective of research and industry.

Situationally aware automotive systems offer great opportunities for users, society and your company, but they also pose a special kind of risk. Fortunately, this is addressed by the upcoming ISO 21448 standard.

With this webinar, we provide you with a good starting point for better decision-making in your SOTIF projects!

What are formal methods and how can they be profitably used in systems engineering and software engineering in railroad technology? This webinar will provide you with answers to these and other questions. In addition to technical issues, organizational and normative aspects will also be examined. Among other things, it will be explained where the use of formal methods is worthwhile, how they are recommended by the CENELEC standard and which qualification is required for this.

To unleash the full potential of a risk analysis, we will answer the following questions during our Webinar:

What are the bare necessities?
What is the right methodology for your analysis?
How can you obtain the flexibility to deal with system changes during the design process?
How can you trace the findings in your development process in a way that no information is lost?
How do you communicate the results in your organization?

We will give you insights on how to tailor your risk analysis methodology so that you get the most bang for the buck.

In this webinar, we will look at the search for worst-case test cases in the validation of automated driving systems, answering key questions such as: How can worst-case test cases be determined in a meaningful way? How do I use the knowledge about such test cases in validation? What is actually a good test case? Or: Why should worst-case test cases generally not be reused? In the course of this, we show typical pitfalls and present our solution approach in a practical way.

In this webinar, we provide a brief introduction to the upcoming regulation and the ISO/SAE 21434 standard. Based on that, we share insights on how we have successfully established and implemented security engineering processes to the engineering departments of our customers. Particularly, we share the pros and cons of various approaches to implement cybersecurity methodologies that we have supported.

In this webinar, we will provide an overview of current and future developments in data-based services that can be used on the shopfloor. Using a concrete scenario as an example, we will present how “Root Cause Analysis” can be used to realize quality and efficiency improvements in production and at the same time relieve the responsible employees. In particular, the linking of various sensor data and machine parameters with the information from the EOL test benches to reliably identify the causes of dysfunctions plays a central part in this. We take into account both the resulting added value and the risks and pitfalls that an introduction entails.

In this webinar, we provide a brief introduction to the upcoming regulation and the ISO/SAE 21434 standard. Based on that, we share insights on how we have successfully established and implemented security engineering processes to the engineering departments of our cus-tomers. Particularly, we share the pros and cons of various approaches to implement cyber-security methodologies that we have supported.