Webinars

We have recently launched AVL Scenario Simulator™, the optimal tool for efficient, automated ADAS/AD testing. This three-part webinar series introduces you to Scenario Simulator and demonstrates its seamless integration with our AVL SCENIUS™ toolchain.

In this series, you will find out how Scenario Simulator can speed up your development cycles by providing frequent functional test feedback. Learn to build optimal virtual prototypes using cost-optimized, fully automated test scenarios equipped with high-performance, lightweight models and open interfaces. This approach ensures maximum flexibility and easy integration with your ADAS/AD software and other simulation tools.

You will also discover Scenario Simulator’s highlights like its high-performance statistical sensor models, which enable scalable closed-loop testing without the need for resource-intensive physical/raw sensor simulation. This is crucial as the number of sensors increases with higher levels of automation.
To provide hands-on experience, this series includes a training session. You will gain a better understanding of typical user workflows, integrating and testing ADAS/AD software in a virtual environment. Additionally, you'll learn how to use our Python API to automate integration and simulation as part of a DevOps pipeline.

Explore our webinar series and take your ADAS/AD testing to the next level.

Immerse yourself in the world of electromobility and learn all about the latest test methods and technologies for electric powertrains. Our exclusive on-demand webinar series provides in-depth insights into the challenges and solutions of electric motor testing. From the basics to practical applications, our experts share their knowledge and experience to give you a comprehensive overview.

In the webinar series, Dr. Nikolaus Keuth and Gerhard Schagerl present artificial intelligence (AI) methods supported by an accompanying data analytics tool chain. The goal is to enable smarter decisions based on automotive data. Our experts will illustrate the benefits of this approach with real-world use cases.

Webinar Series
 

The future of mobility is safe. It is inclusive. And it is climate neutral.

Join us for an exclusive webinar series as we delve into groundbreaking innovations that will transform our transportation landscape. Prepare yourself for an impressive line-up of renowned international speakers, enriching our webinars with valuable insights and thought-provoking discussions in the areas of Sustainability, Next Generation Vehicle, ADAS & E/E and E-Mobility – all with a shared mission to accelerate the transition to a greener and more environmentally conscious transportation era.

Let's make a collective stride towards a greener tomorrow. 

Sign up now and explore the future of mobility.

Join us in our webinar series focused on how to accelerate software deployment for software-defined vehicles (SDV). Our comprehensive sessions devided into one main and three deep-dive webinars stress the complexities of accelerating software deployment for the SDV.

Watch the sessions now and learn how to:

• boost validation speed in pure virtual environments of software-defined vehicles
• reduce validation time for various types of HiL testbeds within software-defined vehicles 
• ensure cybersecurity within the lifecycle of software-defined vehicles 

Join us in our webinar series focused on optimizing battery testing performance, where we address how the market readiness of new batteries and electric vehicles can be accelerated. Our comprehensive sessions highlight the importance of streamlining laboratory processes, reducing reliance on physical testing, and harnessing the power of AI for enhanced data analysis. We'll delve into the advantages of virtual testing, such as utilizing a battery-in-the-loop testbed configuration, to cut down on both development time and costs.

This series is designed to provide the knowledge and tools necessary to streamline the production process for batteries and electric vehicles, ultimately leading to a more rapid deployment of these technologies in the market.

Powertrain, chassis, aerodynamics, electrics and electronics, thermal and HVAC systems - until now, vehicle systems were usually developed independently and optimized separately. Interaction with regard to the functional characteristics of vehicle properties such as energy management, fuel consumption, drivability or driving dynamics often only took place in the real vehicle.

To enable you considering the growing interdependencies between the individual systems right from the first development steps, we have developed the AVL vSUITE™. This bundling of  software solutions allows you to take a holistic view and optimize the vehicle, taking into account all systems and functions in one environment.

Watch our Webinar Series to learn more.

Electrified vehicles (EVs) are measured by their performance, range and cost. In addition, a compact powertrain design is desired, which by design has an impact on vibration behaviour and comfort.

The almost silent operation of e-motors makes the vehicles quieter, but means that the various noises and vibrations are no longer masked by engine noise. In order to offer the customer a perfect driving experience, vehicle manufacturers and system suppliers must address these acoustic challenges as early as possible in the development process.

Meaningful virtual twins map all these events exactly and thus give you a realistic impression of the behaviour of the components and systems. In this way, you can make optimisation based on data even without a physical prototype, thus ensuring the requirements in terms of driving pleasure and comfort.

AVL EXCITE™ M is an innovative multi-body dynamics software solution for the analysis of drive units. The tool calculates the dynamics, vibration and acoustics of combustion engines, transmissions and complete ICE-based or electrified drive units up to pure e-axles.

In our webinar series, we show you the use of EXCITE M using the example of AVL's new high-speed e-axle. Our experts will give you an overview of the holistic simulation approach for analysing the NVH behaviour of e-axles.