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Prototype workshop: How concepts become functioning systems
In the prototype workshop, systems become reality. How development, testing, and implementation work together to create functional and robust solutions.


E/E systems in vehicle development: Integration of complex on-board electrical systems and control systems
E/E systems are the foundation of modern vehicles. How integration, wiring harnesses, and control units work together to enable stable and functional systems.


Homologation of vehicles and components: requirements, simulation and implementation
Homologation is a central part of vehicle development. How requirements, simulation, and processes lead to successful certification.


Electromobility in urban transport: Why vehicle concepts need to be rethought.
Electromobility in urban transport requires new vehicle concepts. What requirements and technical solutions are crucial.


Lightweight engineering as the key to sustainable mobility
Lightweight engineering in vehicle development: transferring technologies from high-performance vehicles to efficient, safe, and sustainable vehicle solutions.


System solutions for special vehicles: Robust vehicle technology for extreme requirements
Special vehicles require robust system solutions. How chassis, suspension, and integration work together to ensure reliable performance under extreme conditions.


Vehicle dynamics systems in transition: Why mechanics remain the basis of modern vehicle functions
Modern vehicle dynamics systems are based on mechanical fundamentals. Why suspension and chassis are crucial for safe and functional vehicle solutions.


Vehicle development under extreme conditions: Special vehicles in focus
Special vehicles place unique demands on development and integration. An insight into projects with high technical and functional requirements.
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