Complete vehicle development means consistently bringing together concept, engineering, simulation, materials, prototyping and manufacturing. How technical overall responsibility reduces project risks and turns requirements into feasible vehicle solutions.

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

E/E systems are the foundation of modern vehicles. How integration, wiring harnesses, and control units work together to enable stable and functional systems.

Lightweight composite systems require the interplay of materials, design, and manufacturing. A look at requirements and solutions in practice.

Off-road vehicles place high demands on components and systems. Why design, materials, and integration are crucial for durable solutions.

Reverse engineering enables the analysis and further development of existing components. An insight into methods such as 3D scanning and CAD surface reconstruction.

Aerodynamic vehicle components such as high-performance rear wings influence handling and stability. How the development, simulation, and integration of rear wings work in practice.

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

3D digitization is the foundation of modern product development. How 3D scanning, CAD, and reverse engineering are used to analyze and further develop components.

Class A surface modeling in CAD is the foundation of high-quality visible surfaces. How design, geometry, and manufacturability are brought together.

Wheel development in vehicle engineering requires more than design. How simulation, engineering, and prototyping lead to functional and homologation-ready solutions.

Electromobility in urban transport requires new vehicle concepts. What requirements and technical solutions are crucial.