top of page
Development & Implementation
This category covers the path from concept to real-world application.
It highlights typical challenges in product development – from prototype to small series production. Topics include manufacturability, assembly, tolerances, and design for manufacturing.
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.
Lightweight fiber composite systems: Requirements, conflicting objectives and practical solutions
Lightweight composite systems require the interplay of materials, design, and manufacturing. A look at requirements and solutions in practice.
Components and systems for off-road vehicles: requirements, loads and durable solutions
Off-road vehicles place high demands on components and systems. Why design, materials, and integration are crucial for durable solutions.
Reverse engineering and CAD surface reconstruction: Insights from practice
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: Development and integration of rear wings
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 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.
3D digitization in product development: applications, potential and implementation
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: Precision for visible 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 automotive engineering: From idea to homologation-ready small series
Wheel development in vehicle engineering requires more than design. How simulation, engineering, and prototyping lead to functional and homologation-ready solutions.
AI-supported finite element analysis in vehicle development: Potentials and areas of application
AI is transforming FEA simulation in vehicle development. What advantages it offers and where its limitations lie.
Chassis development for automobiles, commercial vehicles and special vehicles: a balance of dynamics, comfort and stability
Suspension development for passenger cars, commercial vehicles, and special vehicles: how dynamics, comfort, and stability are optimally tuned through simulation and testing.
bottom of page