A Holistic Human-Machine-Interface is to make the understanding of information and the reaction to it as easy and intuitive as possible.
Information is collected, prioritized, and quickly presented in a focused and clear way. The flow of information is reduced, by taking the driving situation and the driver’s condition into account. Only relevant information and appropriate actions are offered in the respective situation. In addition, the driver receives a reliable confirmation for every action initiated. This strengthens trust in the vehicle’s individual functions and clearly indicates that the driver is and will remain in constant control of the situation. This kind of trust is particularly important when looking at future technologies such as automated driving.
Discover the rising trend of trams, making a comeback as a greener and more efficient option for urban transportation. In densely populated cities, trams are proving their worth, offering exceptional energy efficiency and spaciousness, a refreshing contrast to individual vehicles.
However, navigating bustling urban streets is no easy task for tram drivers, who face unique challenges. Sharing the road with cars, bikes, and pedestrians requires heightened vigilance. Safety is paramount, both for passengers and other road users, as tram collisions can result in significant damage.
To address these challenges, cutting-edge driver assistance systems, inspired by automotive technology, are becoming the way forward. Real-time information and proactive guidance help tram drivers react swiftly to potential hazards, reducing accidents and easing the mental burden.
Follow us and learn how the integration of proven automotive technology in trams is transforming urban transport, enhancing safety, and contributing to a brighter, greener future.
Systems Engineering is an interdisciplinary approach to develop systems which are mostly complex. For CES this means the transformation of idea into vehicles. CES Systems Engineering provides engineering services, training and consulting for the innovation, concept and product development phases of a vehicle development focusing vehicle and vehicle system level.