今年二月在德国普福尔茨海姆大学交通工具设计专业的学生举行了他们的春季毕业展上的作品,这样的毕业展每年要举行两次。
Brett Patterson
The Pforzheim Transportation Design courses lead to BA and MA degrees. The exhibition included work from graduating Diploma and Masters students, exterior and interior projects by the 5th and 7th semester students, as well as work from students in the earlier stages of the Diploma and Masters courses. Projects by the graduating Diploma students (four year course) included:
Brett Patterson
In European metropolises, as traffic becomes more rough and chaotic, nearly every car has slight damage. The aim of this project was an emotional and exaggerated approach to this scenario, transferring characteristics of offroad rally cars to a car for everyday life, in order to create a tough but fashionable lifestyle-car. The result is a crossover concept, which combines small dimensions, the high seating position of an SUV, the durability and simplicity of a Baja-Beetle with the agressive attitude of a sportscar.
Brett Patterson
The project 'rs2+' is a vehicle based on the social and cultural evolution of modern people, depending on their values, emotions, and family structure. It should transfer new solutions from other product environments. Due to the recent success of Renault's Formula 1 team and the absence of a Renault production sports car, this concept is based on sports car philosophies. The idea is a sports car for a small family, with a two-person seating configuration and an extra seat for a child. The structural solution is based on lightweight construction methods used in snowboard and bicycle industries, with a parallelogram frame made from wood and fiberglass. The styling is very simply defined sculpturally, with a few key constructed lines that suggest fabric stretched over a hard frame.
Brett Patterson
The decision to design a car for the Chinese market is based on the projection that the behaviour of potential chinese customers will change in the next few years. The Chinese consumer is increasingly looking for foreign car companies to build cars designed specifically for Chinese conditions. The BMW Bá (Eight) is inspired by the sculpture and architecture of modern China and fills a new gap between classical sedans and large luxury minivans.
Brett Patterson
There is no aircraft yet which can take off and land without runway on water and land, which can hover and fly long distances almost supersonic, carrying many passengers and large loads. Hybris is a concept for an airplane which can do previously impossible or impractical tasks. By tilting the outer wings and folding each propeller/rotorblade forward around the elongated hubs, Hybris can alternate its flight mode between jet plane, turboprop plane or helicopter. Hybris is developed as a multi-role aircraft for disaster relief, which can also be used economically for commercial flights. The interior is also variable and can be changed completely via the rear loading door.
Brett Patterson
Graduating Masters student Philippe Eberl presented a luxury coupe crossover with no specific brand symbols or forms, aimed at projecting a high level of luxury in a vehicle type not commonly associated with luxury. The high-set coupe offers a lot of space combined with a very high standard of comfort and driving fun with a wide range of uses.
Brett Patterson
Graduating Masters student Sung-Jae Lee proposed a Mazda hybrid vehicle. In the city area, the vehicle is powered by wireless power stations, with microwave power recieved through the central antenna which sends the electricity to the electric motors mounted on the front wheels. On the freeway the vehicle is powered by a hydrogen rotary engine. Aesthetically the concept was influenced by the Mazda Cosmo Sport (the world's first two rotor production car) which later became the origin of the RX-7, chosen because it represents the adventurous and unique qualities of the Mazda brand. Key design cues are derived from the side graphics of the Cosmo, and layered body panels and the overall proportion give an animal or insect-like character. The model displayed was created using rapid-prototyping methods.
Brett Patterson
Brett Patterson
Brett Patterson
Brett Patterson
Brett Patterson
Brett Patterson