Tuulia Miettinen
Industrial Designer — Kuopio, Finland
Amphibious hybrid - Industrial design course work. The idea was to make an amphibious vehicle that can be used on land, ice and on water. To realize these points the vehicle needed to be adaptable to the environment and use. This problem was solved by a specially designed tire. The wheel exists of movable parts which can increase traction or even transform in a paddle wheel to propel the vehicle in the water. The wheel is controlled by terrain sensors which decide when more or less traction is needed. This system provides the vehicle with more safety because it can answer to different kind of terrains. Inside each wheel is an electric engine, which has energy from batteries.
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Hybrid in Melbourne Weekly Magazine - An article about the hybrid in Melbourne Weekly Magazine September 30 - October 6, 2009.
Amphibious hybrid - Industrial design course work. The idea was to make an amphibious vehicle that can be used on land, ice and on water. To realize these points the vehicle needed to be adaptable to the environment and use. This problem was solved by a specially designed tire. The wheel exists of movable parts which can increase traction or even transform in a paddle wheel to propel the vehicle in the water. The wheel is controlled by terrain sensors which decide when more or less traction is needed. This system provides the vehicle with more safety because it can answer to different kind of terrains. Inside each wheel is an electric engine, which has energy from batteries.
Amphibious hybrid - Industrial design course work. The idea was to make an amphibious vehicle that can be used on land, ice and on water. To realize these points the vehicle needed to be adaptable to the environment and use. This problem was solved by a specially designed tire. The wheel exists of movable parts which can increase traction or even transform in a paddle wheel to propel the vehicle in the water. The wheel is controlled by terrain sensors which decide when more or less traction is needed. This system provides the vehicle with more safety because it can answer to different kind of terrains. Inside each wheel is an electric engine, which has energy from batteries.
Amphibious hybrid - Industrial design course work. The idea was to make an amphibious vehicle that can be used on land, ice and on water. To realize these points the vehicle needed to be adaptable to the environment and use. This problem was solved by a specially designed tire. The wheel exists of movable parts which can increase traction or even transform in a paddle wheel to propel the vehicle in the water. The wheel is controlled by terrain sensors which decide when more or less traction is needed. This system provides the vehicle with more safety because it can answer to different kind of terrains. Inside each wheel is an electric engine, which has energy from batteries.
User Interface - Electric book and source of information that contains hundreds of pieces of work. Device makes it also easier to read todays newspaper. Light weight and small size. Search of information via voice commands, browsing with roll down and select buttons. 3D model and a model made with rapid prototyping.
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User Interface
User Interface - Electric book and source of information that contains hundreds of pieces of work. Device makes it also easier to read todays newspaper. Light weight and small size. Search of information via voice commands, browsing with roll down and select buttons. 3D model and a model made with rapid prototyping.
Savonia Chopper - Industrial design course project work, small group. Designing a chopper for Savonia University of Applied Sciences. This "Ghost" chopper has a different driving position compared to other choppers. This gives it more speedy look. In the design we wanted it to look fast which is why the paint fades to the end. It drives by you like a ghost...
Savonia Chopper
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