Industrial design Made by: Alessandro Forlani,Marco Corradini,Danny Eldering,Dennis Brouw

Definition of industrial design The objective of this area is to study both function and form, and the connection between product, the user and the environment. The objective of this area is to study both function and form, and the connection between product, the user and the environment. The professionals are or specialized in small scale design, industrial design engineers do not design the gears or motors that make machines move but they can affect technical aspect through usability design and form relationships. The professionals are or specialized in small scale design, industrial design engineers do not design the gears or motors that make machines move but they can affect technical aspect through usability design and form relationships. Design is often difficult to describe to non-designers and engineers because the meaning accepted by the design community is not one made of words. Design is often difficult to describe to non-designers and engineers because the meaning accepted by the design community is not one made of words. Instead, the definiotion is created as the result of acquiring a critical framework for the analysis and creation of artifacts. Instead, the definiotion is created as the result of acquiring a critical framework for the analysis and creation of artifacts. According to the Chartered society of designers, design is a force that delivers innovation that inturn as exploited creativity According to the Chartered society of designers, design is a force that delivers innovation that inturn as exploited creativity

History of industrial design First use of term: Joseph Sinel, 1919 First use of term: Joseph Sinel, 1919 Earliest similar use: Art Union Office, 1839 Earliest similar use: Art Union Office, 1839 Lyon, 1750 silk patterns Lyon, 1750 silk patterns

Process of design Various methods of design are used: sketching, comparison, model making, prototyping and testing Various methods of design are used: sketching, comparison, model making, prototyping and testing First step: a 3D model First step: a 3D model Second step: building a prototype Second step: building a prototype Third step: testing the model with CT scanning Third step: testing the model with CT scanning Fourth and final step: If the prototype passes the testing, and improvements have been made than the real product is made and made ready for the market and selling Fourth and final step: If the prototype passes the testing, and improvements have been made than the real product is made and made ready for the market and selling

Our project ‘the shark car’ We made an amfibious car called the shark car We made an amfibious car called the shark car

How does it work? It has a sail on the roof, so if you just want to cruise you can just turn of the engine and let the wind take you away It has a sail on the roof, so if you just want to cruise you can just turn of the engine and let the wind take you away The turbines are located on the bottom of the vehicle, one for the forward thrust that points out to the back and one for floating that points down The turbines are located on the bottom of the vehicle, one for the forward thrust that points out to the back and one for floating that points down The exhaust and the engine are located on the top of the trunk of the car, this is so that they won’t go under the water while the vehicle is in the water The exhaust and the engine are located on the top of the trunk of the car, this is so that they won’t go under the water while the vehicle is in the water

For who and why? We have made the car for people who live in in places like Amsterdam and Venice. We have come to this idea because when we went to Venice we saw that Venice was only accessable by boat or foot. Also people that live on groups of islands can go from one island to the other without a change of vehicle. It’s very practical for Venice or Amsterdam because people can go from the mainland straight to their homes and park the car on the water. We have made the car for people who live in in places like Amsterdam and Venice. We have come to this idea because when we went to Venice we saw that Venice was only accessable by boat or foot. Also people that live on groups of islands can go from one island to the other without a change of vehicle. It’s very practical for Venice or Amsterdam because people can go from the mainland straight to their homes and park the car on the water.