The purpose of this task was to experience the use of an object’s physical properties as inspiration for creating new interactions. By the end we should be able to:
- Identify input-output systems.
- Visualise manufacturing solution around: enclosure, size, assemblies, physical interface, etc.
- Consider physical properties of electronic devices in new ways.
- Explore ‘materiality’ of a product for communicating: Feedback -> Attention -> Status
The product we chose to analyse was a DJ sound system.
The deconstruction process involved multiple people and the use of tools such as screw drivers and pliers to remove small objects such as screws.
Once fully deconstructed it was possible to identify the individual components of the product that have been used in the assembly. For example; the shell, screws, push buttons, turning knobs and sliders. Each part requires a different input to produce multiple and different outputs/actions.
It was very quickly discovered that the click that was produced when the buttons were pressed enhanced the user experience by providing a satisfaction and affirmation that the action had been completed.
The end result of the redesigned product was relatively low-tech but used the resources available and kept the interaction very simple. Basically the DJ system was created into a turn table that used the spinning disks to rotate a drink in the direction desired by the user.
