Braking System for a Longboard

The goal of this project was to design, manufacture and test a braking system for longboards that allows for controlled deceleration of the board and the rider. Currently longboards do not come with a system for controlling speed or stopping, and alternative methods for braking on a longboard are difficult and can result in injury. Our system allows the rider to use a pedal to transfer stepping force to a friction interface with the ground. The design process was guided by the principals of axiomatic design. The prototype was manufactured using CNC machines, rapid prototyping and urethane casting. Tests were performed for functionality, ride-ability and braking performance

Divertimi: A Tourist Guide to a Unique and Enriching Experience

This project lays a foundation for the development of an e-tourism website by Azienda di Promozione Turistica della Provincia di Venezia, the provincial tourism authority in the Veneto region of Italy. Our design employs individual and group profiling to recommend destinations and attractions. Social networking and various forms of user-generated narratives support travel recommendations. Finally, we propose a system for offering a personalized trip package based on user interests