Berkcycle

The Berkcycle system will consist of bicycles and bicycle racks that will be designed and manufactured by the Berkcycle team to fit the need of the students of University of California, Berkeley campus. The bicycle will have one-size-fits-all design that will allow all students to comfortably ride the bicycle anywhere on campus. It will also be fitted with an electric generator and lithium polymer battery so that bicycle can produce electricity, which will be used by the bicycle and the rack as their only energy source, making the system completely self-sustainable in terms of energy. It will be a “smart” rack that will be operated by microprocessors to make renting out and returning bicycle as simple as scanning Cal ID. Combining all these components together, the Berkcycle will be the ideal bike rental system for Cal students, addressing most of the problems that currently exist in using bicycle as transportation today.

AgroMarketDay

The increasing ubiquity of mobiles in Uganda presents both opportunities and challenges, especially for critical sectors such as agriculture. In their various designs and capabilities, mobile phones can be found in the pockets of the wealthy and poor alike. Even in rural areas of Uganda, mobiles are growing in number and sophistication. The increase in mobile phone use should make developing a market for agricultural products easier, but in many districts farmers lack access to potential customers. AgroMarketDay, a mobile application, will share farmers’ information with potential customers so that they are be able to check out market days in the different districts and which products will be sold in the different markets.

Remote Cleft Therapy for Young Children through a Mobile Game

Speech therapy is not fun for children. It consists of frequent doctor visits and boring repetitive homework. Outside of the office, the therapist has no idea if the child performs the exercises correctly or at all. Modern speech recognition is capable of accurately detecting speech impediments, and the speed of current mobile devices makes it possible to use this in a game that reacts and responds to speech in real time. A tool like this on a mobile device will motivate children to practice their therapy exercises while also providing critical feedback and information to the therapist about how the child progresses outside of the office. This tool enables speech therapists to continue aiding children remotely, providing better care and enabling organizations to make an even bigger impact in a child’s life.

Inserting Innovation into Vision: UC Vision Project in Cambodia

The project will deliver vision correction to the poor in Cambodia, using self-adjustable glasses that allow the user to self-diagnose their own prescription. Once individuals determine their own prescriptions, they will be able to choose from standardized eyeglasses that fit a range of prescriptions. This approach allows a reduction in the cost of vision correction in several ways: first, it bypasses the high cost of customized prescriptions by using self-adjustable eyeglasses to diagnose and standardized eyeglasses to wear. Second, standardized eyeglasses allow customers to exchange or return the eyeglasses if they are not satisfied, which is impossible with customized eyeglasses. Third, by applying self-refraction technology and standardized eyeglasses for vision correction, an affordable eyeglasses supply chain can be established with the end price to the consumer being as low as $2.50 USD. Finally, since the process itself of self-diagnosis allows people to experience better vision first-hand even before purchasing, the self-refraction approach can increase their willingness to pay for vision correction compared to the conventional approaches, which merely allow for the optometrist to diagnose without the patient actually experiencing better vision.