The challenges of our time cross boundaries, so universities and nations must do the same to solve them. That was the message President Ana Mari Cauce delivered during her keynote address Monday at the Tsinghua University Innovation and Big Data Forum in Beijing.
“The future health, prosperity, and well-being of our nations and our planet depend on our ability to cross boundaries and build relationships. Relationships between our students, who are the future leaders of our nations; between our faculties, who are driving innovation around the world; and between our countries, as leading players on the global stage,鈥 Cauce said.
Cauce said the opportunities of 鈥渂ig data鈥 are perhaps most evident in public health, an area that is an area of particular strength for the UW. She discussed work by both the and the to bring big data to bear on health challenges, from adverse pharmaceutical reactions to the effects of pollution.
IHME鈥檚 ongoing work with Chinese researchers and health agencies are identifying community-by-community health trends and challenges, and this enables a systematic approach to solving these challenges.
鈥淲here you鈥檙e born matters. And by harnessing big data we鈥檙e able to see for the first time just how much it matters, to identify the hidden boundaries between us, and to do something about them,鈥 Cauce said.







Much of that data may be collected by sensors in development by . His research involves using sensors to improve health and sustainability, including the sensors on mobile phones 鈥 namely microphones and cameras. Patel, the Washington Research Foundation Entrepreneurship Endowed Professor in Computer Science & Engineering and Electrical Engineering, has been developing tools that utilize these everyday sensors to diagnose everything from pulmonary conditions to infant jaundice. He鈥檚 also researching how energy and water usage can be better managed through residential sensing technology.
, a Ph.D. candidate in electrical engineering, has focused his research around wirelessly powering the technologies that are playing an increasing role in shaping 鈥 and even saving 鈥 our lives. One of his innovations provides a way to wirelessly power left ventricular assist devices, which keep patients alive while awaiting heart transplants. Currently, these must be powered through a wire that pierces the skin, heightening the risk of infection. He’s also developing ways to power mobile robotics, from drones to robotic vacuum cleaners.