On Friday, May 15th, the Grand Challenges Initiative hosted its annual Spring Showcase virtually. Team projects were available for online viewing and judging all week prior on the GCI Blog, and on Friday, student teams held a live Q&A via Zoom. Following the live Q&A, students, faculty, staff, and supporters of GCI gathered over Zoom
We are pleased to announce our first annual award for outstanding research publication by a Grand Challenges Initiative Postdoctoral Fellow. The award is supported by alumni of the Grand Challenges Initiative Postdoctoral Teaching and Research Fellows Program. The selection committee, which included Drs. Doug Dechow (chair), Anne Sonnenschein (’19), Jose Raul Gonzalez Alonso (’19) &
Welcome to this year’s virtual GCI Showcase! Projects will be online for viewing and judging all week, with live Q&A with student teams on Friday, May 15, beginning at 1:00 p.m. To join students for conversation, please consult the following schedule: GCI Showcase Schedule Finally, we invite everyone to join us at 2:45 p.m. as
In 2019, the Grand Challenges Initiative started the tradition of honoring a community partner that helps our students, our postdoctoral fellows, and our community reach our goal of inspiring and empowering the next generation of scientists and engineers. This year, we can think of no partner more deserving than MatterHackers. Based nearby in Lake Forest,
For society to transition to a fully renewable power grid without dependence on slowly dwindling fossil fuel energy sources, a means of renewable energy storage is required. Renewable energy production fluctuates pertinent to the time of day, such as in the case of solar power, where large amounts of solar power are generated during the
The goal of our project is to bring awareness and educate the general population about indoor air quality and the harmful effects that high particulate matter concentrations can have on us. We believe it is important to learn about indoor air quality because there is statistical evidence that shows indoor air quality can be worse
In the neonatal period of life, it is very important that the measured weight of the newborn is as accurate as possible. An inaccurate weight prevents healthcare professionals from being able to assess and gain accurate information regarding the newborn’s health. Our solution to this, is to use hydrostatic weighing. The hydrostatic weighing method is
Access to clean water in poverty-stricken communities poses a significant and expensive challenge globally. The effects of consuming unfiltered water are detrimental to health and physical well-being, as it may lead to waterborne and foodborne illnesses. Our solution, a slow-sand water filtration system, entails the use of inexpensive and abundant natural resources that are proven
Many people do not trust autonomous driving technology to control a vehicle for them. We developed a simulation to compare a user’s driving skills to those of an autonomous vehicle to prove that these vehicles can be trusted. Confidence in Autonomous Vehicles
To help mitigate the impacts of wildfires, we are creating a smoke detector sensor that has a stable power source, able to transmit a message through Raspberry Pi, and capable of detecting a wildfire when it occurs. We hope by developing this smoke detection system, we can help notify the authorities at a quicker rate