You might be wondering what a high school student can do to help address climate change. In his fascinating talk on his experimental research into energy independence, Dhruvik Parikh offers unique theories in the form of agricultural waste and “close-looped” systems where the waste of production can be used to fuel the next round of production creating local systems that are self-sustaining. Dhruvik also addresses concepts for community access to clean water and energy storage where whole communities work to develop their own collective renewable energy system. By examining the environmental and economic considerations of harnessing energies already available, Dhruhvik sees a future where cities can be self-sustaining and communities can thrive. Student at Henry M. Jackson High School, Mill Creek, Washington. Participant in a variety of clubs including the Technology Student Association and MIT Launch Club. Co-founded startup, Travalot, at the prestigious MIT Launch startup incubator. Managed strategy and operations for the company. Interested in finding solutions to the energy storage conundrum. Developed a novel method of biodiesel production using winery waste and engineered a membrane for redox flow batteries for superior conductivity. Is passionate about "distributed energy" and the equitable rollout of new technologies in developing countries. Well versed in Java and Python. Currently working on a deep learning approach to identify promising materials as components of redox flow batteries. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx