The Abdul Latif Jameel food and water Systems Lab (J-WAFS) has launched the selection of their particular third cohort of graduate fellows. Two pupils will each enjoy one-semester graduate fellowships as part of J-WAFS’ Rasikbhai L. Meswani Fellowship for Water Solutions and J-WAFS Graduate Student Fellowship products. An extra student had been granted “honorable mention.” J-WAFS also support the three pupils by giving networking, mentorship, and opportunities to showcase their particular study.
The awarded pupils, Sahil Shah and Peter Godart of this division of Mechanical Engineering and Mark Brennan of this Department of Urban Studies and preparing, had been chosen when it comes to top-notch their particular analysis and its relevance to existing global water challenges. All of them demonstrates a long commitment to liquid issues, both in and outside of an educational environment. Their particular studies focus on changing water accessibility possibilities for people in susceptible communities where accessibility fresh-water for man usage or for farming can enhance personal health insurance and livelihoods. From having a solution to make use of aluminum waste to make electrical energy for clean liquid to making considerable improvements to the energy efficiency of desalination systems, these pupils demonstrate exactly how imagination and ingenuity can drive ahead transformational liquid accessibility solutions.
2019-20 Rasikbhai L. Meswani Fellow for Liquid Systems
Sahil Shah is just a PhD applicant within the division of Mechanical Engineering. He spent his youth in Tanzania, obtained their undergraduate education in Canada, and worked in Houston being an engineering expert before being interested in MIT to pursue their desire for mechanical design and equipment. As PhD pupil in Professor Amos Winter’s laboratory, he could be today working to reduce steadily the cost of desalination and enhance accessibility drinking water in developing nations.
His PhD analysis focuses on new methods to reduce the price and energy usage of groundwater treatment plan for drinking water. Presently, he is examining the usage of electrodialysis, which really is a membrane-based desalination procedure. By improving the design associated with the control components for this process, as well as by redecorating the products to quickly attain greater desalination performance, he seeks to diminish the cost of these methods and their particular power use. His solutions are piloted both in on-grid and off-grid programs in Asia, supported through the collaboration with customer products manufacturer Eureka Forbes and infrastructure company Tata works.
The 2019-20 J-WAFS Graduate Student Fellow
Peter Godart is just a PhD prospect inside Department of Mechanical Engineering, and also keeps BS and MS levels in mechanical manufacturing and a BS in electric engineering from MIT. From 2015 to 17, Godart in addition held an investigation scientist position within NASA jet-propulsion Laboratory (JPL), in which he managed the introduction of water-reactive material energy systems, developed pc software for JPL’s Mars rovers, and supported rover operations.
Godart’s existing research at MIT is targeted on improving worldwide sustainability by making use of aluminum waste to energy desalination and produce energy. Through this work, he aims to offer communities around the world having a method of enhancing both their particular waste management techniques and their climate change resiliency. He’s making a complete system that may consume scrap aluminum and result potable water, electricity, and high-grade mineral boehmite. This suite of technologies leverages the vitality available in aluminum, which can be the most energy-dense materials to which we have ready accessibility. The procedure makes it possible for recycled aluminum to react with liquid to create hydrogen gasoline, which could be properly used in fuel cells or internal-combustion machines to create electrical energy, heat, and power for desalination systems.
Mark Brennan actually PhD applicant in the Department of Urban Studies and thinking (DUSP). He studies the supply stores behind community programs offering items to susceptible communities, especially in water- and food-insecure areas. Their ongoing projects consist of learning which corporations shoulder threat in irrigation offer stores in the Sahel, and how United states national assistance programs are structured to offer relief after disasters.
Brennan is currently working together by way of a team of scientists at MIT Sloan class of control, MIT D-Lab, and DUSP on a J-WAFS-funded task this is certainly examining techniques to increase the availability of irrigation systems to tiny rural sub-Saharan African farmers, by having a specific concentrate on Senegal.