E²SHI offers fellowships to Johns Hopkins doctoral students to build research or teaching experience, while at the same time developing interdisciplinary expertise and breadth needed to address critical issues related to on one of E²SHI’s areas - or environment, energy supply and use, economic and ecological sustainability, or their relationship to public health. E²SHI currently offers several fellowships that are ordinarily granted for one academic year.
E²SHI Fellowships provide up to $25,000 for research that crosses disciplinary boundaries and would lead to doctoral dissertation research.
Gordon Croft Fellowships provide up to $5,000 to graduate students in the Whiting School of Engineering focusing on one of E²SHI’s related areas.
E²SHI is not accepting applications for fellowships at this time.
Meet the Fellows
2016-17 E²SHI Fellow
Department of Electrical and Computer Engineering, School of Engineering
Research Focus: Developing new materials for energy applications
Innovative energy technology often requires precious metals to drive the chemical reactions needed to improve materials for energy applications, such as batteries for electric vehicles or solar cells for photovoltaic systems. Previous work in this area has focused on gold and silver-based materials, which are costly and their extraction is typically harmful to the environment and people. To address this challenge, E²SHI Fellow Yan Cheng is seeking ways to produce inexpensive, earth-abundant materials, while increasing efficiency and reliability for energy applications.
Yan is drawing from electrical engineering, chemistry, optical physics and materials science to explore new ways to propel photocatalysis, or the process of using light to speed up chemical reactions. However, current photocatalysis approaches do not efficiently absorb ultraviolet (UV) light, and therefore, the chemical reactions are not efficient. Yan’s research aims to use aluminum-based plasmonic materials, which in turns helps to absorb visible light and transfer electrons to titanium dioxide, a critical material that makes photocatalysis happen. This is an exciting project that could propel photocatalysis to a new level – and potentially offer breakthroughs in energy technology.