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image copyright Shrihari Sankarasubramanian

Shrihari "Shri" Sankarasubramanian

Welcome to the research website of Dr. Shrihari "Shri" Sankarasubramanian! 

                                       Education:

                                       PhD in Chemical Engineering, Illinois Institute of Technology,                                             USA, 2016 

                                       BE in Chemical Engineering, Visvesvaraya Technological                                                 University, India, 2012

                                       Professional appointments: 

                                       3/20 - present - Senior Staff Research Scientist -                                                                Washington University in St. Louis

 

 

11/18 - 3/20 - Research Scientist - Washington University in St. Louis

2/17 - 11/18 - Postdoctoral Research AssociateWashington University in St. Louis  

9/12 - 12/16 - Research Assistant - Illinois Institute of Technology

1/12 - 4/12 - Intern - Tata Power Solar India Ltd. 

7/10 - 11/10 - Intern - GE India John F. Welch Technology Center

About me: I am presently a Senior Staff Research Scientist (equivalent to a research assistant professor with the ability to submit grants as a Co-PI) at Washington University in St. Louis in the lab of Prof. Vijay Ramani. I engineer electrochemical energy conversion and storage devices for grid-scale energy storage, electric automotive drive-trains and for use in the extreme environments of space and the deep ocean. I am also the technology to market lead for a $4M Advanced Research Projects Agency- Energy (ARPA-E) project seeking to develop anion exchange membranes for redox flow batteries. 

I obtained my PhD in Chemical Engineering from the Illinois Institute of Technology where I was at various times the Energy Technology Fellow and Dean's Scholar. During the course of my PhD, I worked with the Toyota Research Institute of North America (TRINA) to understand the oxygen reduction reaction (ORR) in high energy density lithium-oxygen batteries. The insights from my work resulted in 6 papers and a granted US patent for lithium-oxygen battery cathode catalysts.  

 

Following my PhD, I joined Washington University as a postdoc in 2017 to work on large scale redox flow batteries. I was promoted to the position of Research Scientist towards the end of 2018 and assumed my present role in early 2020. In these roles I have also helped lead the technology development, intellectual property protection and tech-to-market activities for the above mentioned ARPA-E project. This has resulted in $100,000 in external funding for technology translation and in 4 patents filed. 

 

Please look around and feel free to contact me with any queries.  

Here is the rest of my relevant academic web footprint - 

LinkedIn 

ORCiD

Scopus

ResearcherID