Materials Design Lab at Stevens is dedicated to tackling challenges in sustainability by innovating energy storage technology. Our research, in order to achieve this mission, aims to offer design and synthesis principles of energy storage materials based on understanding how structure and chemistry together determine their properties. It is our strength that we carry out highly interdisciplinary research at the intersection of materials science, inorganic chemistry, applied electrochemistry, and chemical engineering. Our research topics include electrochemical materials design, in situ structural characterization, and scalable processing for energy storage applications. We are a fearless team of problem solvers with creative minds and ingenious skills.
The Department of Chemical Engineering & Materials Science at Stevens Institute of Technology has its research centered on practical problems related to energy, health, and defense. Our faculty, joined by a cohort of graduate students, postdoc scholars, and undergraduate researchers, has performed interdisciplinary and collaborative research, standing at the front line of emerging technology.
Stevens Institute of Technology is a private university established in 1870. The 55-acre campus at Hoboken, New Jersey is located on the Hudson River across from midtown Manhattan within a few minutes from New York City via public transportation. Our superb location offers excellent opportunities for close collaboration with nearby universities, Brookhaven National Laboratory, and major corporate research laboratories. More information is available at https://www.stevens.edu.
We are seeking for highly-motivated people to perform original and innovative research on electrochemical energy storage systems. To join the research team, please read instructions for the application requirement below. Failure to comply will disqualify your application.
Key research areas of potential interest include (1) rational design of solid electrolytes for all-solid-state batteries, (2) polymer-ceramic composite manufacturing by electrospinning, and (3) structural characterization of inorganic compounds using Synchrotron X-ray and electron microscopy.
To apply, send your (a) cover letter including your motivation and research interests and (b) CV including your academic achievement to jkim7 at stevens dot edu. If you want to hear something from me, remember to send me (a) AND (b).
PhD and postdoc openings depend on time and funding. See below for availability.
Stevens undergraduate and master's students for volunteer research internships are encouraged at any time. Applicants must have good academic standing with minimum B+ in thermodynamics. Contact us for availability.
Project details: High voltage cathode materials design, Transmission electron microscopy, Battery recycling
Areas of interest: Flexible batteries for biomedical applications (e.g., smart contact lenses)
We look forward to seeing you at Stevens!