The postdoctoral researcher will work in a Focused Research Group sponsored by the National Science Foundation on Mathematical Modeling of Rechargeable Batteries, which includes Prof. Gerbrand Ceder (MIT, Materials Science) and Prof. Katsuyo Thornton (U. Michigan, Materials Science). The postdoc will develop a predictive modeling framework for Li-ion batteries based on non-equilibrium thermodynamics, including transport phenomena, phase separation dynamics, solid mechanics, and electrochemical reactions.
Candidates should have a PhD in applied mathematics, chemical engineering, materials science, electrochemistry, or related fields. Relevant skills include numerical solution of partial differential equations, asymptotic analysis, and applied probability. Knowledge of materials science and electrochemistry would also be desirable.
Send C.V.s to bazant@mit.edu by October 1, 2009 or until the position is filled. An early start date in Fall 2009 is preferred, for a two-year appointment.
The postdoc will develop new methods of microfluidic water purification and desalination. The work will combine theory and experiment, with emphasis on the latter. The postdoc will setup new experiments and must have experience in experimental microfluidics. Expertise in electrochemistry and applied mathematics would also be helpful.
Start date: negotiable. Apply by October 1, 2009, or until the position is filled.
Project Description: The student will work with an interdisciplinary team spanning chemical engineering, materials science, and applied mathematics to develop computational models for Li-ion batteries. Specifically, the student will develop a code to solve a system of differential equations for the response of a composite cathode, modeled by an nonlinear equivalent circuit. One goal is to predict the voltage-current response of new "ultrafast" lithium cathodes developed at MIT.
Prerequisites: Programming skills, MATLAB, 18.03.
2009-2010 academic year. 10 hours/week paid position.
bazant@mit.edu