The multiscale, multiphysics modeling of electrochemical systems lab in Mechanical 
Engineering, University of Texas at Dallas is searching for 2 enthusiastic Ph.D. 
candidates in the area of modeling and simulation of electrochemical devices. The 
successful candidate will use mulitscale and multiphysics model and experiment 
coupling method to explore fundamental transport, kinetic mechanisms, 
electrochemical-mechanical coupling of solid oxide electrolysis cells with 
synthetic or reconstructed microstructures. The specific application includes 
solid oxide electrolysis cells/fuel cells, mixed conducting membrane reactors, 
Lithium-ion batteries.
Skills/Qualifications:
•	Required: Hold a MS in Engineering, with a minimum graduate GPA of 3.50.
•	Required: A prior background in thermal fluids related applications, such 
as electrochemical devices, combustion, heat exchanger.
•	Required: Proficient with Comsol/ANSYS, Matlab, Auto CAD/Solidworks.
•	Desired: Experience with Dream3D, ISOMESH, imaging processing, cluster 
computing, machine learning.
Candidates should have a M.S. in engineering related field. This is a four-year 
position supported with full tuition coverage and a yearly stipend. Interested 
candidates should email a cover letter and CV to Xinfang.Jin@utdallas.edu.