Research areas:

(1) Energy conversion materials and thermophysical properties;

(2) High-efficiency energy storage materials and mass-energy transfer;

(3) Advanced thermal management materials and systems.

In 2018, Teachers in this program won the first prize of the Shanghai Natural Science Award.

Academic Years

3-6 Years

Total Credits

17 Credits

Main Courses

Fundamental of Materials Science, Modern Instrumental Analysis for Materials, Functional Materials, Computation and Simulation of Materials, Solid phase Transformation and Diffusion, Frontier in Materials Science, Advanced Fluid Mechanics, Integral Equations and Inversion, Advanced Heat Transfer, Advanced Thermodynamics, Evolutionary Calculation, Principles of System Dynamics, Functional Analysis (II), Computational Materials Science, Nanomaterials, Advanced Materials Physical Chemistry, Solid State Physics, Crystals Science, Polymer materials science, etc.

Enrollment Targets and Requirements

Graduates who have had Master’s degrees in Materials Science and Engineering, Chemical Engineering, Mechanical Engineering, etc.