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Computational Materials Science
Qi Research Group

Postdocs

Subhendu Chakraborty

PLACE HOLDER

Subhendu Chakraborty joined Prof. Qi's group in June 2024. He is working on atomistic simulations of deformation defects in transition metal alloys.

Contact Info

Email: subhendu@umich.edu
Address: 2158 H. H. Dow

Ganlin Chen

PLACE HOLDER

Ganlin Chen was born in Yancheng, Jiangsu Province, P.R. China. He received the B.S. in New Energy Materials and Devices (Sino-foreign Cooperation) from Soochow University (Suzhou, P.R. China) in 2019. He was a PhD student in Qi's group and worked on deformation mechanisms due to twinning and phase transformation in Ti alloys. He successfully defended his Ph.D. dissertation in May 2026 and is a Postdoc in Qi's group.

Contact Info

Email: gavincgl@umich.edu
Address: 2158 H. H. Dow

Graduate Students

Jierui Zhao

PLACE HOLDER

Jierui Zhao got my Bachelor's degree at East China University of Science and Technology in 2020. He earned his Masters degree in Materials Science and Engineering from the University of Michigan in 2023. He is now pursuing a PhD in MSE at the University of Michigan. He is applying first-principles simulations, atomistic simulations, and machine learning to investigate the dislocation properties in advanced alloys, particularly refractory complex concentrated alloys (RCCAs).

Contact Info

Email: jieruizh@umich.edu
Address: 2158 H. H. Dow

Pravendra Patel

PLACE HOLDER

Pravendra Patel is applying first-principles and atomistic simulations, as well as machine learning, to investigate diffusion and phase transformations in advanced alloys, particularly refractory complex concentrated alloys (RCCAs).

Contact Info

Email: pravendr@umich.edu
Address: 2158 H. H. Dow

Amanda Boahemaa

PLACE HOLDER

Amanda Boahemaa is applying first-principles and atomistic simulations to investigate grain-boundary segregation and migration in metallic alloys.

Contact Info

Email: boahemaa@umich.edu
Address: 2158 H. H. Dow

Yijie Sun

PLACE HOLDER

Yijie Sun is applying first-principles and atomistic simulations, as well as machine learning, to investigate nucleation and growth of III-V semiconductors.

Contact Info

Email: yijiesun@umich.edu
Address: 2158 H. H. Dow