Vanderbilt University
2017-2019 Software Fellow
Adviser: Prof. Jens Meiler
MolSSI Software Mentor: Dr. Doaa Altarawy
“Machine-learning models used for drug discovery through local similarity-based descriptors with traditional autocorrelation descriptors"
Washington University in St. Louis
2019 Software Fellow
Adviser: Prof. Jay W. Ponder
MolSSI Software Mentor: Dr. Andrew Abi-Mansour
“GPU-accelerated library of the next-generation force fields and enhanced sampling methods for molecular dynamics simulations"
Purdue University
2022-23 Software Fellow
Advisor: Prof. Daisuke Kihara
MolSSI Software Mentor: Drs. Jessica Nash, Sam Ellis and Jing Chen
"We will develop a computational method for modeling DNA and RNA from cryo-EM maps."
University of Wisconsin-Madison
2024-25 Software Fellow
“Implementing constrained multicomponent time-dependent density functional theory for simulating excited state dynamics with nuclear quantum effects.”
Washington University School of Medicine
2020 Software Fellow
Advisor: Prof. Gregory R. Bowman
MolSSI Software Mentor: Dr. Sina Mostafanejad
“Deep learning to identify the mechanistic basis for biochemical differences between protein variants"
University of Rochester
2020 Software Fellow
Adviser: Prof. Andrew White
MolSSI Software Mentor: Dr. Eliseo Marin-Rimoldi
“Development of an automated, complete coarse-grained simulation model"
Iowa State University
2020-2021 Software Fellow
Adviser: Prof. Mark S. Gordon
MolSSI Software Mentor: Dr. Taylor Barnes
“Development of a high-performance, open source library for fragment-based ab initio quantum chemistry simulations"
Purdue University
2024-25 Software Fellow
"Design and implementation of a software pipeline for extracting representative subsets of molecular science datasets to enable efficient neural network training and greater insight into the underlying distribution of the datasets."
University of Washington
2017 Software Fellow
Adviser: Prof. Xiaosong Li
MolSSI Software Mentor: Dr. Benjamin Pritchard
“Development of high-performance and scalable relativistic electronic structure methods for the ab initio prediction of molecular properties"
University of Florida
2022-23 Software Fellow
Advisor: Prof. Rodney Bartlett
MolSSI Software Mentor: Dr. Taylor Barnes
“Developing an economical way of capturing strong correlation effects using a Coupled Cluster method based entirely on T2”