Projects

A new alchemical free energy methods that combines expanded ensemble and Hamiltonian replica exchange to solve the limitations of both.

A new advanced sampling method that allows enhanced configurational sampling in alchemical free energy calculations.

A screening method for assessing the proteolytic stability and dimerization propensity of O-glycosylated insulin using molecular dynamics.

In this internal project within the Shirts Research Group, we improved physical_validation, which is a Python package for testing the physical validity of molecular simulations.

In this project, I successfully implemented Boltzmann generators from scratch and reproduced the data presented in the original paper published in Science.

Undergraduate studies that led me to co-author 4 journal papers and earn 5 prizes in oral/poster presentation competitions at different conferences.

This work was awarded the 3rd prize in the 2017 Collegiate Process Design Competition held by Taiwan Institute of Chemical Engineers.

The development of MATLAB codes for estimating the fluorophore diffusivity in FRAP experiments.