•Wrote a Python program to extend Tully’s surface hopping algorithm to arbitrary allow electronic relaxation.•Developed a Python GUI for simulating cyclic voltammetry data using a grid-free Green’s function approach.•Extended the Q-Chem software package with a C++/Fortran module to calculate ab initio hyperfinecouplings between molecular excited states and authored a paper describing the results for a model system.

•Carried out mouse immunizations, mammalian cell transfections, flow cytometry, PCR, and inhibitoryantibody cell assays to study malaria vaccine candidates in vitro in a BSL-2 lab setting.•Conducted statistical analysis of experimental results in R and generated figures for publication.•Wrote image analysis scripts in R to detect cells in microscopy images.

Worked as a line employee, cashier, dishwasher, and associate trainer.