Applied statistical methods and programming skills to solve questions of space physics and biophysics. Presented research results at international conferences and published in one peer-reviewed journal.▪ Implemented Monte Carlo simulation in C to model charged particle movements in space and visualized the predictions with plots in Python.▪ Designed experiments, collected X-ray diffraction data, and analyzed the data with ANOVA and regression techniques in Python.▪ Used management and communication skills to create a more efficient lab inventory system that facilitated the research process.

PHYS 201 Waves and OpticsPHYS 302 Intermediate Electrodynamics.Instructed 30+ undergraduates of different backgrounds for five semesters.

• Served as a liaison between lecturers, TAs and vendors to organize lecture materials and to upgrade instruments in the General Physics Laboratory.• Cooperated with lab members to troubleshoot, calibrate and maintain X-ray machines.• Applied ANOVA to improve X-ray data analysis programs in Python.