Wrote a new software package with C++ for customers to measure and test their motor devices (including AC Input/DCBus/Drive Output/Mechanical), responsible for the whole package including background algorithm and user interface

Wrote processors and a new software package for serial data analysis with C++ to help customers to test bursted signals (DDR signals) on oscilloscopes

Wrote and maintained test scripts (python) for DDR4/Displayport 1.2, maintained python scripts for customers to automatically perform full sets of DDR/HDMI/USB/Displayport electrical and timing tests

Wrote user manuals and algorithms for Motor/DDR electrical and timing tests

Constructed theory and mathematical model for general quantum spin systems for MR signals. Wrote programs to quantitatively describe the evolution of MR states

Designed pulse sequences that generate unitary polarization levels (106 higher than thermoequilibrium) for heteronuclei (13C, for instance) for both 3-spin and 4-spin systems

Tested the sequences both in simulation (C++) and experiments using HEP and succinate (more than 15% polarized in experiment)

Developed a method to precisely extract J coupling constants of given systems by analyzing the polarized data and constructed Monte Carlo model to calculate the resolution (Depending on the experiment error, the results are normally within 0.1Hz precision)

Developed Mathematical models for relaxation of singlet states and hyperpolarized states of 13C to study the decaying and relaxation rate of hyperpolarization