Collaborated with a team of experienced scientists and researchers on a funded research project -a project that I adapted as my master thesis topic.In this project, I employed the computational quantum-chemistry toolbox, i.e. post-Hartree-Fock electronic-structure theories (couple-cluster method, CC) as well as density functional theory (DFT) to evaluate two-photon absorption properties of several difluoroborate dyes.

Assisted first-year master students in their computational chemistry laboratory. My role included leading the discussion and providing individualized support to students regarding the technical work in their laboratory assignments.

Collaborated with Professor and Lab Technician to conduct well-organized Laboratory Work in Chemical Engineering Operation Course

Demonstrated the Chemical Engineering theory into real industrial cases and developed the Mass Balance formula assisted by the company's staff to analyze the efficiency of the process.