Experience

• It's been great!

I work with Prof. Ronald K. Hanson to acquire a Ph.D. degree in Mechanical Engineering (also a Ph.D. minor in Electrical engineering). My research interests are:

• Fundamental spectroscopy, especially in absorption intensities/opacities and line shapes

• Optical sensing solutions for environmental and industrial pollutant monitoring

And my coursework focus on:

• Mechanical engineering: combustion, energy system, chemical kinetics, physical gas dynamics, plasma

• Electrical engineering: spectroscopy, semiconductor fabrication, quantum mechanics, optics, lasers, photonics, digital signal processing, convex optimization, machine learning

Nonequilibrium Process in High-Temperature Gases (ME 362B, Winter 2021)

• Held weekly problem/review sessions to supplement the lectures as well as office hours to assist the students

• Prepared homework, exams, and solutions for the course

Optical Diagnostics and Spectroscopy Laboratory (ME 367, Spring 2018/2019)

• Designed and led the lab sessions of Fourier transform infrared spectroscopy

• Studied towards a Bachelor of Science degree in Mechanical Engineering

• Advised by Dr. Euiwon Bae (at Applied Optics Laboratory) to develop laser-based inspection solutions with speckle analysis for monitoring the PVD-growth of nanomaterials

• Advised by Prof. Robert P. Lucht (at the Lucht Group) to study CH4/CO2/air premixed flames via Coherent Anti-Stokes Raman Spectroscopy (CARS) thermometry and one-dimensional COSILAB numerical simulations

Boiler Up!

• Studied towards a Bachelor of Science degree in Mechanical Engineering & Automation

• Advised by Prof. Yixi Zhao under the Participation in Research Program, to study the bending/rolling process of advanced high strength steel with ABAQUS simulations

• Accepted in the Dual-Degree 2+2 Program in ME of SJTU and Purdue University