Circuit Construction and Analysis
Modern Optical Systems Design and
Analysis
Virtual Instrumentation and Data
Acquisition
Computerized Data Analysis and
Simulation
Scientific Writing and Communication
Electromagnetic Theory and Applications
Thermodynamics and Quantum
Mechanics
Microsoft Office
LabVIEW
Logger Pro
Python
R
Fulcrum
Volunteer Experience
Customer Service
Pest Control Expertise
Valid Driver's License
English and Mandarin
I am a passionate, patient and skilled person. My major is physics in SFU. In the process of learning physics, I have the professional skills of physics and skillfully mastered the laboratory skills. The work and volunteer experiences makes me have better time management ability and communication ability. Moreover, these experience let me know how to help better and accept others.
Simulated quantum particle scattering off a potential barrier with Python
Computational Physics | Apr 2022
Results revealed a partial transmission of the wave packet through the barrier, with a portion being reflected due to its energy.
Measured the viscosity of glycerol
Physics Laboratory III | Dec 2021
Determined glycerol viscosity by studying sphere velocity in a cylinder of viscous liquid,
using an empirical correction formula to account for cylinder size.
Build a thermometer to measure the capacitance
Physics Laboratory IV | Apr 2022
Established a computer-circuit connection to develop a thermometer
Adjusted the temperature and observed how it affected capacitance
Designed and Investigated Chaotic Behavior in Circuits
Physics Laboratory V | Apr 2023
Built a chaotic circuit and debugged it to ensure proper functionality.
Chaotic circuits exhibited complex and unpredictable behavior, characterized by
sensitive dependence on initial conditions.
Calculated the diffusion constant of particles using a microscope
Physics Laboratory V | Apr 2023
Calibrating the microscope before using it to observe and analyze the motion of
particles
Analyzed to derive the diffusion constant of particles and plotted their displacement
using a Gaussian distribution
Optical Trapping
Physics Laboratory V | Apr 2023
Constructed and aligned the optical trap prior to implementation.
Confined dielectric particles within the high-intensity light region to evaluate trapping
efficiency.
Activity Volunteer
Terry Fox Running | Burnaby , BC | Oct 2018