- Design and develop 2D pupil expansion waveguide by using Polarization Volume Grating(PVG) - Calculate PVG period and layout range in waveguide - Raytrace diffraction efficiency TIR ray - Output Image angular/spatial luminance uniformity analyze and evaluate

- Research and develop the optical layout design of augmented reality (Augmented Reality, AR)head-mounted display products. - According to the layout principle k-domain, calculated the appropriate grating period, waveguide refractive index and grating layout range. - According to the requirements of the supervisor, design the AR optical waveguide hardware with a 60 degree field of view. - Use optical simulation software (RSoft, LightTools) to design one-dimensional gratings and waveguides, simulate and verify the correctness of AR layout principles. - Cooperate with the optimization algorithm developed by colleagues to optimize the luminance uniformity of imaging light. - Compiled AR optical waveguide simulation SOP design and optimization process. News: https://www.cna.com.tw/amp/news/ahel/202302090047.aspx

協助老師物理實驗教學並幫忙排解學生在實驗過程中所遇到的問題。