Tsai Hsuan Hsieh

-Extracted Data from NASA to reconstruct star path via signal/noise analysis and their optical paths -Delivered guidance to bachelor students on optical simulation and data analysis

Industrial PhD in Physics with University of Basel on optics and material characterization with photonic methods(i.e., laser beam shaping, mirror optics, diffractive elements for spectrometers, and dealing with asphere structures and microlens arrays)

-Bridged industrial customers’ specification into optical system solutions with stray-light analysis and power studies using ray-tracing Established production line tests for optics elements in Shenzhen branch and improved yield by 5% -Liaison with key customers on internal and external system specifications to ensure products meet production team requirements -Reviewed, prototyped and tested mechanical design by checking key parameters to determine use of sensor

-Collaborated with TOSHIBA offering optical metrology solution packages for nanofabrication process monitoring and integrated fabrication processes -Designed and conducted optical overlay experiments in monitoring lithographic processes and scanner, thereby increasing the wafer monitoring efficiency from 40% to 60% -Designed and performed experimental processes for optical metrology, providing experimental data for publication at leading photo-lithography conference(SPIE)

Specialized in : Polymer Optics, Material Characterisation, Laser physics, Optics, Optoelectronic Components, Spectroscopic Methods

Project: Biomedical information content in hyperspectral diffuse reflectance imaging

Project: Analysis of the existence of exo-planet based on NASA database using optical astrophysics data