Jingyi LIANG

• Developed and conceptualized an optical sensing technique for continuous heart activity monitoring, demonstrating expertise in advanced biomedical device innovation. • Efficiently documented design processes and maintained robust communication with suppliers, ensuring smooth project progression and adherence to industry standards.

• Analyzed fiber optic network performance and conducted field surveys to identify and resolve network issues, ensuring optimal operation. • Utilized CAPFT and QGIS for accurate network load calculations, contributing to efficient telecommunication infrastructure planning and deployment. • Assessed necessary structural modifications in telecommunication infrastructure, balancing construction requirements with network performance and reliability.

• Conducted SoXS spectrograph simulation using Python; • Analyzed Type IIn supernova spectroscopic data collected by ZTF Survey; • Searched and identified young, fast-evolving transients by examining the filtered ZTF transient alert stream and triggered follow-up observations with the ZTF SNe Science Working Group. • Observation experience: three nights with the 2.28m telescope at Helmos Observatory, Greece

•Developed models for linear and non-linear centroid responses of Microelectro-mechanical deformable mirrors in high-order adaptive optics systems using Python, demonstrating skills in precision engineering & modeling relevant to sectors like aerospace & advanced manufacturing. •Conducted in-depth analysis of MEMS-DM characteristics, identified non-linear centroids, showcasing my ability in technical analysis, a critical skill in quality assurance & product development roles in technology-driven industries.

• Developed high-speed photodiode front-end for high SNR LED & laser spectrum measurement; • Conducted comparative analysis of performance between developed device & COTS product; • Analyzed and presented data findings for team discussion and decision making.