Jiaqi Jiang

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About

Jiaqi Jiang is an emerging researcher specializing in integrated sensing technologies, with a focus on the intersection of optics, mechanics, and electronics in precision measurement systems. Their work centers on the development of advanced angular displacement sensing solutions, particularly in designing fully integrated chip-level architectures that consolidate traditionally separate optical, mechanical, and electronic components into cohesive, compact systems. This interdisciplinary approach addresses longstanding limitations in conventional angular displacement sensors, pushing the boundaries of miniaturization and performance in digital measurement devices. Jiang's most notable contribution to date is their 2023 work on a fully integrated line array angular displacement sensing chip, which holds significant implications for high-demand application domains including communication systems, servo control, and aerospace technologies — fields where precise angular measurement is mission-critical. This work demonstrates a sophisticated understanding of both fundamental sensing principles and practical engineering constraints. While still in the early stages of their academic career, with citations beginning to accumulate, Jiang represents a promising voice in the precision instrumentation and integrated photonics communities. Students and collaborators working in embedded sensing, robotics, or aerospace instrumentation would find Jiang's research trajectory particularly relevant and worth following closely.