Tsung Hsing Chiang

Papers

Total Citations

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About

Tsung Hsing Chiang is a rising innovator in advanced manufacturing, whose work centers on light-based additive manufacturing and multi-material 3D printing. His primary research addresses a critical bottleneck in the field: the difficulty of integrating multiple materials into high-resolution, light-based printing processes. Chiang’s major contribution is the development of Meniscus-enabled Projection Stereolithography (MAPS), a novel technique that leverages liquid menisci to enable rapid, high-resolution printing of multi-material structures. His 2023 paper introducing MAPS has already garnered 6 citations, while its 2024 follow-up, “Multi‐Material Gradient Printing Using MAPS,” has accumulated 10 citations, demonstrating growing recognition. This work has profound implications for tissue engineering, soft robotics, photonics, and microfluidics—fields that demand intricate, functionally graded materials. By overcoming the constraints of conventional stereolithography, Chiang has opened new pathways for fabricating complex, heterogeneous 3D objects with unprecedented precision. His achievements mark him as a key figure in next-generation additive manufacturing, promising to accelerate innovation in both academic research and industrial applications.