Assoc. Prof. Dr. Qinnan Chen, Xiamen University, China
Dr. Qinnan Chen is an Associate Professor at the Pen-Tung Sah Institute of Micro-Nano Science and Technology, Xiamen University, China. With a Ph.D. in Optical Engineering from Tianjin University, Dr. Chen specializes in cutting-edge research in light-matter interactions, micro/nano-structure evolution, and multi-physical perception technologies. His work is at the forefront of extreme-environment photoelectric sensing and micro-nano manufacturing for aerospace and renewable energy sectors. Over his academic career, Dr. Chen has led prestigious national and provincial research projects and published prolifically in top-tier journals. His innovations in sensor design and microfabrication have garnered significant citations, demonstrating a high impact on the field. As a senior member of multiple scientific societies and an active editor, he contributes broadly to the scientific community. Dr. Chen’s commitment to interdisciplinary excellence continues to inspire emerging scholars and drive technological breakthroughs in advanced engineering systems.
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🌟 Assessment of Dr. Qinnan Chen, Ph.D. – Suitability for the Research for Best Researcher Award
Dr. Qinnan Chen, currently serving as an Associate Professor at the Pen-Tung Sah Institute of Micro-Nano Science and Technology, Xiamen University, exemplifies the caliber of an ideal candidate for the Research for Best Researcher Award. His career reflects sustained excellence in micro/nano-scale science and technology, particularly in the areas of photoelectric sensing, micro-nano manufacturing, and extreme-environment sensor applications. With over 1,500 citations and an impressive H-index of 26, his scientific influence and research productivity are significant.
Dr. Chen’s academic trajectory—from Ph.D. in Optical Engineering to postdoctoral and faculty appointments—demonstrates a commitment to innovation and interdisciplinary application. His work under China’s National Natural Science Foundation and Major Provincial Science and Technology Projects speaks to both the national and regional significance of his research. Furthermore, his active role in courses related to electrical engineering, optics, and nano-manufacturing shows a commendable dedication to cultivating future researchers.
🎓 Education
Dr. Qinnan Chen received his Ph.D. in Optical Engineering from Tianjin University in 2015. His doctoral research laid a robust foundation in photonics, fiber sensing, and optical instrumentation, equipping him with advanced theoretical and practical skills in nano-optics and sensor systems. He previously earned his bachelor’s degree in Optoelectronic Information Science and Engineering through a joint program between Tianjin University and Nankai University in 2010. This program emphasized photonics, electronics, and material sciences, shaping his early interest in micro/nano systems and their applications. The multidisciplinary training Dr. Chen acquired has been instrumental in his ability to bridge engineering with materials science, enabling him to pursue high-impact research in extreme-environment sensing and manufacturing. His academic pathway reflects a strong emphasis on precision instrumentation, smart materials, and advanced fabrication technologies, forming the backbone of his current innovative work in high-temperature sensors and aerospace micro-devices.
💼 Professional Experience
Dr. Qinnan Chen currently serves as Associate Professor at Xiamen University (2023–Present), where he continues his groundbreaking research on extreme-environment sensors and micro-nano devices. Prior to this role, he was an Assistant Professor (2018–2023) and earlier, a Postdoctoral Fellow (2015–2018) at the same university. His academic journey is rooted in advancing microfabrication methods and multi-functional sensors for aerospace and energy applications. Dr. Chen has been the principal investigator on major national grants including projects from the National Natural Science Foundation of China and the National Key R&D Program. He also holds various part-time academic roles, such as Editor for Nanotechnology and Precision Engineering and Technical Observer in national standardization committees. Alongside teaching core engineering courses, he actively mentors undergraduate and postgraduate students. Dr. Chen’s leadership in research and education is helping shape the next generation of micro-nano engineers and driving the future of intelligent sensing technology.
🏅 Awards and Recognition
Dr. Qinnan Chen has received multiple prestigious awards recognizing his contributions to engineering innovation and education. Notably, he was honored with the First Prize for Science and Technology Progress of Fujian Province (2022) and Second Prize for Science and Technology Progress of Xiamen City (2020). He earned the Second Prize for Outstanding Academic Papers in Natural Sciences in Fujian Province (2020), acknowledging his research excellence. Dr. Chen was nominated for the 2022 MINE Outstanding Young Scientist Award and won Second Prize in Fujian Province’s Young Teachers’ Electrical Engineering Competition (2023). As a high-level talent recognized by both Fujian Province and Xiamen City, he is deeply engaged in national and provincial research initiatives. He is a senior member of the Chinese Micro-Nano Technology Society, the Chinese Optical Society, and more. His accolades reflect both scholarly distinction and leadership in China’s evolving engineering landscape.
Dr. Qinnan Chen’s research expertise lies in light-matter interaction, property-structure evolution, multi-physical perception, and conformal microfabrication. He has developed state-of-the-art polymer-derived ceramic sensors for high-temperature applications, with successful implementations in aerospace and new energy systems. His skillset spans 3D printing of ceramic thermistors, thin-film strain and heat flux sensors, and direct ink writing of nanomaterials. He exhibits mastery in extreme-environment testing, plasma-based devices, and micro-nano manufacturing. As a corresponding author of numerous high-impact publications, he merges theory and application, consistently pushing boundaries in sensing technologies. Dr. Chen is adept at managing interdisciplinary projects across materials science, optics, mechanical engineering, and thermal systems. His research continues to advance China’s strategic capabilities in smart sensing and microscale device innovation. With over 1500 citations and an h-index of 26, he exemplifies excellence in high-impact engineering research.
Publication Top Notes
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A high-efficiency multiple events discrimination method in optical fiber perimeter security system
Authors: K Liu, M Tian, T Liu, J Jiang, Z Ding, Q Chen, C Ma, C He, H Hu, X Zhang
Journal of Lightwave Technology, 33 (23), 4885-4890
Citations: 84 | Year: 2015
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An elimination method of polarization-induced phase shift and fading in dual Mach–Zehnder interferometry disturbance sensing system
Authors: Q Chen, T Liu, K Liu, J Jiang, Z Ding, L Zhang, Y Li, L Pan, C Ma
Journal of Lightwave Technology, 31 (19), 3135-3141
Citations: 73 | Year: 2013
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3D printed microfluidic chip for multiple anticancer drug combinations
Authors: X Chen, H Chen, D Wu, Q Chen, Z Zhou, R Zhang, X Peng, YC Su, D Sun
Sensors and Actuators B: Chemical, 276, 507-516
Citations: 63 | Year: 2018
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An improved positioning algorithm with high precision for dual Mach–Zehnder interferometry disturbance sensing system
Authors: Q Chen, T Liu, K Liu, J Jiang, Z Shen, Z Ding, H Hu, X Huang, L Pan, …
Journal of Lightwave Technology, 33 (10), 1954-1960
Citations: 60 | Year: 2015
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Note: Improving spatial resolution of optical frequency-domain reflectometry against frequency tuning nonlinearity using non-uniform fast Fourier transform
Authors: Z Ding, T Liu, Z Meng, K Liu, Q Chen, Y Du, D Li, XS Yao
Review of Scientific Instruments, 83 (6)
Citations: 56 | Year: 2012
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Cryogenic temperature measurement using Rayleigh backscattering spectra shift by OFDR
Authors: Y Du, T Liu, Z Ding, Q Han, K Liu, J Jiang, Q Chen, B Feng
IEEE Photonics Technology Letters, 26 (11), 1150-1153
Citations: 55 | Year: 2014
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High-temperature electrical properties of polymer-derived ceramic SiBCN thin films fabricated by direct writing
Authors: C Wu, X Pan, F Lin, Z Cui, X Li, G Chen, X Liu, Y He, G He, Z Hai, Q Chen, …
Ceramics International, 48 (11), 15293-15302
Citations: 49 | Year: 2022
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TiB₂/SiCN thin-film strain gauges fabricated by direct writing for high-temperature application
Authors: C Wu, X Pan, F Lin, Z Cui, Y He, G Chen, Y Zeng, X Liu, Q Chen, D Sun, …
IEEE Sensors Journal, 22 (12), 11517-11525
Citations: 46 | Year: 2022
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Direct write of a flexible high-sensitivity pressure sensor with fast response for electronic skins
Authors: Y Luo, D Wu, Y Zhao, Q Chen, Y Xie, M Wang, L Lin, L Wang, D Sun
Organic Electronics, 67, 10-18
Citations: 44 | Year: 2019
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Polymer-derived ceramic thin-film temperature sensor
Authors: Z Cui, X Li, X Pan, G Chen, Y Li, J Lin, C Wu, X Liu, T Yang, Z Hai, G He, …
Sensors and Actuators A: Physical, 332, 113038
Citations: 43 | Year: 2021