Education
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Ph.D in Mechanical and Automation Engineering (Advisor: Prof. Wei-Hsin Liao)
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The Chinese University of Hong Kong [July. 2015-Aug. 2021]
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B. Eng in Mechanical Engineering and Automation (Advisor: Prof. Prof. Yong Hu)
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Jilin University [Aug. 2011-Jun. 2015]
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Research Experience
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A novel and advanced sectioning system (microtome) for fresh soft tissue [Aug. 2021-present]
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Developed microtome with high working frequency (up to 360Hz) based on vibration cancellation by compliant mechanism.
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Developed an active vibration control platform and power amplifier module for microtome.
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Incorporating microtome into a single-photon microscope system for high resolution and fast 3D imaging of fresh tissue samples (on going).
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Adaptive Poisson’s ratio structures [July. 2019-Aug. 2021]
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Designed and fabricated a structure with adaptive Poisson’s ratio by direct FDM 4D printing.
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The Poisson’s ratio of structure could adapt from positive to negative.
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Designed structure could undergo large deformation.
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Direct 4D printing with shape memory polymer by fused deposition modelling (FDM) [July. 2015-Aug. 2019]
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Developed a direct FDM 4D printing method with shape memory polymer.
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Figured out the mechanism on inducing pre-strain during FDM printing process.
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Developed programming method for complex shape transformation from simple and flat structures (conical and doubly curved constructional structures, helical and twisting structures, double-helix DNA structure, functional
gripper obtained by shape transformation of 4D printing).
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Developed 3D macroscopic constitutive model for shape memory polymer.
A novel and advanced sectioning system (microtome) for fresh soft tissue [Aug. 2021-present]
-
Developed microtome with high working frequency (up to 360Hz) based on vibration cancellation by compliant mechanism.
-
Developed an active vibration control platform and power amplifier module for microtome.
-
Incorporating microtome into a single-photon microscope system for high resolution and fast 3D imaging of fresh tissue samples (on going).
Adaptive Poisson’s ratio structures [July. 2019-Aug. 2021]
-
Designed and fabricated a structure with adaptive Poisson’s ratio by direct FDM 4D printing.
-
The Poisson’s ratio of structure could adapt from positive to negative.
-
Designed structure could undergo large deformation.
Direct 4D printing with shape memory polymer by fused deposition modelling (FDM) [July. 2015-Aug. 2019]
-
Developed a direct FDM 4D printing method with shape memory polymer.
-
Figured out the mechanism on inducing pre-strain during FDM printing process.
-
Developed programming method for complex shape transformation from simple and flat structures (conical and doubly curved constructional structures, helical and twisting structures, double-helix DNA structure, functional gripper obtained by shape transformation of 4D printing).
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Developed 3D macroscopic constitutive model for shape memory polymer.
Working Experience
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Postdoctoral Fellow (Advisor: Prof. Shih-Chi Chen)
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The Chinese University of Hong Kong [Aug. 2021-2022]
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Teaching assistant (@The Chinese University of Hong Kong)
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MAEG5030 Geometric Computing for Design and Manufacturing [Fall. 2018]
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MAEG3020 Manufacturing Technology [Spring. 2018, 2017, 2016]
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MAEG2010 Computer-Aided Drafting [Fall. 2017, 2016, 2015]
Postdoctoral Fellow (Advisor: Prof. Shih-Chi Chen)
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The Chinese University of Hong Kong [Aug. 2021-2022]
Teaching assistant (@The Chinese University of Hong Kong)
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MAEG5030 Geometric Computing for Design and Manufacturing [Fall. 2018]
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MAEG3020 Manufacturing Technology [Spring. 2018, 2017, 2016]
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MAEG2010 Computer-Aided Drafting [Fall. 2017, 2016, 2015]