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Research on Flexible Electronics

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Prof. Hongyu YU of the Department of Mechanical and Aerospace Engineering (MAE) of the HKUST focuses on designing and fabricating origami or metastructure-enabled flexible devices and electronics in all macro-scale, micro-scale, and nano-scale levels. Origami structures, typically wavy structures and Miura-ori structures are natural stretchable structures that can help endow otherwise rigid or non-stretchable material with good stretchability. Origami designs are also used for exotic material properties, such as increasing mechanical strength or for sound absorption. 

 

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Issue 5 | Dec 2022

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Research on Flexible Electronics

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Prof. Hongyu YU of the Department of Mechanical and Aerospace Engineering (MAE) of the HKUST focuses on designing and fabricating origami or metastructure-enabled flexible devices and electronics in all macro-scale, micro-scale, and nano-scale levels. Origami structures, typically wavy structures and Miura-ori structures are natural stretchable structures that can help endow otherwise rigid or non-stretchable material with good stretchability. Origami designs are also used for exotic material properties, such as increasing mechanical strength or for sound absorption. 

 

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New Equipment and Process Capabilities

HKUST has been awarded the CRF Collaborative Research Equipment Grant (CREG) from the Research Grant Council in 2020/21, C6002-20EF. The project which purchased a high-accuracy wafer polisher and the bonders for heterogeneous integration is led by Prof. Andrew POON. 

NFF(CWB) greatly appreciates the leadership of Prof. POON and the Research Grant Council’s financial support for this project.

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New Equipment under Service

The installation of ICP etcher for compound semiconductor and plasma enhanced chemical vapor deposition (PECVD) system were completed in 2022.

Wet-stations upgrade: NFF(CWB) is working on the replacement of all wet-stations over the next several years due to equipment aging. The replacement of wet-station A and wet-station B were completed in 2022. These wet-stations are heavily used by our users for wafer cleaning.

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Nanofabrication Demonstration Laboratory

Nanofabrication Demonstration Laboratory (NDL) is a new class 10,000 cleanroom at Rm 3114. With this cleanroom facility, the NFF(CWB) can strengthen process training and support outreach activities.

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Graduated NFF(CWB) Users in 2020-2021

The NFF(CWB) congratulates the 42 NFF(CWB) users who graduated in 2020-2021:

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Graduated NFF(CWB) Users in 2020-2021

The NFF(CWB) congratulates the 42 NFF(CWB) users who graduated in 2020-2021:

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Publication Highlights

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NFF(CWB) user Qiaoyi WANG’s paper, titled “Replicating 3D printed structures into functional materials,” was published in the Journal of Applied Polymer Science in April 2022. Qiaoyi WANG is supervised by Prof. Hongkai WU.

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NFF(CWB) user Sheng NI’s paper, titled “A Sub-nL Chip Calorimeter and its Application to the Measurement of the Photothermal Transduction Efficiency of Plasmonic Nanoparticles,” was published in the Journal of Microelectromechanical Systems in October 2021. Sheng is supervised by Prof. Levent YOBAS.

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The NFF(CWB) Team

In January 2022, Mr. Redford MAN and Miss Cherry HO joined the NFF(CWB) team. We would like to take this opportunity to warmly welcome the new staff members.

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Events and Activities

The installation of ICP etcher for compound semiconductor and Plasma Enhanced Chemical Vapor Deposition (PECVD) system were completed in 2022. A webinar was arranged with Oxford Instruments Plasma Technology on October 12th, 2022, and over 50 NFF(CWB) users attended the event.

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