Next-generation Brain-Machine Interfaces
Next-generation Brain-Machine Interfaces
Ultra-compliant electronics
Ultra-compliant electronics
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Next-generation bioelectronics will fuse tissue-devices interfaces to exhibit unprecedented functionality and reliability.
Next-generation bioelectronics will fuse tissue-devices interfaces to exhibit unprecedented functionality and reliability.
2025 Congratulations! 恭喜林哲暐榮獲陽明交通大學113年度電機學院傑出優秀畢業生獎！實至名歸。
2025 Honors! Our published work @ Journal of Controlled Release is invited and selected as the Outside Front Cover !!
2025-06-26 Congratulations ! 恭喜陳楷翔同學通過國科會114年大專生專題研究計畫
2025 2nd International Symposium on Carbon Materials for Energy, Environment, Sustainability, and Bioapplications with the 8th Carbon conference Poster Award (陳建宇)
2024兒童神經精神科學勵翔獎最佳論文 (雷琬婁)
2024第二十屆永信李天德醫藥最佳論文獎 (雷琬婁)
2024 雷琬婁榮獲113年「尹珣若品學及論文優良暨陽明交通大學碩士班優良論文獎學金」優勝
2024-1 Congratulations ! 雷琬婁參加2024第38屆JACBS生醫聯合學術年會榮獲口頭競賽佳作
TSBME 2023 Annual Symposium of Taiwanese Society of Biomedical Engineering Project Report of National Science and Technology Council榮獲口頭競賽優等 (雷)
2023-11-18 Congratulations! Our achievement is awarded as Special Choice Award in 2023 Wah Lee Innovative Materials Competition.
2023-11-18 Congratulations ! 雷琬婁榮獲2023中國材料年會海報發表優等
2023-10-03 Congratulations ! Wan-Lou's paper is accepted to be published in Advanced Functional Materials.
2023-09 Congratulations to Prof. Huang 榮獲2023 校級績優導師 及 院優良教學獎
2023-09 Congratulations ! 我們的研究團隊榮獲"國科會2023 未來科技獎" !
2023-09-02 Congratulations ! 黃韋翰參加2023中華民國生醫材料暨藥物制放學會年會榮獲海報競賽優等
2023-06-22 Congratulations ! 恭喜蘇品瑜同學通過科技部112年大專生專題研究計畫
2023-05-14 Congratulations ! 生醫工程導論的大專生同學參與BioStem全國生醫工程創意競賽榮亞軍
2022-09-02 Congratulations ! 雷琬婁參加2022中華民國生醫材料暨藥物制放學會年會榮獲口頭競賽特優
2022-08-18 恭喜陳冠羽同學通過科技部111年大專生專題研究計畫.
2021-09-03 Congratulations ! Our papers have been published in Advanced Materials Interfaces, Journal of Materials Research & Technology, and Micromachines.
2021-08-28 Congratulations ! Our work has been selected as Journal Cover by Advanced Materials Interfaces.
2021-06-30 恭喜林方敏同學通過科技部110年大專生專題研究計畫.
2020-08-18 狂賀！林岳賢同學參加2020 中華民國生醫材料及藥物制放年會榮獲海報特優。Congratulations to Yue-Xian Lin for the poster presentation honored with Gold Award in 2020 Annual meeting of Biomaterials and Controlled Release Society in Taiwan.
We are looking for talented electrical computer, chemical, biological, or materials engineers who have out-of-the-ordinary creativity and ambition to join our team.
We are looking for talented electrical computer, chemical, biological, or materials engineers who have out-of-the-ordinary creativity and ambition to join our team.
歡迎對跨領域結合之電子、電機、化材、生醫工程有興趣的大專生、研究生或博士後加入我們的團隊！
歡迎對跨領域結合之電子、電機、化材、生醫工程有興趣的大專生、研究生或博士後加入我們的團隊！
Design of materials and fabrication process enables the advancement of bioelectronics. Precise controlling over the chemical and physical cues of materials can permit the efficient promotion on the cell adhesion, growth and the extensive proliferation for tissues regeneration, while it also can reduce inevitable tissue responses to enhance the stability of electrical or chemical signal transduction of the invasive or non-invasitve bioelectronics. Strategies covering the cooperation of novel biomimetic materials, nonconventional microelectronic fabrication techniques are used to develop next-generation brain-machine interfaces, i.e ultra-compliant bioelectronics. We believe that next-generation bioelectronics will fuse tissue-devices interfaces to exhibit unprecedented functionality and reliability.
Design of materials and fabrication process enables the advancement of bioelectronics. Precise controlling over the chemical and physical cues of materials can permit the efficient promotion on the cell adhesion, growth and the extensive proliferation for tissues regeneration, while it also can reduce inevitable tissue responses to enhance the stability of electrical or chemical signal transduction of the invasive or non-invasitve bioelectronics. Strategies covering the cooperation of novel biomimetic materials, nonconventional microelectronic fabrication techniques are used to develop next-generation brain-machine interfaces, i.e ultra-compliant bioelectronics. We believe that next-generation bioelectronics will fuse tissue-devices interfaces to exhibit unprecedented functionality and reliability.
©Weichen's Lab at National Yang Ming Chiao Tung University, 1001, Daxue Rd., Hsinchu 30010, Taiwan, R.O.C.
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