黃致傑博士，研究興趣為空間裝置、產品設計、人機互動和科技藝術的創作與研究。他專注探索仿生演算法的數學與運算機制，並以此為基礎，將其應用於衍生圖像系統和動力結構設計，從而在美學表現上開創新可能。
他的作品發表在該領域指標性的國際學術會議和藝文節慶中，包括SIGGRAPH/SIGGRAPH Asia國際電腦圖形及互動技術展會、CHI國際人機互動研討會、IEEE VIS國際資料視覺化研討會、ALIFE人工生命研討會、Bridges國際數學藝術研討會、ISEA國際電子藝術研討會，以及ZKM卡斯魯爾新媒體藝術中心、NYSCI紐約科學館、Erarta俄羅斯當代藝術博物館、DOX布拉格當代藝術中心等。
此外，他獲得許多國際獎項的肯定，如米蘭家具展SaloneSatellite設計新銳衛星獎第二名、日本松山城設計週的花意象設計獎第二名、德國iF傳達設計獎和紅點傳達設計獎。以及獲得美國CA傳達藝術年度卓越獎、日本ADAA福岡亞洲數位藝術大賞入選獎、入選英國Aesthetica美學藝術獎等。
他曾在瑞士ETH聯邦理工大學蘇黎世校區進行訪問研究，並受法國GRAME里昂國立音樂創研中心邀請共製表演。他亦多次在ACM SIGGRAPH/SIGGRAPH Asia以及IEEE VIS等學術會議擔任藝術議程的策展與評審工作，推動科技藝術與設計的發展。
黃致傑博士現為國立清華大學通識教育中心副教授、同時受科技藝術研究所合聘，帶領仿生藝術與設計(BLD, BioLogicDesign)研究室。他在清大開設有藝術與設計相關課程，推廣創客實作教育和STEAM跨領域性的創意設計理念，培養學生新世代的創新思考和實作能力。
Scottie Chih-Chieh Huang (黃致傑)
is an artist, designer, and educator, currently serves as an associate professor at the Center for General Education (CGE) at the National Tsing Hua University (NTHU), where he actively leads the BioLogicDesign (BLD) Lab. He also maintains a joint appointment at the Interdisciplinary Graduate Institute of Art and Technology.
His work focuses on biologically-inspired computing as a means to explore new aesthetics in the realm of generative graphic art and kinetic structural systems. His work have been showcased in museums, galleries, and festivals globally, including prestigious venues such as the ZKM, NYSCI, Kinetica Museum, Erarta Museum of Contemporary Art, and notable events like the Milan Design Week and Dutch Design Week, among others.
His research exploring topics in shape-changing interface, recursive growth computation, creative robotics, interactive art and kinetic structural system has been presented and published in top-tier conferences and journals, including Bridges (Mathematical Art Galleries), ACM SIGGRAPH/SIGGRAPH Asia, IEEE VIS, ACM CHI, ALIFE, ISEA, CAAD FUTURES, HCII, Leonardo, IEEE Internet of Things Journal, ACM/Springer Mobile Networks & Applications, and others.
He was received Aesthetica Art Prize (2022), MUSE Design Award (2022), ALIFE Art Award (2021), Asia Digital Art Award FUKUOKA (2020, 2022), Awards of Excellence by Communication Arts (2020), American Illustration Chosen Winner (2021), Semi Prize of Flower Design Award by Matsuyama Design Week (2018), 2rd SaloneSatellite Award by Salone del Mobile Milano (2015), featured in Elle Decor Italia's "Best of Design 2015," iF Design Award (2014), Red Dot Design Award (2013), DOMUS, FRAME magazine (2016), and A' Design Award (2020).
Educationally, Scottie earned his Master's degree from the Graduate Institute of Architecture at the National Chiao Tung University before completing his Ph.D. in Architecture at the National Taiwan University of Science and Technology. He spent time as a Visiting Researcher at the Digital Building Technologies (DBT) chair, Institute of Technology in Architecture (ITA) at the Department of Architecture (D-ARCH), ETH Zürich. In addition, he held residency positions at Grame - Centre National de Création Musicale in Lyon, France, and Anderson Ranch Arts Center in Colorado, USA.
Before joining NTHU, Scottie taught at National Dong Hwa University and Chung Hua University. he has commitment to the development of the digital arts is evidenced by his service on the ACM SIGGRAPH Digital Arts Community committee. He coordinated and chaired the SIGGRAPH Asia art gallery in 2014 and 2016, highlighting his dedication to this evolving field.
is an artist, designer, and educator, currently serves as an associate professor at the Center for General Education (CGE) at the National Tsing Hua University (NTHU), where he actively leads the BioLogicDesign (BLD) Lab. He also maintains a joint appointment at the Interdisciplinary Graduate Institute of Art and Technology.
His work focuses on biologically-inspired computing as a means to explore new aesthetics in the realm of generative graphic art and kinetic structural systems. His work have been showcased in museums, galleries, and festivals globally, including prestigious venues such as the ZKM, NYSCI, Kinetica Museum, Erarta Museum of Contemporary Art, and notable events like the Milan Design Week and Dutch Design Week, among others.
His research exploring topics in shape-changing interface, recursive growth computation, creative robotics, interactive art and kinetic structural system has been presented and published in top-tier conferences and journals, including Bridges (Mathematical Art Galleries), ACM SIGGRAPH/SIGGRAPH Asia, IEEE VIS, ACM CHI, ALIFE, ISEA, CAAD FUTURES, HCII, Leonardo, IEEE Internet of Things Journal, ACM/Springer Mobile Networks & Applications, and others.
He was received Aesthetica Art Prize (2022), MUSE Design Award (2022), ALIFE Art Award (2021), Asia Digital Art Award FUKUOKA (2020, 2022), Awards of Excellence by Communication Arts (2020), American Illustration Chosen Winner (2021), Semi Prize of Flower Design Award by Matsuyama Design Week (2018), 2rd SaloneSatellite Award by Salone del Mobile Milano (2015), featured in Elle Decor Italia's "Best of Design 2015," iF Design Award (2014), Red Dot Design Award (2013), DOMUS, FRAME magazine (2016), and A' Design Award (2020).
Educationally, Scottie earned his Master's degree from the Graduate Institute of Architecture at the National Chiao Tung University before completing his Ph.D. in Architecture at the National Taiwan University of Science and Technology. He spent time as a Visiting Researcher at the Digital Building Technologies (DBT) chair, Institute of Technology in Architecture (ITA) at the Department of Architecture (D-ARCH), ETH Zürich. In addition, he held residency positions at Grame - Centre National de Création Musicale in Lyon, France, and Anderson Ranch Arts Center in Colorado, USA.
Before joining NTHU, Scottie taught at National Dong Hwa University and Chung Hua University. he has commitment to the development of the digital arts is evidenced by his service on the ACM SIGGRAPH Digital Arts Community committee. He coordinated and chaired the SIGGRAPH Asia art gallery in 2014 and 2016, highlighting his dedication to this evolving field.
All images and videos courtesy Scottie Chih-Chieh Huang and The NTHU BioLogicDesign.