Honghao Deng

City Science, Changing Places

Honghao Deng

Office: E15-394
E-Mail: honghaod [at] mit
Website: Radical Department

Honghao Deng (zh:邓鸿浩) is a computational designer focusing on building hyper-performance built-environment with the integration of tangible Interface, IoT, AR, and VR. He holds a Master of Design Studies in Technology degree with Distinction at Harvard GSD and a Bachelor of Architecture from Tianjin University. He is the principal of Radical Department. He is also a researcher at City Science Group, MIT Media Lab and Responsive Environments and Artifacts Lab at Harvard, developing spatial experience interface that enables users to customize their working and living spaces intuitively and effortlessly.

Honghao has won multiple international design awards in interaction, product, and architecture, including Golden A' Design Award, iF Design Award, 1st Place Future Cities Contest, 1st place CHI Play Game Design Award, Ubicomp/ISWC Design Award. His work has been covered by Domus, CCTV, ArchDaily, Arab News, the National and Metropolis Magazine.

AWARDS

Honghao Deng

Office: E15-394
E-Mail: honghaod [at] mit
Website: Radical Department

Honghao Deng (zh:邓鸿浩) is a computational designer focusing on building hyper-performance built-environment with the integration of tangible Interface, IoT, AR, and VR. He holds a Master of Design Studies in Technology degree with Distinction at Harvard GSD and a Bachelor of Architecture from Tianjin University. He is the principal of Radical Department. He is also a researcher at City Science Group, MIT Media Lab and Responsive Environments and Artifacts Lab at Harvard, developing spatial experience interface that enables users to customize their working and living spaces intuitively and effortlessly.

Honghao has won multiple international design awards in interaction, product, and architecture, including Golden A' Design Award, iF Design Award, 1st Place Future Cities Contest, 1st place CHI Play Game Design Award, Ubicomp/ISWC Design Award. His work has been covered by Domus, CCTV, ArchDaily, Arab News, the National and Metropolis Magazine.

AWARDS

  • IF Design Award - Professional Concept Category                                         2018. 02
  • 2nd Prize - Future Cities Contest - Cities for a Flying World                              2017. 11
  • 1st Place - CHI PLAY Student Game Design Competition Audience Awards   2017. 10
  • Golden A' Design Award - Lighting Projects Design                                          2017.04
  • Silver A' Design Award - Furniture Design                                                         2017.04
  • Honorable Mention - Tomorrow Workplace Competition by METROPOLIS      2016.10
  • Finalist - UIA-HYP International Architectural Student Competition 2015           2015.9
  • Editor's Choice -  eVolo Skyscraper Competition 2015                                                 2015.4
  • Finalist - UIA-HYP International Architectural Student Competition 2014           2014.9
  • 1st Place - 3rd Asia Rookie Award - China Division                                              2014.8
  • 1st Prize - National Exhibition of Excellent Work of Architectural Students            2014.8
  • Excellent Proposal - Blue Sky Plan by World Wide Fund for Nature                    2014.2
  • Bronze Prize - "Huacheng Cup" Cardboard Architecture Design Competition     2012.7

PUBLICATION

  • H Deng*, J Li*, S Berolini, A. Sayegh, S Andreani: Twinkle: A Flying Lighting Companion for Urban Safety TEI' 18
  • J Li*H Deng*, P Michalatos: MagicTorch: A Context-aware Projection System for Asymmetrical VR Games CHI PLAY' 17
  • J Li*H Deng*, P Michalatos: CatEscape: An Asymmetrical Multiplatform Game Connecting Virtual, Augmented and Physical World CHI PLAY' 17
  • H Deng, H Ho, L Alonso, X Li, J Angulo, K Larson  Amoeba Wall - PASAJES - archquitectura NO.143,  pp8-9
  • H Deng, X Zhang, L Zhang  24 Hour Tower: eVolo Skyscrapers 3: Visionary Architecture and Urban Design, pp494-497
  • Deng, H., Li. H., Zhang. L & Wang, L.: Application of Planar Function Parameters in GAAD - Creating Minimal Surface Form by Plane Sketch Input, DADA Digital Factory International Conference Proceedings 2015, pp380-387                                      2015.7