Ayu Sukma ADELIA

Architect / Urban Designer of Cooling Singapore

Adelia joins Cooling Singapore team as architect and responsible for micro-scale environmental assessment. Her role is to conduct Computational Fluid Dynamics (CFD) simulations and analysis on microscale design strategies. She has worked as research assistant at Department of Architecture, School of Design and Environment, National University of Singapore. Her research project was looking at the relationship between urban microclimate and urban morphology, specifically on the impact of anthropogenic heat on the airflow and air temperature. She had also briefly participated in research project about Biophilic Town Framework in Singapore.

Adelia obtained MSc. Integrated Sustainable Design, from National University of Singapore, which allowed her to learn about interdisciplinary design approach in a multi-scale design process. She was appointed as studio manager of Urban Studio module for Msc. Integrated Sustainable Design Programme, right after she completed her study.

As architect, she has worked in an architecture studio in Bali, Indonesia and involved in several hospitality projects. She is also active on joining architectural design competition and has received several awards and recognitions in both national and international level. In 2010, she was selected to join Tadao Ando Programme for Short Term Overseas Trainees and Youth Symposium in Osaka, Japan.

Research interests

  • Climate-sensitive urban design
  • Sustainable and livable design strategy for high-density cities
  • Urban wind environment

Awards

  • 1st Place, Futurarc Prize 2019, Professional Category
  • 3rd Place, Futurarc Prize 2018, Professional Category

Education

  • Master of Science in Integrated Sustainable Design, National University of Singapore
  • Bachelor of Engineering (Architecture), Universitas Udayana – Indonesia

Publications

  • Adelia, A.S., Yuan, C., Liu, L., et al. (2019). “Effects of urban morphology on anthropogenic heat dispersion in tropical high-density residential areas.” Energy & Buildings 186: 368-393
  • Yuan, C., Shan, RQ., Adelia, AS., et al. (2019). “Effects of vertical farming on natural ventilation of residential buildings.” Energy & Buildings 185: 316-325

Conference

  • International Conference on Urban Climate (ICUC10), New York, USA 2018.
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