Naomi HANAKATA (Dr)

Assistant Professor

Department of Architecture, College of Design and Engineering, National University of Singapore 4 Architecture Drive, Singapore 117566

TEL:
TBC
EMAIL:
hanakata@nus.edu.sg

Dr Hanakata is also the Co-Founder of HANAKATA, a research and planning practice based in Singapore.

Prior to joining NUS, Dr Hanakata worked as Senior Researcher and Project Coordinator of the Grand Project: Towards Adaptable and Liveable Urban Megaprojects, Thinking Urban Futures, and Waterfront Tanjong Pagar Multidisciplinary Research Project at the Future Cities Laboratory, Singapore-ETH Centre for Global Environmental Sustainability. She obtained her doctorate from ETH Zurich in 2016.

Dr Hanakata’s research interests are in adaptive and strategic planning for high-density urban energy landscapes, planetary urbanization processes, platform urbanization, and in fostering the role of planning in a sustainable urban development practice: how visions, schemes, mechanisms of implementation and management can respond to specific situations, while following a sustainable urban development paradigm particularly in light of climate change and in an inevitable global context.

Research

This project seeks to explore the potentials and implications of the renewable energy transition in Southeast Asia by studying the role of Singapore in this process. It takes renewable energy (production) as lens to investigate the relationship between extended urban regions as productive territories and urban centralities as sites of consumption and control and the (newly emerging) topologies of social just implications. This builds on the fact that the growing demand for renewables increases the demand for and pressure on land, resources, and efficiency due to the relative lower power densities of renewables compared to fossil fuels. Hosting Institution: Asia Research Institute (ARI) Running Time: February 2024 to August 2025 Team: Naomi C. Hanakata (PI); Hiromi Inagaki (Collaborator); Filip Biljeki (Collaborator); Reetu Kumari (Research Assistant)

Research
Towards coastal resilience in Singapore: Adaptive planning strategies

This research aims to develop a robust strategy for adaptive planning for the long-term development of urban areas. It specifically addresses the challenges of urban, coastal zones by considering the multi-stressors and dynamic conditions this area is characterised by. The proposal transgresses conventional planning by making time a key planning parameter allowing to incorporate uncertainties into the planning process and the possibilities for multiple, optimal outcomes. Hosting Institution: College for Design and Engineering (CDE) Running Time: March 2024 to March 2026 Team: Naomi C. Hanakata (PI); Xiaobo Li (Collaborator); Dorothy Tang (Collaborator); Vincent Gan, (Research Assistant); Geng Guoqing (Collaborator); Li Yuzhu (Collaborator)

Research

A comprehensive mapping of Singapore’s renewable energy potentials to inform urban design guidelines and urban planning practice.

Research

An investigation of agro-energy businesses and their role in designing sustainable agriurbanism, focusing on energy-crop, solar, and wind farms.

Publication

A first comprehensive reading of the many urbanization processes shaping Tokyo today, and an entirely new approach for looking at megacity regions: through their differences, and the way those differences are are produced in the course of everyday life.

Publication

A comprehensive and comparative analysis of urban megaprojects in Asia and Europe and their adaptive and inclusive capacities.

Publication

This book presents an expanded vocabulary of urbanisation through a comparison of Tokyo, Hong Kong – Shenzhen – Dongguan, Kolkata, Istanbul, Lagos, Paris, Mexico City, and Los Angeles.

Publication

This book provides theoretical and empirical perspectives on the urban impact of mega-events globally. It takes mega-events as an instance to analyse urban transformations and their effects on citizenship.

Publication

Starting from the case of Tokyo 2020, the contributors bring about planetary trajectories of urban transformation today from both a theoretical and empirical perspective.