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Biography

  • Associate Professor in School of Energy and Environment at City University of Hong Kong
  • Research interests include heat transfer, thermal management, thermofluids, energy conversion, indoor built environment and energy efficient building technology
  • RFS project — aims to create a sophisticated smart building envelope system by integrating advanced passive radiative cooling and thermochromic smart window technologies.  The overarching goal is to lead the way in developing ultra-low-energy buildings, significantly contributing to the advancement of sustainable development goals.
  • Awards and Honours:
    • RGC Research Fellow (2024)
    • Hong Kong Engineering Science and Technology (HKEST) Award (2024-25)
    • Best Research Paper Award, 10th Thermal and Fluids Engineering Conference (TEFC 2025), Washington, D.C., USA (2025)

Project Title

  • Towards Energy-Efficient and Decarbonized Buildings: A Study on Developing Building Skin Materials with Control Optimization 

Award Citation

Professor Tso's remarkable contributions to the field of smart envelope materials are revolutionizing the building industry by bolstering energy efficiency and environmental sustainability. His pioneering research in passive radiative coolers and thermochromic smart windows serves as a testament to the transformative power of scientific innovation in addressing real-world challenges. At the core of his accomplishments lies the development of an innovative range of thermochromic smart window products that incorporate cutting-edge materials like vanadium dioxide and perovskites. These materials play a pivotal role in overcoming the constraints of traditional glass by providing superior thermal insulation and extended durability. In the realm of passive radiative cooling, Professor Tso has introduced a groundbreaking bio-inspired, UV-resistant radiative cooling ceramic. This ceramic has garnered acclaim for its exceptional broadband solar reflection, setting a new standard in performance that has been prominently featured in the esteemed journal, Science. Building upon the successes of his prior work, his next objective is to drive the widespread adoption of self-adaptive passive radiative cooling ceramic materials and state-of-the-art full-spectrum modulated thermochromic smart windows. These innovations will be supported by AI-powered smart control strategies, all aimed at commercializing these technologies for building applications. In essence, Professor Tso's body of work epitomizes the profound impact that scientific research and technological innovation can have on advancing the building industry. His dedication to integrating state-of-the-art envelope materials with the building sector not only leads to commercial achievements but also promotes sustainable development and energy efficiency. This seamless fusion of science, technology, and practical application sets a new standard in the field and lays the groundwork for future breakthroughs in ultra-low energy buildings, significantly furthering the cause of sustainable development goals, and impacting the society.