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CTD Scholars · Award C · 2025
This study evaluates the impact of window design parameters, including orientation, size, glazing materials, and shading—on thermal comfort, daylighting, and energy efficiency in Ho Chi Minh City's shophouses. Combining field surveys with environmental performance simulations, the research proposes optimized window design strategies to enhance indoor microclimates and significantly reduce mechanical cooling demands.
Đoàn Hoàng Tường Vy
Addressing the late and fragmented use of building simulations in current practice, this study proposes an integrated parametric workflow across three spatial scales (micro-urban, building, and detail) that embeds climate and energy optimization directly into the early conceptual stage through a five-step iterative process. The research establishes a standardized, data-driven framework and pedagogical model that bridges education with professional practice, directly supporting UN Sustainable Development Goals for climate-resilient architecture.
Nguyễn Viết Quốc Hùng
This study develops an integrated ecological–cultural corridor network for Hue using remote sensing, GIS modelling, and expert evaluation. Ecological cores, cultural heritage sites, and optimal connecting corridors were identified through RSEI, MSPA, AHP, and least-cost path analysis. The resulting network, particularly along the Huong River and around the Imperial Citadel, supports biodiversity, cultural preservation, recreation, and tourism. The framework offers a replicable spatial planning model for sustainable and climate-resilient heritage cities.
Nguyễn Phan Hải Yến · Đinh Thy Thơ · Hoàng Lê Minh Tú
This study examines the gap between awareness and behaviour among students at the Vo Thi Sau Campus of the University of Economics Ho Chi Minh City regarding waste sorting and single-use plastics. It identifies the factors contributing to this gap and proposes solutions to promote more sustainable practices on campus.