● [ 04 / SELECTED WORKS & CASE STUDIES ]
Empirical research translated into spatial reality.
Empirical research translated into spatial reality.
Empirical research translated into spatial reality.
A curated index of urban frameworks, environmental simulations, and built architectural works.
A curated index of urban frameworks, environmental simulations, and built architectural works.
RESEARCH & METRICS / E3S WEB OF CONFERENCES
[ PRJ - 01 ]
Parametric Performance of Hillside Settlements
Published peer-reviewed investigation analyzing micro-climate solar radiation exposure, thermal mass coefficients, and topographic adaptation matrices in high-altitude settlements.
FIG 1.1: SOLAR RADIATION FLUX MATRIX
LAT: 32.10° N
[ ACADEMIC PAPER ] [ 2023 ]
READ PUBLICATION →
RESEARCH & METRICS / E3S WEB OF CONFERENCES
[ PRJ - 01 ]
Parametric Performance of Hillside Settlements
Published peer-reviewed investigation analyzing micro-climate solar radiation exposure, thermal mass coefficients, and topographic adaptation matrices in high-altitude settlements.
FIG 1.1: SOLAR RADIATION FLUX MATRIX
LAT: 32.10° N
[ ACADEMIC PAPER ][ 2023 ]
READ PUBLICATION →
URBAN DESIGN
[ PRJ - 02 ]
Nanjing Eco-Corridor Masterplan
Macro-scale urban systems design integrating water retention topographies, pedestrian networks, and climate-responsive zoning.
TOPO-MAPPING MATRIX
[ MULTI-LAYER GIS INTEGRATION ]
[ MASTERPLAN ]
VIEW CASE →
URBAN DESIGN
[ PRJ - 02 ]
Nanjing Eco-Corridor Masterplan
Macro-scale urban systems design integrating water retention topographies, pedestrian networks, and climate-responsive zoning.
TOPO-MAPPING MATRIX
[ MULTI-LAYER GIS INTEGRATION ]
[ MASTERPLAN ]
VIEW CASE →
ENVIRONMENTAL SIMULATION
[ PRJ - 03 ]
Zero-Energy Pavilion & Facade
Iterative thermal simulation testing double-skin adaptive shading systems to minimize HVAC load in extreme climate zones.
[ THERMAL EFFICIENCY: +34.2% ]
[ COMPETITION ENTRY ]
EXPLORE →
ENVIRONMENTAL SIMULATION
[ PRJ - 03 ]
Zero-Energy Pavilion & Facade
Iterative thermal simulation testing double-skin adaptive shading systems to minimize HVAC load in extreme climate zones.
[ THERMAL EFFICIENCY: +34.2% ]
[ COMPETITION ENTRY ]
EXPLORE →
PHYSICAL EXECUTION
[ PRJ - 04 ]
Hillside Residence & Concrete Frame
Constructed architectural work bridging raw concrete tiering, local stone masonry, and precision steel joinery details.
CONSTRUCTION DOCUMENTATION
[ DETAILS & PHOTOGRAPHY ]
[ BUILT WORK ]
VIEW BUILT →
PHYSICAL EXECUTION
[ PRJ - 04 ]
Hillside Residence & Concrete Frame
Constructed architectural work bridging raw concrete tiering, local stone masonry, and precision steel joinery details.
CONSTRUCTION DOCUMENTATION
[ DETAILS & PHOTOGRAPHY ]
[ BUILT WORK ]
VIEW BUILT →