FORGE, HKU
Focuses on building energy systems under climate change.
About us
Why FORGE?
Future, Occupant, Risk, and Generative Environments
People often disappear inside building and energy models. FORGE puts occupants, uncertainty, and climate futures back into the center of design decisions.
Collaborators
Current team
HKU, 2024-present
Studies cross-cultural thermal comfort and indoor CO₂, with interests in data harmonization, spatial distribution, and occupancy-related dynamics.
HKU, 2025-present
Focuses on climate resilience and thermal dynamics through interpretable modeling.
Master's student in Mechanical Engineering, FORGE, 2025-present
Contributes to the ASHRAE 1959-TRP project on updating real human load assumptions, supporting data, analysis, and modeling work at FORGE.
FORGE, 2026-present
Works on ordinal thermal comfort, supporting risk-aware comfort modeling and related analysis at FORGE.
DUPAD, HKU and FORGE, 2026-present
Focuses on architectural education AI and urban pedestrian mobility and trajectory research.
FORGE, 2026-present
Works on the technical implementation and scaling up of Socratic Oracle through the TDLEG grant.
FORGE, 2026-present
Works on the technical implementation and scaling up of Socratic Oracle through the TDLEG grant.