At One with Nature. Ken Yeang
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Habitats
Hybrid constructed
ecosystems
Bioswale oases
Waste recycling
plants
Water recycling
plants
Green sky-court
Greenwall
Green corridor
Green fingers
Eco-undercroft
Net zero energy
design buildings
Elevated
pedestrian deck
Green roof
Ecobridge
Habitats
SKETCH IDEA: AN ECOMASTERPLAN ix
Green sky-courts
Towers with large
vegetated sky-courts
Interconnected buildings
Buildings on pilotis
to let vegetation and
air go through
Public plaza with
louvred canopies
Entertainment and play plazas
Smart cities sytem
Photovoltaic roof over
covered walkway
Ecological fingers
Hybrid constructed
ecosystems
© Ken Yeang
Foreword
Form, in the world of design, is discussed as style, shape, geometry, or reduced to a question
of functionality. But form, really, is a structure of relationships. This structure, made manifest, is the
configuration of pathways and nodes, thresholds, and edge conditions that regulate flow and exchange.
Every designed entity 'building or neighbourhood' is a spatial structure that dictates where people move,
where they pause, and what they do. There might be a parallel structure for how non-human species
do the same. Overlaid onto this are pathways for abiotic flows of energy, water, materials in the built
environment. Flows inside connect to flows outside, beyond boundaries of shell and site.
Ken Yeang, arguably, is one of few architects to link climate and now ecology explicitly to the
morphology of form and its underlying systemic structure. Yeang's bioclimatic model of the 1980s and
more recently his ecological model have re-imagined the arrangement of parts: ‘space, skin, tectonics,
environmental systems, and geographical siting’, and re-articulated the whole in service of multiple
ecological outcomes.
His early work on bioclimatic design was in part feature-based (sunshades, sky-courts, greenery)
and in part rule-based (geometry, orientation, local climatic factors), aimed at creating comfort and
reducing energy demand. Passive design had become marginalised in the 1970s and 1980s when the
ubiquitous skyscraper, sheathed in airtight skin and projecting an appearance of modernity, could be built
in any city, any climate. It was getting harder to make a case for permeable façades that would let in the
wind and light. Yeang's bioclimatic skyscraper attempted this and, in the process, offered a counterpoint
to the International Style. Spatially, the plan had passive- and climate-controlled spaces side by side;
in some spaces, occupants could toggle between the two. Parts of the building were surrendered to
semi-outdoor sky courts that formed an edge condition; service cores became thermal buffers to the
East–West sun; the plan and section were intersected with pathways for natural air movement; and the
facade was an arrangement of recesses and protuberances that mediated between indoor and outdoor.
These factors and features became emblems in Yeang's work in the 1980s and 1990s.
Yeang's current approach to the ecology of buildings came later and brought to this vocabulary
several emerging strands of science: ecosystem services (mimicry of nature's processes), ecosystem
habitats (greenery as pathway and patch), design metabolism (waste management and recycling), and
x FOREWORD
FOREWORD xi
biophilic design (human well-being). The edge was no longer indoor vs outdoor; it was human-built
systems interfacing with natural ecosystems. He argued for a synthesis of organic with the inorganic,
what he calls ‘biointegration’. Ecology, once confined to the ground, would be drawn up into built systems
to becoming part of the fabric of architecture.
In both his bioclimatic and ecological models, Yeang makes a case for ‘aesthetic exploration’, the
expression of elements and processes that he says are necessary to fulfil the aesthetic and biophilic
needs of users. The design vocabulary would articulate what elements do and how they connect with
each other. Form would shape performance and offer a perspective on beauty.
In his