A campus, not a building
One integrated site linking acute hospital, community hospital, specialist clinics and long-term care so that a patient's journey stays inside a single ecosystem of preventive care.
A TBPD CASE STUDY FOR AR5323 WELL & GREEN BUILT ENVIRONMENT
Woodlands Hospital:
Where Healthcare, Community and Nature Converge
Singapore's largest integrated healthcare development reimagines care delivery through a seamless ecosystem of acute, community, outpatient and long-term care services. This case study examines how the project's vision of person-centred, nature-integrated healthcare was translated from planning & design through construction and commissioning and evaluates its outcomes using the Total Building Performance framework.
Project at a glance
- Client
- Ministry of Health / MOH Holdings
- Gross floor area
- ~244,000 m²
- Capacity
- ~1,800 beds across acute, community and long-term care
- Design lead
- SAA Architects with CPG / consultant team
- Main contractor
- Ssangyong E&C – Daewoo E&C consortium
- Contract value
- ~USD 740 million (2018 award)
- Completion
- Progressive opening from 2023
The five stated project goals
What the project set out to achieve
Therapeutic landscape
Singapore's first hospital planned around a purpose-built parkland, with gardens used as clinical and social infrastructure rather than decoration.
Low-energy tropical performance
Green Mark Platinum ambition pursued through massing, shading, chilled-water plant efficiency and heat-recovery rather than bolt-on technology.
Productivity in delivery
High buildability through DfMA, prefabricated bathroom units and prefabricated MEP, coordinated on a federated BIM model.
Future-ready operations
Smart hospital systems, automated logistics and standardised, adaptable ward modules that can be re-purposed as care models change.
How to use this site
Four ways into the project
Overview
Site and climate analysis, the project team, ratings and awards, and the delivery chain from brief to commissioning.
OpenPerformance mandates
Spatial, visual, thermal, acoustic, indoor air quality and building integrity, each on its own page.
OpenPost-occupancy evaluation
Measured evidence, a scored degree of success against the project goals, and lessons learnt.
OpenCost & others
Value engineering and life-cycle cost, plus the simulation toolchain, interviews and sources.
OpenHeadline assessment
Degree of success by mandate
Thermal comfort4 out of 5Strong: comfort was solved by form first and plant second, which is the harder and more durable route.
Indoor air quality4 out of 5Strong on paper and tested at handover; the pandemic then stress-tested it in service.
Acoustic comfort3 out of 5Adequate and well-intentioned, but the least documented mandate and the most vulnerable to operational noise.
Visual comfort5 out of 5The project's clearest success and its signature — daylight and view are structural, not decorative.
Spatial comfort & function4 out of 5Strong, with an honest and deliberate trade-off between campus generosity and staff walking distance.
Building integrity4 out of 5Good: buildability was treated as a performance mandate, not just a productivity score.