Campus / 50+ hectares
A future-ready masterplan
Designed from the ground up around advanced technology workflows — research, prototyping, manufacturing and life.
Masterplan
Overview
Functional mapping
GFA distribution
A balanced mix of office, research, manufacturing and life functions.
Office IT & Business60%
University15%
Advanced Manufacturing10%
Startup & Incubation5%
Medical Innovation5%
Student Campus5%
50+
hectares total GFA
Facilities
What's on campus
Resident company HQs
Shared R&D labs
Prototyping workshops
Data center & HPC
Conference & event spaces
Hospitality & living
Mobility
Smart, multimodal access
Main access via M2
Logistics access
Pedestrian & cycling
Underground & multi-level parking
Electric shuttle
Bike-sharing
EV charging
Mobility hub
Critical infrastructure
Built for the next 30 years
NZEB+ buildings
Near-zero energy buildings designed for surplus performance.
Solar PV arrays
Extensive on-campus solar generation across rooftops and canopies.
Battery storage
Campus-scale battery storage for grid balancing and resilience.
Sponge city concept
Stormwater capture, biofiltration and reuse across the campus.
Fiber optic campus
End-to-end fiber backbone for tenants and shared infrastructure.
Private 5G network
Low-latency private 5G for testbeds, robotics and AR/VR.
Smart building systems
Unified BMS, occupancy and energy intelligence across buildings.
Tier III data center
Resilient compute infrastructure for the campus and tenants.
Test city platform
A live urban testbed for mobility, energy and connectivity solutions.