Common Data Environment
Common Data Environment
Common Data Environment (CDE) is a digital solution for the management and storage of shared information that allows integration and
cross-disciplinary access to BIM (Building Information Modelling) and related construction works information. Hanison has implemented
CDE for facilitating the integration of project data from different sources and software applications, including BIM models, schedules,
cost estimates, and other project-related information for our construction projects. The CDE improves collaboration and coordination
among project teams, reducing our carbon footprint by minimising the need to travel for meetings, and promoting social responsibility
by prioritising the health and safety of our employees and stakeholders.
CASE STUDY
Hong Kong Science Park Expansion Stage 2 (SPX2) Building 12W-A
The Group continuously seeks innovative and adaptive solutions to improve the performance, operational efficiency, design excellence,
and safety of our projects. One such case would be the integration of leading technologies into our project, the Hong Kong Science
Park Expansion Stage 2 (SPX2) Building 12W-A – Laboratory. A central integration of this project is the adoption and application of BIM,
which encompasses a comprehensive suite of tools and processes, including a CDE, Design Authoring, and advanced 3D Construction Coordination.
Our BIM approach integrates Sustainability Evaluation, Cost Estimation through 5D Quantity Take-Off (QTO), and Phase Planning with 4D
Modelling, providing a dynamic visualisation of the construction sequence. This visualisation can allow for better site logistics,
utilisation, and overall planning. This detailed planning extends to Site Utilisation and As-Built Modelling, ensuring meticulous oversight
throughout the lifecycle of the building.
Kei Wah Court
We constructed a domestic block (85 metres) with 31 storeys (248units) on a 3-storey podium (G/F, P1/F and P2/F) including acovered
landscape and play area on P2/F, an estate management office and other ancillary facilities on P1/F, as well as a carpark on G/F.
The works also included landscape works from G/F to P2/F with subsoil drainage systems and Zero Irrigation System (ZIS). Precast
elements were used in domestic block. The site area was around 1,240 square metres. This project was awarded the BEAM Plus New
Buildings Version 1.2 Provisional Gold presented by the HKGBC.
Title
To minimise the safety hazards, robotic lift car bracket installation technology has been initiated by Hip Hing and jointly developed
with its strategic partners. The laser scanning of the works area, navigation and positioning of drilling, holes clearance, handling
and fixing of brackets are fully automated to eliminate the safety risks for workers. This robotic development has received support
from the Construction Industry Council R&D Fund.
