Project Marmot, Google’s first data centre in Malaysia, is redefining how large-scale M&E works are managed in fast-paced, high-stakes environments. Spanning approximately 100,000 m² and built to support the nation’s digital ambitions, the project demanded precise modelling, faster quantification, and seamless coordination across complex building services. To meet these challenges, WT Partnership turned to Glodon Cubicost TME, transforming previously fragmented workflows into an integrated, efficient, and highly traceable approach that supports the project throughout the post-contract stage.

 

 

About WT Partnership and Project Marmot

 

Figure 1. Groundbreaking Ceremony for Google’s First Data Centre in Malaysia

 

Project Marmot marks a significant milestone as Google’s inaugural data centre in Malaysia and its twelfth globally. Located in Elmina Business Park, Selangor, the project began construction in October 2024, with completion anticipated by early 2026. The facility is the first major data centre in Malaysia to adopt a water-based cooling system and represents the largest single foreign investment in the nation’s digital infrastructure. This development aligns with Malaysia’s National AI and Cloud Policy Framework, endorsed by Prime Minister Dato’ Seri Anwar Ibrahim.

 

WT Partnership (WT), a leading international project advisory firm, was appointed to deliver quantity surveying and cost management services for this groundbreaking project. With more than 75 years of multi-sector experience and over 80 offices globally, WT provides award-winning advisory and quantity surveying services across property, construction, and infrastructure projects. Their role in Project Marmot includes supporting precise M&E modelling and quantity take-off using Glodon Cubicost TME to ensure accuracy, coordination, and compliance within a highly demanding data centre environment.

 

 

Challenges in M&E Modelling and Quantity Take-Off

 

The scale and technical complexity of Project Marmot introduced multiple challenges for the team managing the M&E systems:

 

1. Fragmented Workflows Across Multiple Tools
Teams previously had to switch between separate software platforms for M&E modelling and measurement, creating inefficiencies and inconsistency throughout the workflow.

 

2. Time-Consuming Manual Measurements
Manual take-off was laborious and prone to errors, particularly during fast-moving stages where decisions needed to be made quickly.

 

3. Complex Coordination Across Multiple M&E Trades
Coordinating ACMV, fire services, plumbing, and electrical layouts within a mission-critical data centre environment required precision and real-time clarity to avoid rework.

 

4. High Demand for Rapid and Accurate Quantification
Tight timelines and evolving design requirements increased the need for a unified platform capable of supporting fast and accurate quantity take-off.

 

Client Testimonial:
“Previously, no single software platform existed that could seamlessly integrate M&E systems and services with taking-off. However, TME compiles all trades within one software, delivering a significant advantage in M&E quantity take-off.”
— Muhamad Izwan, Senior Contracts Executive, WT Partnership

 

 

How Glodon Cubicost TME Streamlined WT’s Workflow

 

WT leveraged Glodon Cubicost TME extensively on the fire services trade, using its integrated capabilities to address workflow fragmentation and improve efficiency.

 

1. Device Identify
Automatically detects and processes design elements from the drawings, allowing rapid conversion into quantifiable models and accelerating the initial measurement process.

 

2. Define Region
Enables users to categorise and summarise quantities based on project areas or zones, improving clarity of classification and supporting more structured reporting.

 

These functions streamlined measurement processes, enhanced categorisation efficiency, and enabled WT’s team to adapt quickly to quantity adjustments without compromising the project timeline.

 

 

The Advantages of Using Glodon Cubicost TME

 

Figure 2. DCH1 Area Fire Protection System Layout Modelled Using Cubicost TME

 

Glodon Cubicost TME has significantly enhanced WT’s workflow in Project Marmot by enabling rapid and reliable quantity measurement. For the fire services trade, TME supported streamlined modelling, precise take-offs, and improved accuracy within a single, unified platform.

 

As the project continues, the M&E team is actively modelling and quantifying elements from ACMV, plumbing, and electrical trades. WT plans to integrate all these systems into one cohesive model during the final account stage, enabling holistic visualisation and comprehensive quantity extraction.

 

The adoption of TME strengthens WT’s ability to deliver value at every stage, supporting Malaysia’s digital infrastructure goals and aligning with international benchmarks for innovation and efficiency.

 

 

Project Marmot demonstrates how Glodon Cubicost TME can transform fragmented M&E workflows into a cohesive, accurate, and efficient digital approach. With model-based clarity, faster take-offs, and improved coordination, WT Partnership has strengthened its capability to deliver high-stakes data centre projects with confidence.

 

Looking to enhance your M&E modelling and quantity management? Contact us to explore how Glodon Cubicost TME can support precision, efficiency, and collaboration on your next project.