As Singapore’s urban housing demand continues to grow, SEAEVER Pte Ltd plays a vital role in supporting smarter, faster, and more accurate construction workflows. In the Midtown Residential Tower project at Tampines, Singapore, the team adopted Glodon Cubicost TME to transform its quantity take-off and MEP coordination processes.

 

Spanning 25,000 m² in a vibrant mixed-use district near MRT connectivity, the residential tower is designed to meet modern living standards. The 24-month project, scheduled for completion in Q4 2025, integrates digital solutions across every stage—from design and tender to construction and closure—to achieve higher accuracy, transparency, and cost control.

 

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About SEAEVER Pte Ltd and the Midtown Residential Tower Project

 

SEAEVER Pte Ltd, established in 2005, is a Singapore-based specialist contractor providing expertise in plumbing, sanitary, hose reel and hydrant systems, as well as air-conditioning and mechanical ventilation (ACMV). The company is known for its reliable project management, timely delivery, and hands-on technical excellence.

 

In the Midtown Residential Tower (Pine Grove Parcel B) project, SEAEVER implemented Glodon Cubicost TME during the early design stage to streamline quantity take-offs and improve coordination between disciplines. Backed by a team of Qualified Persons (QPs), Licensed Plumbers, and Engineers, SEAEVER ensures end-to-end control—from shop drawings to on-site execution—delivering consistent quality for clients across Singapore.

 

By embracing Glodon Cubicost, SEAEVER is advancing its digital transformation journey, optimizing accuracy, and strengthening its competitive edge in the country’s evolving construction landscape.

 

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Complex Challenges in Transitioning to Glodon Cubicost TME

 

Before implementing Glodon Cubicost TME, the quantity surveyor (QS) team faced several operational challenges that slowed progress and reduced accuracy:

 

1. Manual and Inconsistent Measurement

Manual measurement was time-consuming and often resulted in inconsistent outputs among team members. Human errors were common, particularly when managing frequent drawing revisions, which further delayed cost estimation. Standardizing quantity reports and cost estimates across multiple projects was also a challenge, leading to inefficiencies and slower tender submissions.

 

2. Learning Curve for First-Time Users

During the early phase of using TME, the main challenge was the learning curve for first-time users. Some team members required time to adapt to the new interface, working environment, and workflow. Initial issues also arose when syncing data between the design model and measurement sheets.

 

3. Drawing and Template Preparation Issues

Drawing-related issues such as missing layers, unclear line types, and inconsistent symbols often made it difficult to carry out accurate measurements, as these had to be cleaned up or clarified beforehand. The customization limitations in TME also meant that ready-use templates had to be converted into the required format, which added extra preparation work before starting the measurements.

 

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Glodon Cubicost TME Features That Solved the Problem

 

Figure 1. Plumbing and Sanitary System – 3D View of Sanitary Wares and Piping Works

 

Glodon Cubicost TME supported more accurate quantity take-offs, especially for mechanical and electrical (M&E) works, through its model-based measurement features. The platform provided several key functions that helped the QS team improve accuracy, coordination, and efficiency:

 

1. Model-Based Measurement

TME enabled more accurate quantity take-offs for M&E works through its model-based measurement functions. This approach reduced reliance on manual calculations and improved data precision.

 

2. Clash Detection Function

The clash detection feature, when actively used by the QS, helped identify overlapping elements and potential design conflicts early in the process, allowing teams to resolve issues before construction began.

 

3. Measurement Tools for Line, Count, and Table of Quantity

Measurement features such as Line (measurement), Count (measurement), and the Table of Quantity allowed the QS team to organize, classify, and summarize quantities efficiently. This improved both clarity and speed during checking, documentation, and coordination with project stakeholders.

 

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The Advantages of Glodon Cubicost TME

 

Figure 2. Easy Tracking of Quantities of Sanitary Piping on Cubicost TME

The implementation of Glodon Cubicost TME provided significant benefits for the QS team, improving both efficiency and accuracy during the quantity take-off and revision process. The following key advantages were observed:

 

1. Faster Quantity Generation

Using Glodon Cubicost TME, the QS was able to generate quantities more quickly after completing the take-off, and the results were neatly organized into a structured table format. This made it easier to check back on quantities after modelling was completed.

 

2. Efficient Drawing Comparison with Addendum Feature

By using the Addendum feature, TME supported drawing comparison by allowing the QS to model the original drawing and then compare it with new revisions to identify what had been added or deleted by the project engineer.

 

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Inspired by how SEAEVER leveraged Glodon Cubicost TME to enhance accuracy and collaboration in Singapore’s residential construction sector? Your team can experience similar results with the right digital tools.

 

Glodon Cubicost TME streamlines MEP quantity take-offs, reduces manual effort, and enhances coordination for faster, more accurate project delivery.

 

Whether your focus is residential, commercial, or mixed-use developments, Glodon Cubicost equips your team with the precision and efficiency needed to succeed in every construction phase.

 

Ready to start your BIM transformation?

Discover how Glodon Cubicost can elevate cost control, accuracy, and collaboration in your projects. Contact our team today to begin your digital construction journey.