Project Overview

The project involves a proposed amendment to an already approved hotel development plan. This includes the erection of a new 6-storey hotel with 48 rooms and a restaurant on the 1st storey at 44 & 46 Horne Road (LOT 01611P TS17). Additionally, it includes the amalgamation with an existing 6-storey hotel (46 rooms) located at 48 Horne Road (LOT 01483A TS17), along with necessary additions and alterations to unify and upgrade the overall infrastructure.

Client

GIMS & ASSOCIATES PTE LTD

Location

44, 46, 48 Horne Road, Kallang Planning Area, Singapore

Project Timeline

November 2024

Project Description

This integrated redevelopment plan aims to enhance hospitality infrastructure within the Kallang Planning Area by merging two adjacent hotel properties. The goal is to improve efficiency, aesthetics, and guest experience through a seamless architectural and operational unification. The blueprint and layout provided showcase meticulous coordination between MEP systems and structural planning. Special attention has been given to space optimization, service routing, and regulatory compliance.

Project Overview

This project focuses on the proposed additions and alterations to an existing 9-storey light industrial flatted factory building, located at No. 1, Tannery Road in the Geylang Planning Area. The scope includes structural enhancements and internal reconfigurations to modernize the facility and improve operational efficiency.

Client

AC CONSORTIUM PTE LTD

Location

Lot 03370C & 10518L MK24, No. 1 Tannery Road, Geylang Planning Area, Singapore

Project Timeline

February 2025

Technologies Used

• AutoCAD – Used for precise 2D/3D architectural and engineering drafting.
• Revit – Employed for BIM-based coordination across architectural, structural, and MEP disciplines.
• Microsoft Project – Utilized for managing timelines, resources, and task dependencies.

Project Description

The project aims to upgrade an operational industrial facility through a carefully planned series of additions and alterations. This includes reconfiguring internal layouts, updating services, and ensuring compliance with current building codes and regulations.

The design approach integrates advanced tools like Revit for seamless coordination between disciplines and ensures accurate implementation through AutoCAD drafting. The use of Microsoft Project allows efficient project scheduling, milestone tracking, and stakeholder coordination.

Project Overview

This project entails the proposed electrical installation works in conjunction with the addition and alteration of the existing 2-storey Gek Poh Shopping Center. The work is planned for lots 00657C & 00658M MK09, located at 762 & 763 Jurong West Street 75, within the Jurong West Planning Area. The focus is on modernizing the building’s electrical infrastructure while aligning with broader architectural upgrades.

Client

GIMS & ASSOCIATES PTE LTD

Location

762 & 763 Jurong West Street 75, Lots 00657C & 00658M MK09, Jurong West Planning Area, Singapore

Project Timeline

September 2024

Technologies Used

• AutoCAD – For accurate planning and drafting of electrical layouts and schematics.
• Revit – Utilized for Building Information Modeling (BIM) to coordinate MEP systems effectively.
• Microsoft Project – Deployed for scheduling, task tracking, and project management.

Project Description

The scope of this project is to implement new electrical systems aligned with architectural changes to the Gek Poh Shopping Center. This includes wiring upgrades, panel board adjustments, and integration with other building services while ensuring full compliance with Singapore's building and safety regulations.

Advanced tools such as Revit are used for modeling and system clash detection, while AutoCAD handles the precision of electrical schematics. Project progress and milestones are efficiently managed using Microsoft Project, ensuring timely delivery and client satisfaction.

Key Highlights

• Focused electrical enhancement as part of larger renovation works.
• Coordination between electrical and architectural upgrades via BIM.
• Compliance with modern electrical standards and safety codes.
• Strategic project management ensuring minimal disruption to existing operations.