Project
Title: DAIF
SABAH (2024) – Pembinaan Semula
Bangunan Daif di Sekolah
Kebangsaan Gumisi, Tenom, Sabah
Location: Tenom,
Sabah, Malaysia
Nature
of Project: Redevelopment
and infrastructure upgrading works
using modern prefabricated
construction systems.
This
project involves the comprehensive
reconstruction of existing
dilapidated school facilities at
SK Gumisi, Tenom, Sabah. The
development adopts advanced
prefabricated construction
methodologies, including metal
structural systems, drywall
partitions, and dry floor
technologies, to enhance
efficiency, structural
performance, sustainability, and
long-term operational value.
The
implementation of these modern
construction systems aligns with
national objectives to improve
public infrastructure delivery
while ensuring quality, safety,
and environmental responsibility.
1.
Prefabricated Metal Construction
- High
structural durability and
resilience against extreme
weather conditions
- Accelerated
construction timeline through
off-site fabrication
- Optimized
cost control via reduced
material wastage and labor
requirements
- Design
flexibility and scalability
for institutional facilities
- Use
of recyclable materials
supporting sustainable
development goals
- Low
lifecycle maintenance
requirements
2.
Drywall Construction System
- Lightweight
components enabling efficient
installation
- Reduced
construction duration compared
to conventional plastering
- Availability
of fire-rated assemblies
enhancing safety compliance
- Improved
acoustic performance for
educational environments
- High-quality
surface finishes suitable for
institutional standards
- Incorporation
of recyclable materials
3.
Dry Floor Construction System
- Elimination
of wet concrete curing
processes, reducing project
timeline
- Compatibility
with multiple flooring
finishes
- Reduced
structural load suitable for
renovation and new
construction
- Enhanced
thermal and acoustic
insulation performance
- Environmentally
responsible material options
- Minimized
site disruption during
installation
