INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,
MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025
infrastructure development is at an advanced stage and the project is handed over, the community may perceive
it as a government provisioned asset. This perception may result in quick neglect and deterioration of the new
project. This neglect can be countered when community approaches are planned from the start, encouraging
participation at every stage. When community members contribute to planning, design, implementation, and
even monitoring and evaluation, they are far more likely to sustain their interest in a project’s long-term
sustainability. This is probably the most compelling argument for the need to look at ownership from the
community's perspective as a positive driver for sustainability. In other words, it is a positive motivator. When
a community has ownership of an asset, they will sustain it, maintenance will be done consistently over long
periods, and it can be reworked as the community's needs change (Fung, 2023) (Ahmad, 2016).
This principle applies to different kinds of infrastructure projects. In remote areas, the sustainability of
community tele centres tends to be better when maintenance is community driven, as the local users get to handle
the everyday operational tasks (Tan, Poline, Lau, & Wong, 2020). Participation itself is an opportunity to develop
the social and institutional capital needed for stewardship. In the infrastructure project operational phase,
communities need organizational capacity to manage the available resources, manging with complex disputes,
and handle conflicts that may arise and occur (Kwok, Samah, Hashim, Redzuan, & Jaafar, 2017). This type of
local institutional adaptive governance, which supports flexibility in responding to different situations, is crucial
for resilience (Abid, Sulaiman, Al-Wathinani, & Goniewicz, 2024).
Asset-Based Community Development (ABCD) is another example of a community framework. Rather than
determining a community's deficits, needs, and problem areas, ABCD starts by identifying and mapping a
community's existing assets, which include skills, knowledge, social capital, and even natural resources. This
helps to empower communities by reminding them of their strengths and helps to inform the design of
interventions that will be appropriate, socially acceptable, and contextual (economically, environmentally)
(Fung, 2023). Rural Sabah community-managed water systems demonstrate this principle well. While external
NGOs provide technical support and design pipe and tank systems, community members and their contributions
of labor volunteer for system construction and maintenance. This work is performed within the community as
gotong royong. Communities form water committees for system oversight, and they are empowered through
training to perform and manage routine system maintenance and repairs. This results in not only a significant
cost savings, but also a community system that is self-sufficient to foster a deep sense ownership and control
(Tan, Poline, Lau, & Wong, 2020). The permanent infrastructure is a community asset, it is built and maintained
to serve the needs of the community as a whole.
Integrating Indigenous Knowledge and Tailoring Local Solutions
One of the most significant advantages of community-led development is its capacity for creating solutions that
are contextually, honour and culturally relevant. In contrast, centralized, traditional planning frequently employs
standardized blueprints and universal models that consider one size can fit for all always overlook the specific
social, cultural, and ecological dimensions of a site, surrounding and communities. That can result in the
implementation of what widely call as a white elephant projects, initiatives that may be technically admirable,
completed on site but are socially unacceptable, underutilize or environmentally harmful. Because community-
led development prioritizes local and indigenous culture and knowledge systems, infrastructure development
becomes not an imposition, but an organic extension of a community's values and practices ( (Loh, Zaman, &
Ab-Hamid, 2022). Consequently, such frameworks produce innovative and effective solutions with remarkable
precision.
Integrating indigenous knowledge remains crucial for Sabah and Sarawak. These regions and their local
communities have built and perfected resource management systems for centuries. The Tagal system of
watershed management, for instance, contributes to the success of community-based micro-hydro projects in
Sabah (Loh, Zaman, & Ab-Hamid, 2022). Under the Tagal system, communities govern and manage the
resources in their river basins, and for that, they enforce a ‘hands-off’ approach to destructive fishing, pollution,
and other activities that may harm the resource. The health of the river sufficiently meets the community's needs
for the continuous running of micro-hydro systems and electricity generation. The Tagal system, and other
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