The project involved a critical intervention to save the Kurunegala Lake, a vital supplementary drinking water source polluted by urban and agricultural runoff. The primary digital challenge was creating a transparent, highly credible platform that could articulate a complex, multi-disciplinary effort spanning international research (NEWRI, Singapore), local academia (UoP), and municipal governance (KMC, NWSDB).

Key Challenges included:

• Multi-Stakeholder Communication: The portal needed to serve as the single source of truth for all partners, clearly outlining the roles of international researchers, local academic experts, and government agencies.
• Translating Technical Solutions: The core technical solution involved implementing Low-Impact Development (LID) technology. The website had to explain this complex engineering intervention clearly to both technical peers and the local community.
• Facilitating Community Capacity Building: A key objective was community engagement through the Water Safety Plan (WSP) and Sanitation Safety Plan (SSP). The site needed dedicated, user-friendly resources for this public outreach component.
• Detailed Project Documentation: The platform required the architecture to host and segment large amounts of data, research papers, and photographic evidence for the Project Background, Solutions, and Similar Projects section to ensure long-term knowledge transfer.

We designed a structured, academic-grade portal focusing on clarity, scientific rigor, and public accessibility, ensuring it functioned as both a credible research dissemination tool and an effective community resource.

Strategic Development & Architecture:

• Credibility-First Design: The homepage immediately features the collaborative partners and the Resource Team (high-profile Professors and PhDs), leveraging their expertise to establish immediate authority and trust.
• Structured Project Workflow: We created a logical hierarchy of pages (Project Background, Solutions, Similar Projects) that guides the user through the problem, the specific engineering intervention (LID), and the expected outcomes.
• Community Resource Hub: Developed dedicated sections for easily downloadable community guides and documents related to the WSP and SSP, facilitating the project’s community capacity building objectives.
• Visual Documentation: Implemented a high-quality gallery and media framework to document the physical progress of the remediation efforts, providing visual evidence of the project’s impact on the lake and sub-catchment canals.

Technical Implementation:

• Academic-Grade CMS: Used a robust Content Management System optimized for academic publishing, allowing the University team to easily upload research findings, technical papers, and media assets securely.
• Cross-Linkage Functionality: Ensured robust internal linking between the project, the solutions, and the resource team biographies, creating a tightly integrated knowledge network for researchers and students.

The launch provided the project with a professional digital identity that successfully managed complex stakeholder relations and facilitated its core environmental mandate.

• Enhanced Institutional Transparency: The portal served as a transparent hub for the public, local government, and international partners, centralizing all project documentation and progress updates.
• Effective Knowledge Transfer: The clear structure and dedicated ‘Solutions’ section successfully communicated complex engineering methods (LID) to a broader audience, supporting the project’s mandate to establish best practices.
• Supported Community Outreach: The user-friendly design and easily accessible community resources directly facilitated the local execution of the Water and Sanitation Safety Plans, enhancing the project’s direct social impact.
• Strengthened Collaborative Brand: The high-quality digital representation solidified the collaborative brand of the University of Peradeniya and its international partners, creating a strong portfolio piece for future grant applications and similar environmental projects.