Assessfy Social Impact Lab Moderate 6 milestones 100 marks

Low-Cost Wetland Health Monitoring Platform With Community Reporting

Theme: Life on Land & Biodiversity Type: Social-good / SDG-aligned impact project Tags: SDG 15, Biodiversity Team: up to 4 Assessment: 6 impact-lifecycle milestones (100 marks) Hackathon/AICTE-activity-points eligible

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

6
Milestones
0
Available mentors
0
Enrolled students
15
Core skills
About this project

Objective: To empower local communities to monitor and report wetland health using accessible technology for improved biodiversity conservation.

Wetlands and lakes across India face degradation from pollution, encroachment, and unsustainable usage, which threatens biodiversity and the livelihoods of nearby vulnerable communities. The lack of timely, reliable monitoring and reporting mechanisms makes it difficult for local stakeholders and authorities to intervene effectively. This challenge aligns with SDG 15: Life on Land & Biodiversity, specifically focusing on protecting inland water ecosystems.

The proposed solution is a user-friendly platform that integrates open satellite data, on-site sensor readings, and community-reported observations to monitor wetland health. This platform will enable local volunteers, NGOs, and panchayats to submit geo-tagged reports and photos of wetland conditions, pollution events, or biodiversity sightings, which are then visualized alongside real-time environmental data.

Key features include: a mobile/web app for easy community reporting, integration of satellite imagery (ISRO Bhuvan) and public datasets (data.gov.in, OpenStreetMap), low-cost IoT sensor support for water quality metrics, and dashboards for visualization and alerts. The working prototype will demonstrate automated wetland status updates, community engagement workflows, and impact analytics.

Measurable impact includes increased incident reporting, improved wetland health metrics, and actionable alerts for local authorities. The platform can scale across districts and states, adapting to different wetland types and supporting biodiversity protection through community-driven stewardship.

Milestones
1. Problem & Stakeholder Understanding
10 marks 21d
Conduct stakeholder interviews with local community members, NGOs, and authorities to validate key wetland health challenges; submit a stakeholder map and needs assessment report for review.
2. Landscape Survey & Open-Data Sourcing
10 marks 21d
Identify and curate relevant open datasets (satellite, water quality, biodiversity) and review current wetland monitoring methods; submit a data landscape report with source mapping for approval.
3. Solution Design & Architecture
15 marks 28d
Develop technical architecture, workflow diagrams, and user journey maps; present a design document and UI wireframes for expert feedback.
4. Prototype / Build
30 marks 35d
Build a functional prototype integrating satellite data, sensor input, and community reporting modules; demonstrate core features in a code review and live demo.
5. Pilot & Impact Measurement
25 marks 28d
Deploy the prototype at one wetland site with a partner community; collect usage data, feedback, and preliminary impact metrics for evaluation.
6. Stakeholder Demo & Pitch
10 marks 14d
Present final solution, impact results, and scalability plan to stakeholders and judges in a demo and Q&A session for assessment.
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Skills you'll learn
Social GoodSocial ImpactSDGSustainable DevelopmentCommunityLife on Land & BiodiversitySDG 15BiodiversityEnvironmental data analysis and interpretationMobile/web application development for social impactIoT sensor integration and data acquisitionCommunity engagement and participatory designGeo-spatial mapping and visualization using open datasetsImpact measurement and reportingUser experience (UX) tailored to underserved populations
Tools used
ISRO Bhuvan satellite imagery and APIsdata.gov.in water quality datasetsOpenStreetMap for geospatial mappingOpen Data Kit (ODK) for field data collectionLow-cost IoT sensors (Arduino/Raspberry Pi with water quality modules)Firebase or similar backend for real-time dataQGIS for spatial analysis and visualizationOpen-source UX/UI frameworks (FlutterReact Native)
Prerequisites
Introductory environmental engineering or ecologyDatabase systems and APIsMobile/web development fundamentalsBasic GIS and mapping conceptsStatistics or data analysis
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Low-Cost Wetland Health Monitoring Platform With Community …

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