Suggested Thesis Titles for BS Geodetic Engineering Based on Rosario’s Local Investment Development Program 2022–2025 – Client Support by Students Brain Boost Cooler

CONTENTS:

• Introduction: Project Background and Client Type
• Services Delivered
• Highlights and Considerations
• Client Feedback

A modern illustration of geodetic engineering tools and symbols, featuring survey equipment, spatial data icons, and mapping visuals that highlight the core elements of land surveying and geospatial science.

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Introduction: Project Background and Client Type

This project supports undergraduate students of Bachelor of Science in Geodetic Engineering, particularly those preparing their thesis topics aligned with local development priorities. The client base includes individual students and student groups affiliated with Batangas State University and nearby institutions, who are interested in conducting spatial analysis studies rooted in real-world challenges faced by local governments. To bridge academic work with LGU initiatives, the Students Brain Boost Cooler curated a list of thesis title suggestions based on the Municipality of Rosario’s Local Investment Development Program (LDIP) 2022–2025. The titles were designed to integrate GIS-based spatial analysis using Rosario’s local administrative boundaries and validated hazard maps for floods, landslides, and earthquakes, in line with climate change adaptation strategies.

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Services Delivered

• Generated a curated list of thesis title suggestions linked to Rosario's LDIP 2022–2025

• Integrated local administrative boundaries and thematic development priorities

• Aligned each title with flood, landslide, and seismic hazard datasets

• Incorporated climate change vulnerability and risk assessment frameworks

• Customized all titles to suit BS Geodetic Engineering students with GIS-based skillsets

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🌟 Suggested Thesis Titles

Disaster Risk Reduction and Climate Adaptation Focus

• GIS-Based Flood Risk Mapping and Evacuation Route Optimization for Priority Barangays in Rosario, Batangas

• Multi-Hazard Exposure Mapping of Public Facilities in Rosario Using GIS and Climate Change Vulnerability Assessment

• Spatial Suitability Analysis for Relocation Sites in Flood- and Landslide-Prone Communities of Rosario

• Development of a Barangay-Level Seismic Hazard Atlas for Earthquake Preparedness Planning in Rosario

• GIS-Based Risk Index Modeling for Critical Infrastructure Using LDIP-Identified Investment Zones

Infrastructure and Urban Planning Focus

• Geospatial Analysis of Road Network Vulnerability to Flooding and Landslides Along Rosario’s Main Transportation Corridors

• Land Use Change Detection and Climate-Sensitive Zoning Using Rosario’s Local Development Boundaries (2015–2025)

• Suitability Mapping for Future Public Market Locations in Rosario Considering Hazard Constraints and Accessibility

• GIS-Based Urban Growth Projection and Land Availability Assessment for Rosario’s Eastern District

• Multi-Criteria Evaluation of Drainage Improvement Projects in Flood-Prone Urban Barangays of Rosario

Environmental Management and Resource Planning Focus

• Watershed-Based Flood Susceptibility Mapping for Integrated River Management in Rosario

• GIS-Aided Assessment of Agricultural Land Exposure to Climate and Geologic Hazards in Rosario

• Mapping Ecosystem-Based Risk Reduction Zones Along Rosario’s Forest and Riparian Boundaries

• Groundwater Vulnerability Zoning Using Geomorphologic and Hazard Overlay in Rosario

• Evaluation of Land Cover Change Impact on Surface Runoff Using Remote Sensing and Hydrologic Modeling Tools

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💬 Expected Client Feedback

Students are expected to find the title list both strategic and relevant, particularly in guiding the development of GIS-based thesis projects that address local challenges. BS Geodetic Engineering students are likely to appreciate how the suggested topics align closely with the priorities of the local government, offering a meaningful connection between academic work and real-world municipal planning.