Work History

Project Title 

Purple Sea Urchin Habitat Mapping

Client/Organization

Get Inspired

Project Type

Environmental Monitoring | Photogrammetry | GIS Analysis

Overview

Drone imagery was processed into high-resolution orthomosaics to support research on Purple Sea Urchin populations in coastal tide pools. The project focused on documenting habitat features and defining analysis areas for ecological monitoring. Deliverables were designed for GIS-based review and visualization.

Deliverables

• Orthomosaic overview

• Detailed orthomosaic of analysis area

• GIS-ready raster outputs

Project Title

Coastal Sediment Oscillation Study

Client/ Organization

Academic Research Project

Project Type

Coastal Analysis | Photogrammetry | GIS

Overview 

Drone imagery was collected and processed to analyze sediment movement along a sandy beach environment. Orthomosaics and elevation data were used to visualize changes over time and support exploratory analysis of coastal dynamics

Deliverables

• Orthomosaic maps

• Elevation surfaces (DEM/DTM)

• Change visualization outputs

Project Title

Archaeological Site Mapping & Elevation Mapping

Project Context

Academic Collaboration | Graduate Program

Project Type

Photogrammetry | Orthomosaic Processing | DEM & DTM Generation

Overview

Drone imagery collected for an archaeological site was processed into a high-resolution orthomosaic and elevation products as part of a graduate-level collaboration. Our role focused on photogrammetric processing, including orthomosaic generation and the creation of DEM and DTM surfaces to support site documentation and spatial analysis. This work demonstrates the application of photogrammetry for archaeological mapping and terrain visualization.

Deliverables

• Orthomosaic overview of archaeological site

• Digital Elevation Model

• Digital Terrain Model (DTM)

• GIS-ready raster outputs

Project Title

Hobbyist Orthomosaic Mapping

Project Type

Hobbyist Mapping | Image Processing

Overview

Personal drone imagery was processed into stitched orthomosaic to demonstrate mapping workflows suitable for hobbyist. The example highlights accessible processing options for user without GIS software

Deliverables

• Stitched orthomosaics

• Map visualization output