I fly the missions, build the pipelines, and turn aerial data into decisions.
Drone operations and geospatial data specialist — from flight planning and automated docks to the software that turns aerial surveys into point clouds, elevation models, and decision-ready analytics.
Most drone work stops at capture. I own the whole loop — planning the flight, running the hardware, and writing the code that makes the data useful.
Automated and crewed missions for large-scale survey work, planned for terrain, obstacles, and the data the analysis actually needs.
Turning raw imagery and point clouds into clean, decision-ready layers for analysts and operators.
Python tooling that ties capture to the dashboard — repeatable, documented, and built to run unattended.
A flagship app, plus selected work across operations, data, and software.
A live flight-radar app, built by a UAV operations specialist — for UAV pilots.
A personal project I built to solve a problem I was facing in my own drone operations: knowing what's in the airspace around me before and during a flight. SCOPE Air Tracker renders live ADS-B traffic as a radar sweep and lets you filter aircraft by altitude band — so you can isolate low-level traffic in your operating area and keep situational awareness for safer flights within designated airspace. Built with UAV pilots in mind. Global coverage, airport weather and METAR, military airports and aircraft, aircraft photos and route lookups, live trails, and a watchlist that alerts you when a tracked aircraft appears or lands. Live now in the browser, with a native app in development.
An automated pre-flight screen for a rolling survey schedule. It reads planned jobs and aircraft limits from a spreadsheet, screens the NATS UK NOTAM feed and hourly forecast against each site’s position, altitude and time window, and renders a self-contained dashboard with a traffic-light status per survey. A failed feed reports as data unknown, never green.
A browser-based operational safety application that generates site-specific UAV Risk Assessments and Method Statements from reusable hazard and control libraries, driven by conditional inputs about the operation. Risk scoring, revision control, an approval workflow, and print-ready PDF output — so a compliant RAMS for a new site is a few minutes of structured input rather than an afternoon of copy-paste.
A Python pipeline that fully digitises a site into discrete, addressable units — each carrying its own ID and attributes — turning a flat survey into a queryable, actionable dataset, accurate at any latitude.
End-to-end processing of aerial surveys on AWS GPU instances — parameter-tuned ground filtering, surface and elevation models, and an S3 workflow built to survive dropped SSH sessions.
An interactive dashboard with editable parameters, tier-based classification, live charts, and one-click Excel export — built so non-technical stakeholders can explore the numbers themselves.
Interactive Plotly maps visualising slope, elevation, and aspect from GeoJSON and GeoTIFF DTM inputs — a clear read on site characteristics, block by block.
A browser-based mission-planning tool for building and editing drone flight paths — full CSV/KMZ round-trip, standards-compliant export, and a live map overlay, so complex routes can be designed, tuned, and shared without leaving the browser.
Tooling that parses raw flight logs and geotagged imagery into clear performance and data-quality reports — turning thousands of telemetry rows and photo records into an at-a-glance verdict on whether a flight met spec.
A fully digitised dataset from a nadir, RTK-enabled survey — site boundary, operations area, a per-plot survey grid, row centrelines, post locations, and survey control, delivered as clean GIS layers in WGS 84. Illustrative site; all client data anonymised.
Survey and mapping operations across four very different regions.
Survey operations and pipeline development.
Aerial mapping campaigns across the region.
Autonomous dock deployment and high-accuracy terrain mapping.
Drone survey operations.
Survey operations near Lake Ontario.
Alpine terrain survey and mapping.
Survey and mapping campaigns.
Survey, mapping, and R&D operations.
Available for drone operations, geospatial consulting, and data-pipeline work. The best way to reach me is on LinkedIn.