Joseph Moturi | Drone Pilot • GIS Analyst • AI Enthusiast

About Me

Joseph is a certified Drone Pilot and GIS Analyst with a strong foundation in Remote Sensing, Hydrology and Information Technology. With over 3 years of hands-on experience, he bridges the gap between aerial intelligence and geospatial analysis to solve real-world environmental and operational challenges. Currently serving as Drone Pilot and Engineer at KTV Working Drone and Sonetarc Africa.

“I use drone and geospatial data to uncover patterns, tell spatial stories and shape predictive models.”

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Years Experience

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Flight Hours

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Countries Operated

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Omdena Projects

Companies

From drone operations to GIS contracting and AI collaboration across diverse sectors, each organisation has shaped a unique chapter of professional growth.

Skills & Tools

The platforms, languages and tools powering every flight, map and model.

Interests

A curated snapshot of expertise, curiosity and ongoing contribution.

Drone as a Service

Delivering precision aerial services from mission planning and flight execution to processed imagery and actionable spatial reports.

Drone Engineering

Building, configuring and troubleshooting UAV systems for industrial deployment from firmware programming to sensor calibration and field-ready maintenance.

Web Development

Crafting interactive WebGIS applications and spatial dashboards that turn complex geospatial data into clear, accessible web experiences.

Data Visualization

Transforming raw spatial datasets into compelling visual stories through Streamlit dashboards, map interfaces and charts that drive informed decisions.

Machine Learning

Training models to see what the eye misses. LULC classification, object detection and pattern recognition applied directly to drone and satellite imagery.

STEM Mentorship

Giving back through knowledge by guiding the next generation of GIS analysts and drone operators via Omdena projects and open community initiatives.

Infrared Thermography

Seeing beyond the visible spectrum by deploying thermal sensors on UAVs to detect heat anomalies in buildings, solar farms and critical infrastructure.

Remote Sensing

Interpreting the Earth from above by extracting land cover, vegetation health and environmental change signals from satellite and drone-acquired imagery.