Hi, my name is

Isuru Kasthuri Arachchi

Probationary Lecturer at the Department of Soil Science, Faculty of Agriculture, University of Peradeniya

Soil scientist and lecturer working at the intersection of soil sensing, precision agriculture and data science — using sensors, geospatial data, physics-informed neural networks and machine learning to better understand and manage the soil.

Isuru Kasthuri Arachchi
MPhilSoil Science · ongoing
MScData Science · distinction
BScAgriculture Technology & Mgt
1peer-reviewed publication

At the intersection of soil & data

I'm a probationary lecturer in the Department of Soil Science, Faculty of Agriculture, University of Peradeniya. My teaching and research span soil sensing, precision soil management, remote sensing and digital soil mapping — turning soil and geospatial data into practical tools and insight.

Alongside this, I build practical data and web tools that support research, teaching and day-to-day work in the faculty.

More about me

Current focus: digital soil mapping, physics-informed neural networks for soil water retention, and precision soil management — within the Department of Soil Science, Faculty of Agriculture, University of Peradeniya.

Methods & tools

Python TensorFlow Keras TensorFlow Lite Scikit-Learn SHAP Qdrant OpenCV HTML CSS JavaScript TypeScript React Vue.js Svelte / SvelteKit Alpine.js HTMX Zustand Redux Toolkit Tailwind CSS Bootstrap Laravel Livewire Inertia.js CodeIgniter Pest PHP FastAPI Flask Node.js Vite Hugo Joomla WordPress Flutter Riverpod React Native / Expo QGIS ArcGIS Google Earth Engine Leaflet.js PostGIS NumPy Pandas Matplotlib Seaborn R Jamovi SPSS Power BI VBA MySQL PostgreSQL MongoDB SQLite Docker Nginx Linux Bash CloudPanel Git PyGame Ct.js Pixi.js GIMP Inkscape Affinity SketchUp Arduino ESP32 Google Apps Script

Research publications

  • Kasthuri Arachchi, K. A. I. L. (2026). Machine learning prediction of soil cation exchange capacity in tropical soils [Extended abstract]. Postgraduate Institute of Agriculture Annual Congress.
  • Gamage, D. N. V., Peiris, T., Kasthuriarachchi, I., Mohotti, K. M., & Biswas, A. (n.d.). Enhancing soil resilience to climate change: Long-term effects of organic amendments on soil thermal and physical properties in tea-cultivated Ultisols. Available online

Blog articles

Predicting soil temperature dynamics
            with deep learning
Data ScienceDeep LearningSoil

Predicting soil temperature dynamics with deep learning

How I used neural networks to model how soil heats and cools over time — and why that matters for crops.

Building
            a soil moisture sensor with Arduino
HardwareArduinoReact Native

Building a soil moisture sensor with Arduino

From bare sensor to a calibrated, mobile-connected device for my BSc research.

Let's work together

Have a question, a collaboration idea, or just want to get in touch? My inbox is always open.

Get in touch