Portrait of Heshan Nethmina

Building systems that turn ML research into shipped products.

Hi, I'm

Heshan Nethmina

Software & ML Engineer

Projects Built

10+

From AI systems to IoT firmware and full-stack apps — shipped end to end, not just prototyped.

Research Papers

2

Peer-reviewed work in machine learning, turning experiments into published, citable results.

Certifications

5

Cloud and machine-learning credentials from AWS and Kaggle, backing the hands-on work.

Years Coding

4+

Years spent building across Python, TypeScript, and C++ — and still learning every day.

About

A bit about me

I’m a Software Engineer with a strong interest in building intelligent, scalable, and impactful systems across Machine Learning, Artificial Intelligence, and modern full-stack development.

I enjoy turning complex problems into clean, efficient, and practical solutions, whether that’s building web applications, designing data-driven systems, or experimenting with AI models. I’m particularly interested in how AI systems can be integrated into real-world products in a reliable and scalable way.

Outside of engineering, I enjoy learning new technologies, experimenting with projects, and continuously sharpening my problem-solving skills. My goal is to contribute to impactful engineering teams tackling challenging problems in AI, software engineering, and scalable systems.

Currently focused on

  • Machine Learning & Deep Learning systems
  • Backend & distributed system design
  • Cloud & MLOps workflows
  • Production-ready apps with modern web tech

Research

Research & publications

When Prices Double in a Week: Forecasting of Agricultural Volatility in Import Isolated Markets

2026

Ranuga Weerasekara, Heshan Nethmina, Manuja Mathiesha, Vinma Wettasinghe, Dinithi Navodya, Subavarshana Arumugam, Nirasha Munasinghe, Nisansa de Silva, Sandareka Wickramanayake

IEEE MERCon 2026

A gradient-boosted ensemble (XGBoost/LightGBM) with supply-chain-aware and seasonal features forecasts Sri Lankan vegetable price volatility, reaching 90.84% accuracy on held-out data and 85.96% on a fully unseen 2024 hyperinflationary period without retraining.

Accepted

Regression vs. Ordinal Modeling for Wine Quality Prediction: A Fair Comparison Within the SVM Family

2026

Heshan Nethmina

CS3111 — Introduction to Machine Learning Research Papers, University of Moratuwa

A controlled ablation within the SVM family for wine quality prediction finds that naive ordinal reformulation, feature selection, and class-weighting all underperform a well-tuned regression baseline, with only hyperparameter optimization giving a small but statistically significant improvement over the 2009 SVM-R benchmark.

PreprintPDFCode

Stack

What I work with

ML/AI

  • PyTorch
  • TensorFlow
  • LLM fine-tuning
  • RAG pipelinesLearning

Backend

  • Python
  • Node.js
  • FastAPI
  • PostgreSQL
  • RustLearning

Frontend

  • TypeScript
  • React
  • Next.js
  • Tailwind CSS

Infra/DevOps

  • Docker
  • AWS
  • CI/CD
  • Vercel

Tools

  • Git
  • Linux
  • Figma

Certifications

Credentials & courses

Amazon Web Services

AWS Certified Cloud Practitioner

Kaggle

Intro to Machine Learning

Kaggle

Intermediate Machine Learning

Kaggle

Deep Learning

Kaggle

Deep Neural Networks

Contact

Let's work together

Have a role, a project, or a question? Send a note and I'll reply within 24 hours.

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