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Robotics & AI Engineer

Building Intelligent Systems
That Perceive, Decide, and Act

Focused on real-world autonomy, perception, and multi-agent systems.

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I design and build intelligent systems that operate reliably in real-world environments, combining machine learning, perception, and optimisation.

Selected Work

Zero Trust System

A containerised, AI‑optimised safety system that analyses API behaviour using static AST parsing, dynamic telemetry, and explainable risk scoring engineered for zero‑trust microservice environments.

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Drone Swarm Optimisation

Optimised multi-drone coordination using Particle Swarm Optimisation.

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Grey Wolf Optimisation

Nature-inspired optimisation modelling leadership hierarchy and hunting behaviour.

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Breast Cancer Perception

High-accuracy morphological classification using multi-model ML.

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More Projects

YOLO Object Detection
Lane Detection (OpenCV)
Autonomous Car Perception
Reinforcement Learning Gridworld
Genetic Algorithm Optimisation
Face Recognition System
Handwritten Digit Recognition
Path Planning (A*)
PCA Dimensionality Reduction
K-Means Image Segmentation
Neural Network From Scratch
Multi-Agent Simulation

About

I’m a Robotics & AI engineer focused on building systems that operate reliably in real-world environments. My work sits at the intersection of perception, optimisation, and intelligent control—designing systems that act on data with precision. Currently pursuing an MSc in Robotics, specialising in autonomy and computer vision.

Let’s build something intelligent.

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