Specializing in software engineering, with experience across autonomous vehicle simulation, satellite payload development and computational biology.

First class honors MEng Engineering Mathematics - University of Bristol.

Professional Experience

Including space systems, AI research, and full-stack development

GSK

AI/ML Department

GSK

Software Engineering Intern

Software engineering intern in GSK's AI/ML department, working on the AI, Finance and Strategy team.

European Space Agency
European Space Agency logo

April 2023

European Space Agency

Lead Embedded Systems Engineer

Developed test-ready satellite payload with University of Bristol's PROVE team. Validated payload to TRL 6 in a thermal vacuum chamber.

Fidelis AI
Fidelis AI logo

January 2025 - Present

Fidelis AI

Full Stack Developer

Deployed the startup's MVP - full stack web application with ReactJS, AWS, CI/CD. Implemented EC2 auto-scaling for digital twin simulations.

EPSRC Research Internship
EPSRC Research Internship logo

June - August 2024

EPSRC Research Internship

Undergraduate Research Intern

Characterized ML image segmentation models (ResNet50, DeepLabV3 & SAM2) on Sentinel-1 SAR satellite images for flood monitoring.

Research Projects
Research Projects logo

2023 - 2024

Research Projects

Academic Research

Multi-model NLP analysis, social media network modeling, traffic flow optimization, and graph centrality in financial networks.

RAL Space
RAL Space logo

August 2021

RAL Space

Student Research Assistant

Analyzed satellite radiation model predictions in OMERE software. Produced Monte Carlo simulation of radiation exposure impact on mission lifetime.

Aegis Professor Competition
Aegis Professor Competition logo

2024

Aegis Professor Competition

Graph Theory Research

Produced presentation and conference poster on Graph Theory for Efficient Carbon Transport Network Design.

Master's Thesis
Master's Thesis logo

2024 - 2025

Master's Thesis

Agent-Based Modelling of Intestinal Organoids

MEng thesis on computational modelling of intestinal organoid self-organisation using an agent-based vertex model. Implemented in C++ with the Chaste framework, simulating cell mechanics, proliferation, and lumen formation.

Maker Projects

2018 - Present

Maker Projects

Engineering & Design

Combat robotics, custom 3D printer builds, and various engineering projects showcasing hands-on technical skills.

Technical Expertise

Core technologies and methodologies I work with

Programming

Python
TypeScript
JavaScript
C++
MATLAB

Data Science

PyTorch
TensorFlow
Scikit-learn
OpenCV
Pandas

Cloud & DevOps

AWS
Git
CI/CD
Docker
HPC

Engineering

Space Systems
PCB Design
CAD
Embedded Systems
Robotics

Get In Touch

Open to opportunities in space systems, AI/ML research, and full-stack development. Let's discuss how we can work together.

Location

Bristol, United Kingdom