TLDR:
Advanced Computer Science student @ The University of Cambridge
Trading Execution intern @ T. Rowe Price intern, ex-Barclays
1st place @ IC Hack 2025
3rd place @ Google Students AI Hackathon 2025
First-Class Honours in Computer Science from King's College London

Competitions

IC HACK '25 - Imperial College London

1st Place Winner

February 2025

Won 1st place at Europe's largest student-run hackathon with over 700 participants from universities across the UK and Europe. Our team, Bussin', developed "Seen_ary", an AI-powered tool to allow vision impaired people regain their independence by helping them on their public transport journeys.

Key Features

  • Voice-activated interface allowing users to simply speak their destination
  • Computer vision system using paddlepaddle that identifies specific buses, including correct route direction
  • Proactive audio alerts via Text-to-Speech when the correct bus approaches
  • Designed for cross-platform use - functions as a mobile app now, architecture ready for smart glasses integration
  • Minimalist, high-contrast interface with accessibility as the primary design principle

Technologies Used

PythonDjangoJavascriptReact NativeYOLOv8

Event Scale

700+ Contestants

Europe's largest student-run hackathon

Prize

Steam Deck

+ the trophy!

Team Size

6 Members

Google Students AI Hackathon

3rd Place Winner

January 2025

Achieved 3rd place at Google's Students AI Hackathon held at their London office. Our team developed "PillPall", a mobile application designed to help elderly users manage their medication schedules through AI-powered assistance and live video consultations.

Key Features

  • AI chat assistant for medication reminders and health guidance
  • Live Gemini video calls for real-time consultation and support
  • Personalized medication scheduling with smart notifications
  • Intuitive interface designed specifically for elderly users

Technologies Used

React NativeGoogle Gemini APIJavaScriptFirebaseAI/ML

Location

Google London

Official Google Office

Prize

Fitbit

3rd Place Prize

Team Size

5 Members

Education

University of Cambridge

MPhil in Advanced Computer Science

2025 - 2026 (Upcoming)

Starting in October 2025, I will be studying Advanced Computer Science at the University of Cambridge, with focus areas in machine learning, computer architecture, and financial technology.

Selected Modules (Planned)

Advanced Topics in Computer ArchitectureOverview of Natural Language ProcessingAdvanced topics in machine learningDigital Money and Decentralised FinanceMulticore Semantics and Programming

King's College London

BSc Computer Science

2022 - 2025

I completed my Bachelor's degree in Computer Science at King's College London. I also studied derivatives pricing through Mathematical Finance I.

Overall Grade

First-Class Honours (85%)

Key Modules & Grades

AI Reasoning and Decision Making91%
Cryptography85%
Machine Learning94%
Optimisation Methods89%
Mathematical Finance I78%
Dissertation88%

Awards & Achievements

  • King's Undergraduate Research Fellowship (Summer 2023)
  • King's Experience Research Award (Autumn 2023)

Experience

T. Rowe Price

Trading Technology Intern

June - September 2025

Worked in the Trading Execution team, responsible for re-engineering the Reflex Rules UI (FX Rules System) and enhancing its functionality.

ReactAg-grid

Barclays

Technology Developer Intern

June - September 2024

Worked as a technology developer intern in Barclays' Chief Technology Office / XDP team.

Java SpringBootReactSQLDocker

King's College London

Undergraduate Research Fellow

June - August 2023

Selected for the King's Undergraduate Research Fellowship program. Worked with researchers from the Ethereum Foundation and IOHK, learning about Proposer-Builder Separation, inclusion lists and MEV in Ethereum.

Game TheoryAcademic ResearchSolidity

Projects

Complex Civilization V

Complexity Theory Visualization

2025

Complex Civilization V visualization screenshot

A web-based interactive visualisation tool for creating and exploring my undergraduate research on proving complexity bounds for the game Sid Meier's Civilization V.

Technologies Used

ReactJavaScriptComplexity Theory

Algorithm Visualiser

Educational Tool

2022

Algorithm visualiser screenshot

A web application for visualising pathfinding and sorting algorithms, designed to help students understand how these fundamental algorithms work through interactive demonstrations.

Technologies Used

ReactJavaScriptAlgorithms