Algorithms·Privacy·Software Systems
Computer scientist working at the intersection of algorithm research, privacy, and high-performance software systems.
I am a final-year Computer Science undergraduate at Trinity College Dublin, currently on year abroad at the University of Tokyo, where I work as a research assistant to Prof. Vorapong Suppakitpaisarn on differentially private fair division algorithms.
Before computer science, I read Law at Cambridge - graduating in 2023 - which continues to shape how I think about systems where correctness, fairness, and accountability matter. My current technical interests sit at the intersection of theoretical algorithms, privacy-preserving computation, and the engineering of high-performance concurrent systems.
University of Tokyo · with Prof. Vorapong Suppakitpaisarn
Designing jointly differentially private mechanisms for fair allocation of divisible goods, focused on the privacy-utility tradeoff for envy-free and proportional outcomes. Established improved upper bounds on the algorithmic cost of privacy in indivisible goods setting.
Trinity College Dublin
First-class results across years one and two; Foundation Scholarship and Book Prize awarded both years. Three-time elected student representative for the School of Computer Science & Statistics.
The University of Tokyo
Coursework in mathematical optimisation, algorithms for information security & privacy, programming languages theory, erorr and noise handling, and numerical simulation.
University of Cambridge
Upper-second-class honours. Concentrations in international and commercial law.
C++ · Concurrency · Market Microstructure
High-performance matching engine implementing price-time priority, partial fills, and the standard order types found in equities and crypto venues. Targeting cache-friendly data structures and sub-microsecond per-operation latency on a single thread.
Python + FastAPI · Postgress · Production Deployment
High-throughput booking engine designed for a real sports club deployment, with a focus on correctness under contention - atomic compare-and-swap for slot acquisition, a write-ahead log for crash recovery, and integration testing under simulated concurrent load.
TCD Software Engineering Final · Mentored by Millennium Management
Led an eight-developer Scrum team to a competition final from a starting field of forty. The system handles streaming ingest, GDPR-compliant redaction, and synthetic data generation, with end-to-end authentication and access control.
University of Tokyo Solar Boat Project
Implemented an Unscented Kalman Filter for non-linear Bayesian state estimation of GNSS data, with a constant-turn-rate motion model, innovation-based certainty gating, and WGS-84 → ECEF → ENU coordinate transforms. Contributed to a second-place finish at the Japan National Solar Boat Championship.
Trinity College Dublin · Computer Architecture Coursework
Achieved top memory- and cycle-efficiency results across the cohort on prime detection, bit-pattern recognition, and constrained search problems through aggressive branch pruning and instruction-level optimisation.