Engineer / Researcher /
Bridging Physics and Computer Science to build high-performance AI systems. Specialized in GPU acceleration and probabilistic modeling.
Technologies & Tools
Applied physics-informed neural networks (PINNs) to model carbon nanoclusters. Boosted prediction accuracy by 80% and cut simulation time by 60%. Designed an end-to-end GPU-accelerated pipeline in TensorFlow + CUDA.
Architected and deployed multiple iOS applications including '1minute DOEShelp', 'iPong', and 'DabCounter'. Integrated CoreML for real-time inference, improving speed by 70% on Apple Watch hardware. Managed full product lifecycle.
Developed CNNs for biomedical imaging achieving 40% improvement over baselines. Implemented RL-based trading bots using LSTMs with mixed-precision GPU training.
Built LSTM + Word2Vec NLP system to auto-assign ICD-9 codes from clinical notes, raising accuracy from 42% to 71%. Developed anomaly detection tools.
Parallelised LAMMPS simulations for material discovery using AIRSS, LMP KOKKOS, OpenMP + CUDA.
Deep Reinforcement Learning agent achieving a 95% win rate vs. heuristic baselines.
CoreML pong agent optimised specifically for Apple Watch GPU constraints.
Clinical text ICD-9 prediction system; experimented with AWS deployment strategies.
Alessandro de Vita Computational Physics Prize 2024-25. Modules: Comp Physics, Quantum Mechanics, Statistical Mechanics.
Key Modules: Algorithms, Machine Learning, Theory of Computation, Distributed Systems.
A*A*A* in Mathematics, Further Mathematics, and Physics. 7 A*s, 4 As at GCSE.
Open for opportunities in AI Engineering, High-Performance Computing, and Research.
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