General Insurance Capital Modelling
Comprehensive research paper on advanced capital modeling techniques for general insurance, exploring risk assessment methodologies and regulatory compliance frameworks.
Actuary | AI/ML Engineer | Neural Network & Quantum Enthusiast | Formula 1 Fanatic
Bridging traditional actuarial science with cutting-edge AI technology. I build intelligent agents and LLMs that transform risk assessment, while my passion for F1 fuels my appreciation for data-driven precision and real-time optimization.
I’m an actuary specializing in AI and machine learning, focused on modernizing risk assessment through intelligent automation. I design and build custom AI agents that extract submission data from both structured and unstructured sources, efficiently perform actuarial analysis on any dataset, and automate analysis, reporting, and reserving workflows.
I specialize in neural networks, deep learning, and statistical modeling, with experience building pipelines that improve prediction accuracy. I am also exploring quantum-inspired models, using quantum cognition to better capture uncertainty and model tail-risk correlations.
When I'm not building custom AI agents, you'll find me applying machine learning algorithms and quantum cognition to analyze Formula 1 telemetry data and develop race strategies—because, at some point, we all believe we could have chosen a better strategy from the comfort of our couch.
Deep learning architectures and custom neural network design for risk modeling
Large language model training, tooling, and deployment for actuarial applications.
End-to-end machine learning pipelines from data preprocessing to model deployment, featuring ensemble methods and deep learning architectures.
Apply quantum cognition to represent uncertainty and hidden correlations in financial systems, enabling more nuanced forecasts of future asset movements.
Comprehensive research paper on advanced capital modeling techniques for general insurance, exploring risk assessment methodologies and regulatory compliance frameworks.
Strategic analysis of Liberty Media's impact on Formula One, examining the transformation of the sport's business model, digital innovation, and global expansion strategies.
Developed a neural network-based risk assessment system that processes complex actuarial data to provide real-time risk scores with 95% accuracy.
Created an AI system that analyzes Formula 1 telemetry data to optimize pit stop strategies and race pace management.
Developing an intelligent AI agent focused on improving workflows through autonomous data analysis, pattern recognition, and intelligent decision-making capabilities.
Building an automated trading system that uses quantum cognition to forecast asset movements and make trading decisions.