Sims

This site serves as a personal library for showcasing coding projects focused on actuarial science, financial/mathematical modeling and data analysis - handwritten in JavaScript, HTML, and CSS, with other programming languages used for specific projects.

The portfolio also includes mathematical challenges, primarily Project Euler, which covers number theory, combinatorics, geometry, algorithm design and optimisation (108 solutions, all coded in Python - Top 1% globally, ranked 13,512 out of 1.3 million users, 521th in the UK).

In addition, this collection features chess engines, simulations and models. Each project includes code, a short write-up, and visual outputs when relevant.

Chess Engines

Chess Engline: Looks a few moves ahead with minimax and ranks positions using basic piece values and mobility.
Black Hole Simulator: A C program that visualizes gravitational lensing around a black hole by numerically tracing light rays near the photon sphere and event horizon.
Gravity & Orbital Mechanics Simulator: Models planetary motion and stable orbits.
Bouncy Ball Simulator

Physics & Space Simulators

Insurance & Risk Modelling: Pricing, reserving, reinsurance & catastrophe modelling.
Life & Pensions: Mortality & survival models, annuity pricing & ALM.
Actuarial Data Engineering: SQL to Python/R pipelines, claims databases & dashboards.

Macroeconomic & Policy Models

Chess Engline: Looks a few moves ahead with minimax and ranks positions using basic piece values and mobility.
Black Hole Simulator: A C program that visualizes gravitational lensing around a black hole by numerically tracing light rays near the photon sphere and event horizon.
Gravity & Orbital Mechanics Simulator: Models planetary motion and stable orbits.
Bouncy Ball Simulator

Predictive Analysis

Insurance & Risk Modelling: Pricing, reserving, reinsurance & catastrophe modelling.
Life & Pensions: Mortality & survival models, annuity pricing & ALM.
Actuarial Data Engineering: SQL to Python/R pipelines, claims databases & dashboards.