Building the Future
Aerospace-minded developer building scientific tools, AI systems, and high-impact code for research and startups.
Where Ideas Become Models
Software. Aerospace. Intelligence
I'm building a new kind of developer portfolio —
not just apps, but tools, simulations, and intelligent systems built to explore, analyze, and explain the world.🔭 Aerospace
From orbital dynamics and fluid systems to control simulations and space-minded software.🧠 AI & Research
I design intelligent agents, LLM-powered workflows, and custom tools for technical exploration and automation.📈 Quant & Data Science
From financial modeling to data-driven insight platforms — I build pipelines, predictors, and visualizations that matter.I write code like it’s a lab instrument — precise, documented, and made to scale curiosity into outcomes.
Featured Projects
Turning Ideas Into Systems
Aerospace Engineering
Orbiting Mechanics Visualiser
An interactive Python-based simulator that models and visualises satellite orbits around Earth. This project features accurate physics—including Newtonian gravity, J2 perturbation, atmospheric drag, and Moon gravity—allowing users to explore complex orbital dynamics. With a NASA-inspired UI, customisable parameters, and real-time 3D plots, it’s designed for both educational and scientific exploration.
Aerospace Engineering
Rocket Propulsion Simulator
An interactive, physics-based rocket simulation tool built in Python. This simulator models multi-stage rocket flight using classical mechanics and realistic propulsion parameters such as ISP, fuel mass, and burn time. Users can configure stages, fuel types, payload mass, and launch angle via a user-friendly GUI powered by ipywidgets.The simulator outputs dynamic 2D plots for altitude, velocity, thrust, and acceleration over time. Additionally, it features a fully interactive 3D Plotly visualisation that maps time, altitude, and velocity in a single space, with thrust represented by a colour gradient. This gives an intuitive, real-time view of a rocket’s performance through all stages of flight.Technologies used: Python, NumPy, Matplotlib, Plotly, Pandas, SciPy, ipywidgets
Software Engineering
TradingCoachAI
TradeCoach AI is a comprehensive trading analysis platform that leverages artificial intelligence to transform how traders evaluate and improve their performance. The app allows users to upload their trading data in various formats (CSV, Excel, text files) and receive detailed AI-powered insights including pattern recognition, risk assessment, win rate analysis, and personalized coaching recommendations. With features like secure user authentication, real-time performance analytics, trading log management, comprehensive security settings, and multiple subscription tiers, TradeCoach AI serves as a complete trading companion that helps both novice and experienced traders identify their strengths and weaknesses, optimize their strategies, and ultimately achieve more consistent profitability in the markets.
(In Development)
Louisa bailey
About Me
I design and develop systems across aerospace, artificial intelligence, and software engineering. Whether it's visualizing spacecraft trajectories or creating AI tools to optimize decision-making, I focus on turning complex problems into simple, usable solutions.My interests sit at the intersection of:🚀 Aerospace Engineering – Dynamics, simulation, mission design🧠 AI Systems – LLMs, autonomous agents, intelligent tooling🛠️ Software Development – Web apps, backend systems, automationWhen I'm not coding or simulating orbits, I’m probably exploring new AI research, working on a side project, or learning about markets and systems design.