Welcome to Learn-Quant! Your all-in-one, comprehensive toolkit for mastering algorithmic trading, quantitative finance theory, and professional Python software engineering.
Learn-Quant is a massive, curated collection of over 50+ self-contained modules designed to bridge the gap between academic theory and production-grade code. Whether you are a student, a software engineer moving into finance, or a trader learning to code, this repository provides the building blocks you need.
- Master Quant Strategies: Implement Pairs Trading, Momentum, Mean Reversion, and more.
- Engineer Robust Systems: Learn AsyncIO, Context Managers, Decorators, and advanced OOP.
- Deep Dive into Math: Kalman Filters, Stochastic Processes, Linear Algebra for Portfolio Theory.
- Build Core Tools: Create your own Option Pricers, Risk Engines (VaR), and Backtesting Simulators.
- CS Algorithms: Understand how Sorting, Graph Theory, and Dynamic Programming apply to market data.
Every folder is a fully functional lesson. Pick a topic and run the code.
Essential coding skills for financial analysis.
UTILS - Python Basics - Numbers: Floating point precision & financial math.UTILS - Python Basics - Strings: Ticker manipulation & news parsing.UTILS - Python Basics - Control Flow: Implementing trading logic & rules.UTILS - Python Basics - Functions: Building reusable quant libraries.
Optimizing performance for high-frequency environments.
UTILS - Data Structures: Efficient use of Lists, Sets, Tuples, and Dictionaries.UTILS - Algorithms - Sorting: Algorithmic efficiency (Quicksort, Mergesort).UTILS - Algorithms - Searching: Binary search on time-series data.UTILS - Algorithms - Graph: Arbitrage detection using shortest paths.UTILS - Algorithms - Dynamic Programming: Optimizing execution paths.
Writing professional, production-ready code.
UTILS - Advanced Python - AsyncIO: Building high-throughput data pipelines.UTILS - Advanced Python - OOP: Designing scalable Trading Engines & Portfolio Managers.UTILS - Advanced Python - Context Managers: Handling database locks and atomic transactions.UTILS - Advanced Python - Decorators: Custom logging, timing, and error handling wrappers.UTILS - Advanced Python - Error Handling: Robust systems that never crash mid-trade.
The mathematics of the markets.
UTILS - Quantitative Methods - Kalman Filter: Dynamic hedge ratios & noise filtering.UTILS - Quantitative Methods - Stochastic Processes: Geometric Brownian Motion & Monte Carlo.UTILS - Quantitative Methods - Statistics: Hypothesis testing, stationarity, and cointegration.UTILS - Quantitative Methods - Regression: Factor models & Alpha generation.UTILS - Quantitative Methods - Linear Algebra: Portfolio optimization & risk modelling.
Applied quantitative finance.
UTILS - Strategies - Pairs Trading: Statistical arbitrage & mean reversion.UTILS - Strategies - Momentum Trading: Trend following & signal generation.UTILS - Black-Scholes Option Pricing: Greeks, implied volatility, & derivatives pricing.UTILS - Finance - Volatility Calculator: Parkinson, Garman-Klass, & EWMA estimators.UTILS - Portfolio Optimizer: Efficient Frontier, Sharpe Ratio, & Markowitz optimization.UTILS - Risk Metrics: Value at Risk (VaR), CVaR, Drawdown, & Sortino Ratio.UTILS - Technical Indicators: Custom implementations of RSI, MACD, Bollinger Bands.
Modern approaches to trading.
UTILS - AI Development: Basic market prediction models.UTILS - Sentiment Analysis on News: NLP for fundamental analysis.UTILS - Websocket Connection: Real-time market data streaming.
Clone the repository and install the required dependencies.
git clone https://github.com/MeridianAlgo/Learn-Quant
pip install -r requirements.txtNavigate to any directory and run the tutorial script.
Example: Running the Momentum Strategy
cd "UTILS - Strategies - Momentum Trading"
python momentum_strategy.pyExample: Learning Context Managers
cd "UTILS - Advanced Python - Context Managers"
python context_managers_tutorial.pyWe believe in open-source knowledge. Contributions are welcome!
- Found a bug? Open an Issue.
- Have a new strategy? Fork the repo and submit a Pull Request.
- Documentation improvements? We love those too.
This project is open-sourced under the MIT License.
Learn-Quant v1.7.0 Quantitative Finance | Algorithmic Trading | Python Mastery Maintained by MeridianAlgo