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wilsonfreitas/awesome-quant

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TLDR

A curated directory of open-source libraries and tools for quantitative finance, pricing derivatives, backtesting strategies, analyzing market data, and optimizing portfolios.

Mindmap

mindmap
  root((awesome-quant))
    What it covers
      Numerical computing
      Derivative pricing
      Backtesting frameworks
      Portfolio optimization
    Languages
      Python
      R
      Julia
    Use cases
      Build trading systems
      Test strategies
      Analyze markets
      Price instruments
    Resources included
      Market data sources
      Technical indicators
      Risk analysis tools
      Visualization libraries

Things people build with this

USE CASE 1

Build and backtest algorithmic trading strategies on historical market data before deploying real capital.

USE CASE 2

Price complex financial derivatives like options and futures using mathematical models.

USE CASE 3

Optimize investment portfolios and analyze risk exposure across multiple assets.

USE CASE 4

Integrate quantitative analysis and market data feeds into fintech applications.

Tech stack

PythonRJuliaExcel

Getting it running

Difficulty · easy Time to first run · 5min
License could not be detected automatically. Check the repository's LICENSE file before use.

In plain English

Awesome Quant is a curated directory of software libraries, tools, and resources for quantitative finance, the discipline of using mathematical models, data analysis, and algorithms to understand and trade financial markets. It's a comprehensive reference list for anyone building or studying systematic, data-driven approaches to investing and trading. This is primarily aimed at quantitative analysts ("quants"), data scientists working in finance, algorithmic traders, and developers building financial applications. It's a research and toolkit reference, not a software product itself. The collection spans the full workflow of quantitative finance work: numerical computing libraries for crunching large datasets, tools for pricing financial derivatives (complex instruments like options and futures), technical indicators used in trading signals, backtesting frameworks (systems that let you test a trading strategy on historical data before risking real money), portfolio optimization and risk analysis tools, market data sources, and visualization libraries for charts and analysis. Resources are organized by programming language, primarily Python, R, and Julia, the three languages most common in quantitative finance, making it easy to find tools that fit your existing technical environment. There are also sections on sentiment analysis using alternative data sources, time series analysis, and even Excel integration for teams that live in spreadsheets. For founders building fintech products, researchers exploring algorithmic trading, or developers who need to integrate financial modeling into an application, this list provides a solid map of the available open-source tooling across the quantitative finance ecosystem.

Copy-paste prompts

Prompt 1
I'm building an algorithmic trading system in Python. Which libraries from awesome-quant should I use for backtesting, data fetching, and portfolio optimization?
Prompt 2
Show me the best open-source tools for pricing options and other derivatives, and explain which ones work best in my tech stack.
Prompt 3
I need to add technical indicators and sentiment analysis to my trading bot. What libraries does awesome-quant recommend for this?
Prompt 4
Help me set up a complete quantitative finance workflow using tools from awesome-quant: data ingestion, strategy backtesting, and risk analysis.
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