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rfals/README.md

Hey, my name is Reinis, welcome to my profile 🤸

Spotify

Hi there! I’m Reinis — a Data Scientist with 3 years of professional experience, and a graduate in Finance & Economics from the Stockholm School of Economics in Riga. I am also currently pursuing a Master’s degree in Mathematics and Data Science at the University of Latvia.

I specialize in turning data into actionable insights, building predictive models, and designing analytical solutions that drive measurable business impact. My main tools are Python and R for analysis & machine learning, while I use Power BI for creating clear and impactful dashboards.

I’m passionate about:

  • 📊 Data Science & Machine Learning – predictive modeling, customer analytics, and econometrics
  • Business Impact – applying advanced analytics in marketing, risk, and customer engagement
  • 🎨 Visualization & Storytelling – translating complex results into intuitive dashboards and reports

On this profile, you’ll find a mix of personal projects, experiments, and contributions that showcase my journey in analytics, modeling, and data-driven problem-solving.

I’m always open to new ideas, collaborations, and feedback. Thanks for stopping by! 🚀


⚡ GitHub Stats Reinis' GitHub Stats
⚡ Languages Reinis' Languages

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  1. Data_Analysis Data_Analysis Public

    Data Analysis portfolio in R, Python and Excel (6 projects)

    Jupyter Notebook

  2. NOPEcrypto NOPEcrypto Public

    This is a very simplified example of how Net Options Pricing effect can be derrived from deribit 24hr options chain data and using 24hr binance trading pair volum data to express NOPE.

    Jupyter Notebook 2

  3. snail-chess-engine snail-chess-engine Public

    This is my attempt at making a chess engine

    Python

  4. RMezals/Chronos-Codex2022 RMezals/Chronos-Codex2022 Public

    Jupyter Notebook 1 1

  5. npc_eu npc_eu Public

    Estimating Phillips Curve and the output gap in the Eurozone by using explainable neural networks.

    Jupyter Notebook

  6. Asian-Options-Pricing Asian-Options-Pricing Public

    Asian Options Pricing Excersise with Monte Carlo method

    Jupyter Notebook