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awesome-learning-digital-chemistry Awesome

You are welcome to contribute to this project! See CONTRIBUTING.md for details.

Table of content:

Foundational Knowledge

Getting Started: Computer Science & Machine Learning Basics

Programming for Chemists

Core Topics in Digital Chemistry

Cheminformatics

Machine Learning and Materials Informatics

Self-Driving Labs

Courses

  • AI4Chemistry course - The Artificial Intelligence (AI) for Chemistry taught in Spring 2023 at EPFL (CH-457). It is a course with a lot of hands-on exercises. Experience in Python programming and machine learning (ML) will help you to get up to speed quickly.
  • Practical Programming – This course offers a thorough introduction to programming for chemists and chemical engineers using Python, covering fundamental concepts and tools relevant to chemical tasks, from Git to the RDKit. The exercises are freely accessible.
  • Machine Learning for Materials – An introduction to statistical research tools for materials theory and simulation at the Department of Materials at ICL.

Tutorials

Blogs and Articles

  • The Valence Kjell – A blog about computational chemistry, cheminformatics and machine learning
  • Practical Cheminformatics (here since April 2025) – A blog by Pat Walters about many topics in cheminformatics, among others, generative models, LLMs and machine learning in drug discovery.
  • Byte Sized Chemistry – A blog about digital chemistry, data visualization and student life

Do you want a Digital Chemistry blog to be featured? Let us know by submitting a pull request!

Communities and Resources

  • OpenBioML - OpenBioML is a decentralized, collaborative research community founded on the belief that open source machine learning and open science can accelerate biotechnology.
  • LeMaterial – LeMaterial is an open-source collaborative project designed to simplify and accelerate materials research for scientists and ML practionners. By joining the slack and monthly community meetings, you are able to contribute to working groups for large language models, generative models and benchmarks in materials science.

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a curated list of resources for everyone interested in learning about digital chemistry

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