A knowledge initiative documenting Applied AI techniques for Materials Science and Engineering
ML4MS bridges the gap between materials engineering and modern machine learning. This platform provides practical tutorials, case studies, and best practices for applying ML to materials problems.
- Tutorials: Step-by-step guides for ML in materials science
- Case Studies: Real-world applications of ML to materials problems
- Best Practices: Guidelines for feature engineering, model selection, and validation in materials informatics
- Resources: Curated list of datasets, papers, and tools
- Beyond FEA: Solving the ‘Small Data’ Problem with Physics-Informed AI
- 800 Years in Weeks: Decoding Google DeepMind’s GNoME
- From Atoms to Algorithms: How AI ‘Sees’ Materials
Created by Ahmed Aburakhia, a Machine Learning Engineer with expertise in materials science and 12 years of industrial experience.
- LinkedIn: linkedin.com/in/ahmedaburakhia
- Email: aaburak@uwo.ca
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