Overview
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Learn the five SOLID principles of software engineering specifically adapted for machine learning development in this comprehensive video tutorial. Master the Single Responsibility Principle to create focused, maintainable ML components that handle one specific task. Explore the Open Closed Principle to design ML systems that are open for extension but closed for modification, enabling you to add new features without breaking existing code. Understand the Liskov Substitution Principle and how it applies to ML model inheritance and polymorphism. Discover the Interface Segregation Principle to create lean, focused interfaces that don't force ML components to depend on methods they don't use. Apply the Dependency Inversion Principle to decouple high-level ML modules from low-level implementation details. Each principle is presented with both theoretical foundations and practical implementation examples specifically tailored for machine learning engineers, helping you write cleaner, more maintainable, and scalable ML code that follows industry best practices.
Syllabus
Uncle Bob’ SOLID Principles for Machine Learning Engineers: Course Overview
Single Responsibility Principle for Machine Learning Engineers: Theory and Practice
Open Closed Principle for Machine Learning Engineers: Theory and Practice
Liskov Substitution Principle for Machine Learning: Theory and Practice
Interface Segregation Principle for Machine Learning: Theory and Practice
Dependency Inversion Principle for ML Engineers
Taught by
Valerio Velardo - The Sound of AI