This specialization empowers software engineers, backend developers, and full-stack professionals to integrate, deploy, and maintain machine learning models within production software systems. You will approach ML through an engineering lens — emphasizing software design, APIs, scalability, and maintainability rather than theory alone. Starting with applied ML fundamentals, you will build and train models using Scikit-learn, TensorFlow, and PyTorch while writing modular, testable ML code. As you progress, you will convert ML models into production-ready APIs using FastAPI and Flask, design scalable microservices for inference, and manage model versioning and performance optimization. The third course introduces MLOps foundations — covering reproducibility, experiment tracking, and version control using Git, DVC, and MLflow. The final course brings everything together with CI/CD pipelines, continuous delivery of models, monitoring inference performance and data drift, and implementing retraining and rollback strategies. By the end, you will have the engineering competencies to build, serve, operate, and maintain ML-powered applications across the full production lifecycle.
What you'll learn
understand applied machine learning fundamentals
build and train models using Scikit-learn, TensorFlow, and PyTorch
create production-ready APIs with FastAPI and Flask
design scalable microservices for ML inference
implement MLOps practices including experiment tracking and model versioning
manage CI/CD pipelines for continuous delivery of ML models
Course objectives
enable professionals to integrate ML models into existing software systems
emphasize scalable software design for machine learning applications
provide practical experience with model deployment and performance optimization