Production-Ready Machine Learning: Build Scalable, Reliable AI

Name: Production-Ready Machine Learning: Build Scalable, Reliable AI
Rating: 4.8 (150 reviews)

Inspired by: Inspired by Chip Huyen's Designing Machine Learning Systems: An Iterative Process for Production-Ready Applications.

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Production-Ready Machine Learning: Build Scalable, Reliable AI

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Course Overview:

In today's fast-paced digital landscape, deploying scalable and reliable machine learning systems is no longer optional — it is essential. Production-Ready Machine Learning: Designing Scalable, Reliable, and Real-World AI Systems is an intensive, practical training program grounded in the best practices from the authoritative book “Designing Machine Learning Systems.” This course demystifies the challenges of transforming ML prototypes into robust, real-world AI systems. Participants will explore the entire lifecycle of production-ready ML — from system design and feature engineering techniques to ML model deployment, continuous training, model versioning, and monitoring.

Target Audience:

Machine Learning Engineers
AI System Architects
Data Scientists
DevOps Engineers
Software Engineers in ML Ops
AI/ML Product Managers
Cloud Infrastructure Engineers

Targeted Organisational Departments:

AI/ML Engineering
Data Science & Advanced Analytics
IT Operations & Infrastructure
Digital Transformation
Product Development & Innovation
Quality Assurance & Monitoring
Cloud & DevOps Teams

Targeted Industries:

Technology & SaaS
Healthcare & Biotech
Finance & FinTech
E-commerce & Retail
Telecommunications
Manufacturing & IoT
Automotive (Self-driving Systems)
Logistics & Smart Supply Chain

Course Offerings:

By the end of this course, participants will be able to:

Design and implement scalable machine learning system architectures.
Build production-ready ML pipelines and deploy models to cloud and edge environments.
Apply data-centric AI principles to optimize feature engineering and data pipelines.
Monitor, debug, and maintain ML systems using observability tools.
Implement iterative ML development and continuous training practices.
Manage model versioning and lifecycle with real-time deployment strategies.
Ensure robust performance, fairness, and low-latency operation of AI systems in production.

Training Methodology:

This course integrates real-world machine learning case studies, interactive labs, and group-based projects that simulate production machine learning environments. Trainees will engage in iterative machine learning development cycles, explore debugging techniques for machine learning systems, and assess model performance using live monitoring methods. Each module blends conceptual discussions, hands-on exercises, and feedback-driven refinement of deployed artificial intelligence systems.

Course Toolbox:

Course ebook & Slides
Jupyter Notebooks with example ML pipelines
Code templates for real-time ML systems
Tools: MLflow, TensorFlow Serving, Streamlit, Airflow, Docker, Prometheus/Grafana
Access to curated reading materials, case studies & GitHub repos
Model evaluation checklists & deployment templates
Monitoring dashboards for ML performance
Troubleshooting & debugging flowcharts
Production ML best practices cheat sheets

Course Agenda:

Day 1: Foundations of Production-Ready ML Systems

Topic 1: Introduction to Machine Learning Systems in Production
Topic 2: Designing Reliable and Scalable ML Systems
Topic 3: Differences Between Traditional Software and ML Engineering
Topic 4: ML System Requirements: Reliability, Scalability, Maintainability, Adaptability
Topic 5: Overview of Real-World ML Use Cases and Business Impact
Topic 6: Introduction to Iterative ML Development and Deployment
Reflection & Review: Assessing readiness for real-world ML system design

Day 2: Data-Centric AI and Feature Engineering

Topic 1: The Critical Role of Data in ML System Performance
Topic 2: Creating and Validating High-Quality Datasets for Production
Topic 3: Feature Engineering Techniques and Data Preprocessing Best Practices
Topic 4: Data Versioning and Validation in ML Pipelines
Topic 5: Understanding Train-Serving Skew and Data Distribution Shifts
Topic 6: Managing ML Data Infrastructure at Scale
Reflection & Review: Data-centric challenges in scalable machine learning

Day 3: Model Development, Evaluation, and Deployment

Topic 1: Building Robust ML Models for Real-World Applications
Topic 2: Model Selection, Training Strategies, and Evaluation Metrics
Topic 3: Deployment Strategies: Online vs Batch Prediction
Topic 4: Infrastructure for ML Model Deployment and Integration
Topic 5: Model Versioning Tools and Continuous Deployment Pipelines
Topic 6: Debugging ML Systems and Handling Edge Cases
Reflection & Review: Strengthening ML model deployment pipelines

Day 4: Monitoring, Retraining, and Observability

Topic 1: ML Model Monitoring in Production Environments
Topic 2: Detecting and Responding to Concept Drift and Data Shifts
Topic 3: Continual Learning and Retraining Cycles
Topic 4: Observability Tools and Logging for ML Systems
Topic 5: ML Reliability Engineering: Failures, Alerts, and Mitigations
Topic 6: Real-Time ML Pipelines and Streaming Data Considerations
Reflection & Review: ML lifecycle management and observability

Day 5: Scaling, Fairness, and Business Alignment

Topic 1: Scaling AI Systems: From Prototypes to Global Infrastructure
Topic 2: Ethical AI: Fairness, Bias, and Interpretability in Production
Topic 3: Performance Optimization in Low-Latency AI Systems
Topic 4: Business Metrics Alignment and Post-Deployment Analytics
Topic 5: Case Studies of Real-World ML System Failures and Recoveries
Topic 6: Best Practices in Production ML: End-to-End Workflows
Reflection & Review: Final synthesis of scalable, production-ready ML systems

FAQ:

What specific qualifications or prerequisites are needed for participants before enrolling in the course?

Basic understanding of machine learning concepts and experience with Python programming is recommended. Prior experience with ML model development or deployment is helpful but not mandatory.

How long is each day's session, and is there a total number of hours required for the entire course?

Each day's session is generally structured to last around 4–5 hours, with breaks and interactive activities included. The total course duration spans five days, approximately 20–25 hours of instruction.

What’s the difference between deploying a model and making it production-ready?

Deploying a model means making it technically accessible. But making it production-ready involves designing scalable, low-latency pipelines, building monitoring and alerting systems, ensuring fairness, and preparing for continuous retraining, as emphasised in this course.

How This Course is Different from Other Production ML Courses:

Unlike general-purpose ML bootcamps, Production-Ready Machine Learning is structured around real-world requirements for reliability, scalability, and adaptability, drawn directly from the acclaimed reference “Designing Machine Learning Systems.” It encompasses not only model development but also critical infrastructure design, continuous deployment, monitoring, and feedback loops. The curriculum is rich in use cases and practical challenges faced by companies like Netflix, Uber, and Google. Trainees gain hands-on experience with ML observability tools, iterative workflows, and scalable ML model deployment pipelines. Additionally, the course includes production ML best practices for debugging, data versioning, fairness checks, and retraining strategies — ensuring you are equipped for real-world success, not just academic exercises.

credits: 5 credit per day

Course Mode: full-time

Provider: Agile Leaders Training Center

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