Playbook Overview

This playbook provides a comprehensive, end-to-end framework for building, deploying, and maintaining production ML systems. It combines battle-tested architectural patterns, operational best practices, and real-world lessons learned from shipping ML systems at scale.

Who This Is For

  • ML Engineers and Data Scientists transitioning from notebooks to production systems
  • MLOps Engineers building and managing ML infrastructure and platforms
  • Tech Leads and Engineering Managers architecting scalable ML systems
  • Platform Engineers responsible for enabling ML teams across the organization
  • DevOps Engineers working with ML workloads and pipelines

What You Will Learn

By the end of this playbook you will have:

  1. Production-first ML mindset: Learn to frame ML problems with deployment constraints in mind from day one, avoiding the common trap of "great offline metrics, zero business impact."
  2. End-to-end MLOps architecture: Master the complete ML lifecycle from data sourcing through deployment, monitoring, and continuous improvement—with practical patterns for each stage.
  3. Platform thinking: Understand when and how to build ML platforms that scale across teams, including build vs. buy decisions, capability design, and operational models.
  4. Production ML workflows: Implement robust CI/CD for ML, handle training-serving skew, manage feature pipelines, and orchestrate complex ML workflows reliably.
  5. Operational excellence: Deploy monitoring, observability, testing, and governance frameworks that catch issues before they impact users and maintain trust in ML systems.

A Note on This Playbook

In my 5 years of experience as a Machine Learning Engineer, I've noticed a significant gap between academic tutorials and the realities of production MLOps. Many guides stop at deploying a model in a FastAPI container, leaving aspiring engineers without the strategic frameworks and practical insights needed for building robust, end-to-end systems.

This playbook is a sincere attempt to provide a practitioner's blueprint for production machine learning, moving beyond the code to explore the critical decision-making, trade-offs, and challenges involved. My goal is to eventually expand this work into a comprehensive, project-based MLOps course.

Important Disclaimers:

  • On Authenticity: The methodologies and frameworks shared here are drawn directly from my professional experience.
  • On Collaboration: These posts were created with the assistance of AI for diagram, code and prose generation. The strategic framing, project context, and real-world insights that guide the content are entirely my own.

Chapters

Chapter 1

ML Problem Framing

Learn how to frame ML problems correctly to avoid the most common failure mode in production ML systems - building the right model for the wrong problem.

Chapter 2.1

Chapter 2.1: MLOps Blueprint & Operational Strategy

Understand the end-to-end MLOps lifecycle and operational principles for shipping ML systems in production

Chapter 2.2

Chapter 2.2: MLOps Platforms

Design, build/buy decisions, and operating models for ML platforms that scale across teams

Chapter 3.1

Chapter 3.1: Environments, Branching, CI/CD & Deployments

Learn how to structure environments, repos, and CI/CD pipelines for ML systems with code and model deployment lanes

Chapter 4.1

Chapter 4.1: Data Sourcing, Discovery & Understanding

Learn how to identify, evaluate, and source data for ML systems while avoiding common pitfalls like training-serving skew

Chapter 4.2

Chapter 4.2: Data Discovery Platforms

Industry case studies and best practices for building data discovery platforms that scale across teams

Chapter 5.1

Chapter 5.1: Data Engineering & Pipelines

Build production-grade data pipelines with correctness, freshness, and trust as core requirements

Chapter 5.2

Chapter 5.2: Real-Time & Streaming Pipelines

Handle real-time ML with fresh features, low-latency retrieval, and SLA discipline

Chapter 6.1

Chapter 6.1: Feature Engineering

Master feature engineering as the productized interface between raw data and model behavior

Chapter 6.2

Chapter 6.2: Feature Stores

Understand when and how to implement feature stores for consistent training-serving parity

Chapter 7.1

Chapter 7.1: Model Development

Transform experiments into production-ready model candidates through systematic development

Chapter 7.2

Chapter 7.2: Model Development Lessons

Production lessons and best practices from mature ML organizations

Chapter 7.3

Chapter 7.3: Training Deep Learning Models

Train production-grade deep learning models with instrumentation and debugging

Chapter 8.1

Chapter 8.1: ML Training Pipelines

Build repeatable, governed production training pipelines from notebook wins

Chapter 9.1

Chapter 9.1: Testing ML Systems

Comprehensive testing strategy for code, pipelines, data, models, and infrastructure

Chapter 10.1

Chapter 10.1: Model Deployment & Serving

Deploy models to production with proper deployment strategies and serving patterns

Chapter 10.2

Chapter 10.2: Inference Stack

Optimize inference with serialization, compilation, and runtime strategies

Chapter 11.1

Chapter 11.1: Failures, Monitoring & Observability

Handle ML system failures, data distribution shifts, and build observability

Chapter 12.1

Chapter 12.1: Continual Learning & Retraining

Implement closed-loop control systems for model retraining and continual learning

Chapter 12.2

Chapter 12.2: Production Testing & A/B Testing

Make safe, causal, repeatable improvements through production experiments

Chapter 12.3

Chapter 12.3: A/B Testing Industry Lessons

Learn from industry best practices in production experimentation

Chapter 13.1

Chapter 13.1: Governance, Ethics & Human Element

Address governance, ethics, and human factors in production ML systems

Work With Me

I bring hands-on experience delivering production MLOps and GenAI systems at moderate scale—with minimal infrastructure footprint and cost-effective architectures. I'm excited to collaborate on building next-generation Agentic AI systems. Whether you need expertise in MLOps, GenAI, or Agentic AI—let's connect.

Contact Me