Ultimate DevOps to MLOps Bootcamp – Build ML CI/CD Pipelines


From Data to Deployment β€” Learn MLOps by Building a Real-World Machine Learning Project with MLflow, Docker, Kubernetes

What you will learn


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Build end-to-end Machine Learning pipelines with MLOps best practices

Understand and implement ML lifecycle from data engineering to model deployment

Set up MLFlow for experiment tracking and model versioning

Package and serve models using FastAPI and Docker

Automate workflows using GitHub Actions for CI pipelines

Deploy inference infrastructure on Kubernetes using KIND

Use Streamlit for building lightweight ML web interfaces

Learn GitOps-based CD pipelines using ArgoCD

Serve models in production using Seldon Core

Monitor models with Prometheus and Grafana for production insights

Understand handoff workflows between Data Science, ML Engineering, and DevOps

Build foundational skills to transition from DevOps to MLOps roles

Add-On Information:

  • Master the Transition: Seamlessly bridge your existing DevOps knowledge to the specialized demands of Machine Learning operations, becoming proficient in the end-to-end lifecycle of intelligent systems.
  • Operationalize ML Models: Move beyond theoretical understanding and gain practical expertise in taking raw machine learning models from development environments to robust, scalable, and production-ready deployments.
  • Build Repeatable Workflows: Learn to engineer highly automated and consistent processes for model training, testing, packaging, and deployment, minimizing manual intervention and human error.
  • Scalable Infrastructure Design: Acquire the skills to architect and manage resilient, cloud-agnostic infrastructure capable of handling diverse machine learning workloads and inference demands at scale.
  • Data-Driven Decision Making: Understand how robust monitoring and observability practices provide critical insights into model performance and data drift, enabling proactive adjustments and continuous improvement.
  • Collaborative ML Ecosystems: Cultivate expertise in establishing efficient handoff points and integrated toolchains that foster seamless collaboration between Data Scientists, ML Engineers, and Operations teams.
  • Automated Model Delivery: Implement advanced CI/CD pipelines specifically tailored for machine learning, ensuring rapid, reliable, and secure deployment of new model versions and updates.
  • Demystify Production Challenges: Conquer common hurdles associated with deploying ML models, such as environment consistency, dependency management, and resource allocation, through proven MLOps strategies.
  • Future-Proof Your Skills: Equip yourself with the cutting-edge tools and methodologies that are shaping the future of AI development and deployment, positioning yourself as a valuable asset in any tech organization.
  • Real-World Project Application: Apply every concept learned in a hands-on, comprehensive project that simulates a genuine industry scenario, solidifying your understanding and building a portfolio piece.
  • Enterprise-Grade Model Serving: Discover how to serve models effectively in complex production environments, ensuring high availability, low latency, and efficient resource utilization.
  • Enhance Model Governance: Gain insights into versioning, tracking, and managing machine learning models and experiments, promoting transparency, reproducibility, and compliance throughout the ML lifecycle.

PROS:

  • Comprehensive Tooling Stack: Dive deep into a wide array of industry-standard tools (MLflow, Docker, Kubernetes, Seldon Core, Prometheus, Grafana, etc.), providing a holistic MLOps skillset highly sought after by employers.
  • Project-Based Learning: Reinforce concepts through a tangible, real-world project, offering invaluable hands-on experience and a strong portfolio piece to showcase your capabilities.
  • Career Advancement: Designed to upskill professionals from traditional DevOps or Data Science roles, enabling a seamless transition into high-demand MLOps Engineering positions.
  • Best Practices Focus: Learn and implement MLOps best practices from the ground up, ensuring you build robust, maintainable, and scalable machine learning systems.
  • End-to-End Coverage: Covers the entire spectrum from data preparation and model training to deployment, monitoring, and continuous integration/delivery, leaving no stone unturned in the ML lifecycle.

CONS:

  • Steep Learning Curve: While comprehensive, the bootcamp covers a significant amount of advanced material and a diverse toolset, which may present a challenging learning curve for individuals completely new to either DevOps or Machine Learning concepts.
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