Description
What you’ll learn
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Build and manage robust continuous integration and deployment pipelines using tools like GitHub Action and Jenkins tailored for machine learning s, GitLab CI/CD
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Utilize containerization and orchestration tools such as Docker, Kubeflow, and Minikube to create scalable, production-ready ML systems on GCP.
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Efficiently manage and secure ML data with PostgreSQL while implementing real-time monitoring and visualization dashboards using Grafana.
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Apply best practices in scaling, resource management, and security compliance to ensure efficient and secure ML operations in cloud environments.
This Beginner to Advanced MLOps Course covers a wide range of technologies and tools essential for building, deploying, and automating ML models in production.
Technologies & Tools Used Throughout the Course
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Experiment Tracking & Model Management: MLFlow, Comet-ML, TensorBoard
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Data & Code Versioning: DVC, Git, GitHub, GitLab
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CI/CD Pipelines & Automation: Jenkins, ArgoCD, GitHub Actions, GitLab CI/CD, CircleCI
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Cloud & Infrastructure: GCP (Google Cloud Platform), Minikube, Google Cloud Run, Kubernetes
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Deployment & Containerization: Docker, Kubernetes, FastAPI, Flask
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Data Engineering & Feature Storage: PostgreSQL, Redis, Astro Airflow, PSYCOPG2
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ML Monitoring & Drift Detection: Prometheus, Grafana, Alibi-Detect
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API & Web App Development: FastAPI, Flask, ChatGPT, Postman, SwaggerUI
How These Tools & Techniques Help
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Experiment Tracking & Model Management
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Helps in logging, comparing, and tracking different ML model experiments.
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MLFlow & Comet-ML provide centralized tracking of hyperparameters and performance metrics.
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Data & Code Versioning
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Ensures reproducibility by tracking data changes over time.
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DVC manages large datasets, and GitHub/GitLab maintains version control for code and pipelines.
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CI/CD Pipelines & Automation
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Automates ML workflows from model training to deployment.
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Jenkins, GitHub Actions, GitLab CI/CD, and ArgoCD handle continuous integration & deployment.
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Cloud & Infrastructure
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GCP provides scalable infrastructure for data storage, model training, and deployment.
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Minikube enables Kubernetes testing on local machines before deploying to cloud environments.
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Deployment & Containerization
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Docker containerizes applications, making them portable and scalable.
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Kubernetes manages ML deployments for high availability and scalability.
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Data Engineering & Feature Storage
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PostgreSQL & Redis store structured and real-time ML features.
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Airflow automates ETL pipelines for seamless data processing.
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ML Monitoring & Drift Detection
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Prometheus & Grafana visualize ML model performance in real-time.
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Alibi-Detect helps in identifying data drift and model degradation.
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API & Web App Development
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FastAPI & Flask create APIs for real-time model inference.
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ChatGPT integration enhances chatbot-based ML applications.
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SwaggerUI & Postman assist in API documentation & testing.
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This course ensures a complete hands-on approach to MLOps, covering everything from data ingestion, model training, versioning, deployment, monitoring, and CI/CD automation to make ML projects production-ready and scalable.
Who this course is for:
- Machine Learning Engineers & Data Scientists: Those who want to bridge the gap between model development and scalable deployment.
- DevOps & MLOps Practitioners: Individuals aiming to integrate CI/CD pipelines and container orchestration into ML workflows.
- Cloud & Infrastructure Specialists: Professionals seeking to deepen their expertise in GCP and related cloud-native tools.
- Technical Leaders & Architects: Decision-makers responsible for designing and maintaining robust, scalable ML systems in production.
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