Master LLMOps

The Complete Learning Path for Large Language Model Operations

What is LLMOps?

LLM Operations

Specialized practices for developing, deploying, and maintaining applications powered by large language models.

End-to-End Process

From prompt engineering to production deployment, monitoring, and continuous improvement.

Emerging Field

Combines MLOps principles with unique challenges of working with generative AI models.

Learning Path Modules

Module 1

Foundations for LLMOps

Python Linux Git

Build the essential technical foundation for working with LLMs in production.

Python Fundamentals
  • Variables, Data Types, Operators
  • Control Flow and Functions
  • Modules and OOP Concepts
  • Essential Libraries Overview
Linux Fundamentals
  • Core Components and Distros
  • Essential Bash Commands
  • Package Managers
Version Control
  • Git Basics and Workflows
  • Branching Strategies
  • Managing Sensitive Info
LLM Introduction
  • Transformer Architecture
  • Key Concepts and Providers
  • Understanding LLM APIs

Module 2

Developing and Interacting with LLMs

Prompt Eng APIs Frameworks

Learn to effectively develop applications using large language models.

Prompt Engineering
  • Techniques and Structures
  • Iterative Development
  • Versioning and Templating
LLM APIs & SDKs
  • REST API Interaction
  • Provider SDKs Usage
  • Secure Key Handling
LLM Frameworks
  • LangChain and LlamaIndex
  • Core Concepts
  • Building Basic Apps
Vector Databases
  • Embeddings Concept
  • RAG Workflow
  • Basic Implementation

Module 3

LLM Lifecycle Management

Tracking Evaluation Fine-tuning

Manage the complete lifecycle of your LLM applications.

Experiment Tracking
  • Challenges in LLM Dev
  • Adapting MLflow
  • Alternative Tools
Evaluation Strategies
  • Challenges and Metrics
  • Semantic Similarity
  • Human Evaluation
Fine-tuning
  • When to Fine-tune
  • PEFT Techniques
  • Data Preparation
Model Registry
  • Versioning Components
  • Deployment Stages
  • Managing Configs

Module 4

LLM Deployment Strategies

APIs Optimization Patterns

Deploy LLM applications effectively in production environments.

LLM APIs
  • FastAPI for LLMs
  • Input/Output Schemas
  • Async Handling
Inference Optimization
  • Challenges
  • Quantization
  • Specialized Servers
Deployment Patterns
  • Direct API Proxy
  • RAG Services
  • Agent-Based Systems
Interfaces
  • Streamlit
  • Gradio
  • FastAPI Backend

Module 5

Automation and CI/CD

CI/CD Testing Automation

Implement continuous integration and deployment for LLM applications.

CI/CD Overview
  • LLMOps Journey
  • Best Practices
  • Modular Code
Continuous Integration
  • Unit Tests
  • Integration Tests
  • Quality Checks
Continuous Deployment
  • Container Deployment
  • Rolling Updates
  • GitHub Actions
Multi-Component Apps
  • Docker Compose
  • Local Development
  • Service Communication

Module 6

Monitoring LLMs

Metrics Drift Tools

Implement comprehensive monitoring for LLM applications in production.

Monitoring Importance
  • Beyond Traditional Metrics
  • Challenges
  • What to Monitor
Techniques
  • Logging
  • Metrics Tracking
  • Statistical Monitoring
Tools
  • Prometheus & Grafana
  • LLM-Specific Platforms
  • Basic Alerting
Quality Monitoring
  • Input/Output Analysis
  • Drift Detection
  • User Feedback

Module 7

Advanced Topics

Responsible AI Security Cost

Explore advanced considerations for production LLM applications.

Responsible AI
  • Fairness and Bias
  • Transparency
  • Privacy
Security
  • New Attack Surfaces
  • Mitigation Strategies
  • Tools and Techniques
Cost Management
  • Pricing Models
  • Monitoring Usage
  • Optimization Strategies
A/B Testing
  • Implementing Tests
  • Success Metrics
  • Analyzing Results

Learning Resources

Recommended Books

  • Natural Language Processing with Python
  • Deep Learning for Coders
  • MLOps Engineering at Scale

Online Courses

  • DeepLearning.AI NLP Specialization
  • Fast.ai Practical Deep Learning
  • Udemy MLOps Fundamentals

Tools & Frameworks

  • LangChain & LlamaIndex
  • Vector Databases
  • FastAPI & Docker

Frequently Asked Questions

This learning path is designed for software engineers, data scientists, and ML engineers who want to operationalize large language models in production environments. It's suitable for both beginners looking to enter the field and experienced practitioners wanting to specialize in LLMOps.
Basic programming knowledge in Python is recommended. Familiarity with machine learning concepts is helpful but not required, as we cover the necessary foundations in the early modules.
The learning path is designed to be completed in approximately 12-16 weeks with a commitment of 8-10 hours per week. However, you can progress at your own pace and focus on the modules most relevant to your needs.
You'll be able to design, develop, deploy, and maintain production-grade applications powered by large language models. This includes building LLM APIs, implementing RAG systems, optimizing inference, setting up monitoring, and managing the complete LLM lifecycle.
While this learning path doesn't offer formal certification, you'll complete hands-on projects that demonstrate your skills. We recommend building a portfolio of these projects to showcase your LLMOps expertise to employers.

Ready to Master LLMOps?

Start your journey today and become proficient in deploying and managing large language models in production.

Begin Learning Now

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