Intermediate-Advanced|18 hours|30 lessons

LLM Operations for MLOps Engineers

A comprehensive course covering 30 essential LLM concepts through the lens of MLOps engineering. Every lesson teaches the concept, then shows you how to operationalize it at scale, with real interview scenarios and system design questions from FAANG+ companies.

Text-based, no videos
6 modules, 30 lessons
Lifetime access

What you'll learn

What an LLM actually is, end to end: tokens, embeddings, parameters, latent space, and how each maps to infrastructure
The full model lifecycle: pre-training, fine-tuning (including LoRA), alignment, and RLHF, with the costs and tradeoffs of each
Prompting and context engineering: system prompts, context windows, zero-shot, few-shot, and chain-of-thought, with production tradeoffs
Inference at scale: latency budgets, sampling, hallucination detection, grounding, and serving architectures that hit p99 SLOs
Production architectures: RAG (simple and at scale), workflows, agents, and multimodal serving
Safety and governance: benchmarks, guardrails, observability, cost engineering, security, and rollout strategies
How to answer LLM system design questions in FAANG-level interviews using a real platform-engineering frame

Curriculum

6 modules · 30 lessons
01

LLM Foundations: What You're Actually Running

Build a precise mental model of what an LLM is, end to end, before you serve it in production.

5 lessons
02

The Model Lifecycle: From Training to Production

Pre-training, fine-tuning, alignment, and RLHF: where models come from and what each stage costs.

5 lessons
03

Prompting and Context Engineering

System prompts, context windows, and prompting strategies that survive contact with production traffic.

3 lessons
04

Inference and Performance: Running Models at Scale

Latency budgets, sampling, hallucination, and grounding: serving LLMs the way production demands.

5 lessons
05

Production Architectures: Building Real Systems

RAG, workflows, agents, and multimodal systems: the patterns behind every serious LLM product.

5 lessons

About the Author

Sharon Sahadevan

Sharon Sahadevan

AI Infrastructure Engineer

Building production GPU clusters on Kubernetes. H100s, large-scale model serving, and end-to-end ML infrastructure across Azure and AWS.

10+ years designing cloud-native platforms with deep expertise in Kubernetes orchestration, GitOps (Argo CD), Terraform, and MLOps pipelines for LLM deployment.

Author of KubeNatives, a weekly newsletter read by 3,000+ DevOps and ML engineers for production insights on K8s internals, GPU scheduling, and model-serving patterns.

Ready to master this topic?

Start with the free preview lesson and see for yourself.