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AI ENGINEER FOUNDATIONS · STAGE 06

MLOps & production deployment

Deploy, monitor, and improve models responsibly.

Learning objective

Learn how reproducibility, controlled deployment, monitoring, and carefully evaluated updates keep a model useful after launch.

BEFORE YOU START

Prerequisites

  • Machine-learning fundamentals
  • Basic deployment and pipeline concepts

LEARNING OBJECTIVES

What you should be able to do

  • Track model and data lineage
  • Separate service health from model quality
  • Respond to drift without unsafe automatic retraining

WHAT YOU'LL COVER

Key concepts

01Model training pipelines
02Model serving
03Deployment strategies
04Monitoring and drift
05Versioning and reproducibility

SEE THE CONNECTIONS

A visual learning sequence

MLOps & production deployment: a useful way to approach the work
01Make runs traceableVersion code, data, configuration, and model artifacts.
02Release with controlsValidate candidate quality and roll out gradually.
03Monitor and respondTrack service and model signals and investigate changes.

These are connected learning steps, not the only valid order. Revisit earlier ideas when an exercise reveals a gap.

Suggested learning sequence

01

Make runs traceable

Version code, data, configuration, and model artifacts.

Why it matters: Teams need to reproduce and explain model behavior.

02

Release with controls

Validate candidate quality and roll out gradually.

Why it matters: Training success does not prove production readiness.

03

Monitor and respond

Track service and model signals and investigate changes.

Why it matters: Operating conditions can change after launch.

Put it into practice

Monitor a forecast service for latency, input freshness, and delayed prediction error; investigate a shift before building a candidate update.

Practice tasks

  • Define model and service monitoring separately.
  • Describe rollback conditions for a rollout.
  • Explain when retraining should not be automatic.

How you'll know you're ready

  • Can describe how to reproduce a model run.
  • Can distinguish input drift from measured performance decline.

Related interview questions

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