About Course
About MLOps Training
Feature stores, model registries, drift and canary releases — getting a model off the notebook and keeping it honest in production.
A model that works in a notebook is not yet a product. It needs a training run someone else can reproduce from a commit, a pipeline that fails loudly when the data is bad rather than quietly shipping it, a registry where promotion is a deliberate step, a serving path that can be rolled back in one command, and monitoring that says when the world has moved underneath the model. Most of this work is unglamorous plumbing, and it is the difference between a model that stays accurate for a year and one that silently degrades in six weeks.
Course Overview
12-week MLOps training (72 hours) covering the ML lifecycle, reproducible pipelines, experiment tracking, model registries, CI/CD for ML, serving, drift monitoring and retraining. Classroom, Live Online and Hybrid.
Why Learn MLOps Training
Once a model touches a customer, a decision or a price, someone becomes accountable for it, and that role pays accordingly. Machine-learning engineering is where the salary curve separates from analytics work, because the failure modes are operational rather than analytical: a wrong dashboard costs attention, a wrong model costs money and, in regulated sectors, a regulatory conversation. Employers test for pipeline, registry and rollback experience precisely because it cannot be faked with a notebook.
It also generalises past machine learning. Orchestration with data validation, artifact versioning, gated promotion, canary release and drift-triggered retraining are the same patterns used for any data or service pipeline, so this track strengthens platform and data engineering as well. Practitioners who arrive from software engineering find the model-specific part small and the software-engineering part large.
Who Should Join This Course
- Data Scientists — Owning the model all the way to production instead of handing it over
- Data Engineers — Building the pipelines that feed and refresh a model
- DevOps Engineers — Moving into machine learning delivery
- Platform Teams — Standing up an ML platform others build on
- Fresh Graduates — Targeting machine learning engineering without a research background
- QA and Release Staff — Testing a model, which behaves unlike software
Prerequisites
You should be comfortable in Python, able to read a training script and understand what a metric represents. Command line and Git familiarity is needed, and basic SQL helps. Prior exposure to a machine learning project is useful but the modelling itself is not taught here, so this suits engineers moving toward ML delivery as well as data scientists tired of handoffs.
Learning Objectives
- Package a training run so it is reproducible from its own record
- Build a pipeline that retrains on a schedule or on a trigger
- Track experiments and register a model with its lineage intact
- Add CI/CD for ML including data and model validation gates
- Serve a model behind an endpoint with versioning and a rollback
- Monitor for data drift, concept drift and performance decay
- Design a retraining decision that is based on evidence
- Document a model with the lineage a governance review needs
What the Syllabus Covers
Each module is assessed against published MLOps Engineer outcomes rather than on memorisation, covering Feature Store, Experiment Tracking, Model Registry, CI/CD for ML, Drift Monitoring, Model Serving together with orchestrated training pipelines and data validation, experiment tracking with a feature store, a model registry gated by CI, and drift monitoring wired to retraining on evidence rather than on a schedule.
Career Opportunities After This Programme
- MLOps Engineer
- Machine Learning Engineer
- Platform Engineer (ML)
- ML Platform Analyst
- Data Engineer (ML)
- Model Governance Analyst
Hands-on Practice and Capstone
Capstone: Package a training run so it reproduces from its own record, build an orchestrated pipeline with data validation and retries, track experiments and register the model with full lineage, add CI with a metric gate that can block a bad release, serve it behind a versioned endpoint with a working rollback, then wire drift monitoring and a documented retraining trigger.
Production scenario: A fraud model quietly stopped working six weeks after release because the upstream query changed and nobody was watching. The platform built here makes that visible: ingestion validates schema and distribution before training runs, the endpoint reports input drift against the training snapshot, and the retraining trigger fires on evidence with an approval step rather than on a calendar nobody reviews.
Course Duration, Mode and Certification
The course runs for 12 weeks (72 hours), three sessions a week of two hours each. Modes: Classroom / Live Online / Hybrid. Certificate issued: SkilBrill Course Completion Certificate. Assessment is against published MLOps Engineer outcomes, and you finish with evidence you can show rather than a pass mark.
Why Train at SkilBrill
SkilBrill Training Institute in Thoraipakkam focuses on making you employable. Trainers are working AI, data and platform engineers, every module produces portfolio evidence rather than a completion badge, and the placement cell connects eligible candidates with hiring companies. Fee: ₹45,000 – ₹75,000. Enquire on +91 8610964691.
Career and Job Support
- Resume assistance tailored to AI, data and platform engineering roles
- LinkedIn profile rewrite and recruiter outreach
- Mock interviews covering evaluation, pipeline design and system-review scenarios
- Capstone walkthrough and portfolio review preparation
- Placement assistance with 200+ hiring partners
- Typical salary band after completion: ₹7 – 18 LPA
Frequently Asked Questions
What does MLOps training at SkilBrill cover?
Twelve weeks and 72 hours across eight modules: the ML lifecycle and what breaks, pipelines and orchestration, experiment tracking and feature stores, the model registry and delivery, serving, monitoring and drift, applied practice, and a capstone that ships a monitored model.
Do I need to be a data scientist first?
No, but you should be able to read a training script and understand what a metric means. The course does not teach model building from scratch; it teaches getting a model into production and keeping it honest. Data scientists, data engineers and DevOps engineers all take it from different directions.
What programming and tooling is required?
Comfortable Python plus command line and Git. You will write pipeline steps, tests and serving code. Some exposure to containers helps in the serving module, and basic SQL is useful for the data validation material.
How is MLOps different from DevOps?
DevOps ships code, which either works or does not. MLOps ships a model whose quality depends on data you do not control, so the pipeline has to validate inputs, track lineage, monitor drift and decide when retraining is justified. Most of the course is that difference.
Is certification included?
The syllabus follows MLOps engineer objectives so it works as preparation. Vendor credentials are booked through their own programmes, and the SkilBrill completion certificate is issued by us on the capstone.
Which tools are used in the course?
The course is tool-agnostic in principle and concrete in practice: a mainstream workflow orchestrator, an experiment tracker, a model registry, a feature store and a serving layer, with at least two options compared in the modules where the choice is contentious.
What do I leave with?
A reproducible training run, an orchestrated pipeline with validation gates, a registered model with lineage, CI that can block a release, a versioned endpoint with rollback, and drift monitoring with a documented retraining trigger.