MLOps Course Online With Certification

SKU: 8413
17 Lesson
|
50 Hours
5 (1 reviews)

Enroll in igmGuru’s online MLOps course and certification program and master the key concepts of managing and deploying machine learning models in real-world environments.

✅Level: Intermediate to Advanced
✅50-Hours Instructor-Led Training
✅Docker, K8s, MLflow, Jenkins, Airflow, Git, AWS SageMaker, Azure ML, Vertex AI
✅Real-World MLOps Labs, Live Projects & Case Studies
✅End-to-End ML Pipeline Development & Deployment
✅Resume Assistance, Mock Interviews & Certification Guidance
✅Updated Course Curriculum

MLOps Course Overview

MLOps, or Machine Learning Operations, is the engineering discipline that connects data science with real-world production systems. This MLOps course by igmGuru gives you a structured, end-to-end understanding of how organizations build, deploy, and maintain machine learning models at scale.

Whether you are stepping into MLOps for the first time or looking to formalize skills you have already been applying on the job, this program meets you where you are. In this MLOps online certification program, you will move through core concepts, hands-on tool work, and live project experience- everything needed to operate confidently in production ML environments where reliability, speed, and scalability are non-negotiable.

By the time you complete this online MLOps certification program, you will not just understand the theory. You will have built actual pipelines, resolved real deployment challenges, and earned a credential that validates your readiness for production ML roles.

MLOps Students Also Learn

Prerequisite

  • Basic knowledge of Python programming
  • Familiarity with core machine learning concepts (training, testing, evaluation)
  • Basic understanding of the command line / Linux environment
  • Exposure to any cloud platform - AWS, Azure, or GCP (preferred, not mandatory)
  • Basic knowledge of Git and version control
  • No prior MLOps experience required

What You’ll Learn

Below are the topics you will cover in this MLOPs training program.

  • Build a strong foundation in Python, core MLOps principles, and data management to develop and deploy machine learning models confidently in real production environments.
  • Work hands-on with industry-leading platforms, including Amazon SageMaker, AWS, Microsoft Azure, MLflow, and Hugging Face to build end-to-end ML solutions, create automated pipelines, and develop production-ready APIs.
  • Fine-tune and deploy Large Language Models (LLMs) using Hugging Face and package containerized models in the ONNX format for efficient, cross-platform deployment.
  • Design and implement a complete MLOps pipeline using MLflow- covering project structuring, model versioning, registry management, and experiment tracking from start to finish.

15+ Essential Skills Covered In This Program

The following are the essential skills you will learn during this MLOps training program.

  • Machine Learning Lifecycle Management
  • CI/CD for Machine Learning
  • Model Versioning
  • Experiment Tracking
  • Feature Engineering & Feature Stores
  • Data Pipeline Automation
  • Model Deployment (Batch, Real-time, Streaming)
  • Model Monitoring & Drift Detection
  • Containerization (Docker)
  • Container Orchestration (Kubernetes)
  • Workflow Orchestration (Airflow)
  • Cloud ML Platforms (AWS SageMaker, Azure ML, GCP Vertex AI)
  • Model Governance & Reproducibility
  • A/B Testing & Canary Deployments
  • Python for MLOps

15+ Tools Covered in This MLOps Course

This MLOps online course gives you hands-on experience with the specific MLOps tools that appear in job descriptions for MLOps engineers in 2026:

  • Version Control & Experiment Tracking: Git, DVC, MLflow
  • Containerization & Orchestration: Docker, Kubernetes, Kubeflow
  • CI/CD Automation: Jenkins, GitLab CI
  • Cloud Platforms: Azure Machine Learning, Amazon SageMaker, Google Cloud Vertex AI
  • Monitoring & Observability: Grafana, Prometheus
  • ML Frameworks: TensorFlow, Keras, Scikit-learn, PyTorch
  • Programming & Scripting: Python, Linux/Bash
  • Emerging Stack: Kubeflow, Hugging Face for production LLM pipelines
  • Feature Stores: Feast, Tecton
  • LLMOps Stack: LangChain, ONNX, Vector Databases
  • Governance & Explainability: SHAP, Model Cards, Policy-as-Code

MLOps Projects You Will Work On

This MLOps Course is built around real-time practical projects that take you beyond theory and isolated model experiments. You will work on realistic machine learning workflows where the focus is on automation, deployment, monitoring, scalability, and keeping models reliable in production.

  • End-to-End ML Pipeline Project: Build a complete machine learning pipeline covering data preparation, feature engineering, model training, experiment tracking, model registration, deployment, and monitoring.
  • MLflow Model Lifecycle Project: Use MLflow to track experiments, compare model runs, manage versions, register production models, and create a repeatable model lifecycle.
  • CI/CD Pipeline for Machine Learning: Create an automated CI/CD workflow that validates code and data, trains models, runs tests, packages artifacts, and deploys approved models to a target environment.
  • Containerized Model Deployment: Package a trained machine learning model with Docker and expose it through a production-ready API for real-time predictions.
  • Kubernetes-Based ML Deployment: Deploy and manage containerized ML workloads using Kubernetes, with a focus on scalability, service management, and reliable model serving.

Career Outcomes

The following are the high-paying roles you can choose after completing the MLOps training.

  • MLOps Engineer
  • Machine Learning Engineer
  • AI/ML Platform Engineer
  • ML Infrastructure Engineer
  • AI/ML DevOps Engineer
  • ML Reliability Engineer
  • LLMOps Engineer (emerging and high-demand in 2026)

Top Companies Actively Hiring MLOps Professionals

  • Global Tech Giants: Google, Microsoft, Amazon, Meta, Tesla
  • Cloud & Data Platforms: Databricks, Snowflake, Salesforce, Oracle
  • AI Infrastructure & Tools: NVIDIA, Hugging Face, Weights & Biases, DataRobot
  • Enterprises & Fintech: JPMorgan Chase, Capital One, PayPal, Stripe

MLOps Engineer Salary

The demand for MLOps professionals has significantly outpaced the supply of qualified talent.

Experience Level India (Annual Salary) USA (Annual Salary)
Entry-Level (0-2 Years) ₹8 - ₹15 LPA $82,000 - $110,000
Mid-Level (2-5 Years) ₹15 - ₹30 LPA $110,000 - $150,000
Senior-Level (5-8 Years) ₹30 - ₹50 LPA $150,000 - $180,000
Lead/Principal (8+ Years) ₹50 - ₹80+ LPA $180,000 - $250,000+

Why Choose igmGuru for MLOps Course?

  • Experienced Trainers: Learn directly from industry veterans with hands-on experience at top organizations like Microsoft, IBM, and Google. Our trainers do not just teach concepts- they bring real production challenges and solutions into every session.
  • Alumni Working at Top MNCs: Our graduates are employed at leading multinational companies across the US, UK, and India. When you join igmGuru, you join a network of professionals who have already made the transition successfully.
  • Always Up-to-Date Curriculum: The MLOps landscape is constantly evolving. Our course outline is continuously updated to reflect the latest tools, frameworks, and industry practices- so what you learn today is what employers are looking for right now.
  • End-to-End Career Support: From resume building and LinkedIn optimization to interview preparation, including answers to the most commonly asked MLOps interview questions, and placement assistance, igmGuru supports you well beyond the last session. The goal is not just certification- it is your next job offer.
  • Lifetime Access to Learning Material: All session recordings, course materials, and lab resources remain accessible to you indefinitely. Revisit any module, refresh your knowledge before an interview, or explore a tool again whenever you need to.

Sujit Nair

MLOps Trainer

Sujit is a seasoned MLOps Trainer specializing in ML pipeline automation, model deployment, CI/CD for machine learning, cloud-native ML infrastructure, and production monitoring. His training approach centers on hands-on labs, real-world deployment pipelines, and industry case studies, helping learners transition from "notebook to production" with confidence.

  • MLOps and ML Engineering professional with 15+ years of experience across data science, DevOps, and cloud infrastructure.
  • Successfully trained and mentored 1000+ learners and working professionals across MLOps, ML engineering, and AI infrastructure domains.
  • Expertise in CI/CD for ML, Model Versioning, Experiment Tracking, Feature Stores, Model Monitoring, Data Drift Detection, and end-to-end ML Pipeline Orchestration.
  • Hands-on experience with leading MLOps tools, including MLflow, Kubeflow, DVC, Airflow, Docker, Kubernetes, Jenkins, TensorFlow Extended (TFX), and Prometheus/Grafana.
  • Strong knowledge of deployment strategies, including Canary, Shadow, and Blue-Green deployments, along with model governance and reproducibility best practices.
  • Specialized in building and scaling ML pipelines across AWS (SageMaker), Microsoft Azure (Azure ML), and Google Cloud Platform (Vertex AI).
  • Helps learners prepare for industry-recognized MLOps certifications and real-world roles such as MLOps Engineer, ML Platform Engineer, and Applied ML Engineer.

Key Features

MLOps Course Modules

1. What is MLOps & MLOps Motivation
2. Solutions and Future Trends
3. MLOps Components
4. Different Roles involved in MLOps ( ML Engineering + Operations )
5. Machine Learning Life Cycle
6. MLOps Vs DevOps
7. Major Phases — what it takes to master MLOps
8. Different tools for MLOps
9. MLOps Maturity Model Levels
10. MLOps - Stages Of CI / CD
1. Why Linux? Linux types? How to access Linux env in different system
2. Free tier Amazon EC2 ubuntu instance
3. SSH and SSH tools & Putty
4. File zilla & WinSCP
5. Introduction to Shell , Bash Shell & Basic Linux Commands
6. Help for Command Line
7. Linux Core Concepts & Kernel and types
8. Linux file system, Boot Sequence, Run levels, File Types & Filesystem Hierarchy
9. Package Management Introduction and Configuration
10. Linux Type Based Package Manager
11. RPM and YUM
12. DPKG and APT
13. File Compression and Archival, Searching for Files and Patterns using grep/wildcards etc
14. VI, Nano Editor
15. Security and File Permissions, The Security Incident (story)
16. Linux Accounts, User Management, Access Control Files, Account Management
17. File Permissions and Ownership , Cron jobs
18. Service management with systemd, Working overtime (story)
19. Creating a Systemd Service, Systemd Tools
20. Lab - systemd services
21. Assignment | Assignment Solution 
1. What? Why? When? Type? Vendor? Pricing? Industry wise uses of GIT
2. Creation of Github / Gitlab / bitbucket account
3. Local GitHub UI installation, setup with VSCode and Pycharm
4. Local and Remote Repositories installation and configuration
5. GIT Repository initialisation
6. Commands: git log
7. Git Branches - What is branching in Git and why we need it?
8. Master/main branch and user-defined branch
9. Checkout and pushing to a branch, Merging of branches
10. Project control and management
11. In Remote Repositories, Initialisation of Remote Repositories
12. Pushing code to the remote repositories
13. Cloning of the remote repositories to local
14. PR (Pull Requests), Fetch and Pull
15. Handling conflict on merging branch, Forking of repository
16. Rebasing, Resetting and Reverting, Stashing
17. Assignment | Assignment Solution 
1. What is DVC, DVC Uses, Installation in Mac OS, Windows & Linux
2. Data Versioning, Model Versioning
3. Data Access, Model Access & Data Pipelines, Metrics, Parameters, Plots
4. Run, Queue, Compare, Persisting, and Sharing Experiments
5. Clean up, Versioning Data and Models, Sharing Data and Model Files
6. Data Registries, Shared Development Server & Project Structure
7. Setup Google Drive Remote, Large Dataset Optimisation
8. External Dependencies, Managing External Data
9. Automate Pipelines with DVC, Pipelines & Experiment Automation, Build automated pipelines
10. Experiments Management, Experimenting with reproducible pipelines, Common issues with ML experiments
11. Tracking metrics and plots & Compare experiment results, Build, Test & Deploy
12. Introduction to CI/CD in Machine Learning & Build CI/CD pipeline
13. Install GitLab Runner and Trigger CI/CD pipeline
14. Build Machine Learning pipeline, Build CI/CD pipeline, Trigger CI/CD pipeline
15. Making Continuous Integration work with ML, DVC Integration with Project
16. Build a model Prototype, Build a prototype with Jupyter Notebook
17. Start to version your code with Git, Version your code with Git
18. Create pipelines, Automate pipelines and data versioning with DVC
19. Create CI pipeline to build, test, experiment, Experimenting with DVC and CML & Deploy your model
20. Assignment | Assignment Solution 
1. What is DevOps, Why DevOps
2. Dev-Test-Deploy ,DevOps Principles,DevOps Toolchain
3. Overview of DevOps Tools
4. Co-relation between Agile and DevOps,Categories of DevOps Tools
5. Containers Concepts , Container Vs Virtual Machine
6. Installing docker on CentOS, Debian and Windows
7. Managing Container with Docker Commands
8. Building your own docker images & Docker Compose
9. Docker registry - Docker Hub , Networking inside single docker container
10. Lab - Running Python Web App in docker container
11. Lab - Create a docker image from git repo
12. Lab - Deploying flask app using docker-compose
13. Lab - Complex deployment using docker-compose
14. Lab - Creating your own docker registry 
15. Assignment | Assignment Solution 
1. What is workflow orchestration & why ML needs it
2. Airflow core concepts: DAGs, Operators, Scheduler
3. Installing and configuring Airflow
4. Building an ML training DAG
5. Airflow vs Prefect vs Dagster (comparison)
6. Lab: Orchestrate a DVC + MLflow pipeline with Airflow
7. Assignment | Assignment Solution
1. Introduction to Kubernetes
2. Architecture and Kubernetes cluster installation
3. Raft Consensus Algorithm and Networking in Kubernetes
4. Raft Consensus Algorithm and Networking in Kubernetes
5. Installing Minikube and Objects in Kubernetes - Pod, Deployment
6. Services - Service Discovery, Service Object, Headless Services, Service Type
7. Role based Access
8. Volumes - Persistent Volumes, Persistent Volume Claim, Storage Class
9. Config Map and Secrets 
10. Ingress - Virtual Host, Types, Fanout, Virtual Host, Fanout Ingress configuration,
11. Virtual Host Ingress configuration
12. Lab - Installing Minikube on EC2
13. Lab - Enable and access Dashboard Addon
14. Lab - Deploy flask web app on Minikube
15. Lab - Deploy Nginx app on Minikube
16. Lab - Deploy application with host type volumes 
17. Assignment | Assignment Solution 
1. Introduction to Prometheus
2. Prometheus installation
3. Introduction to Grafana
4. Grafana Installation
5. Integration of Prometheus and Grafana
6. Adding customised dashboard in Grafana
7. Introduction to node exporter
8. Integrating node exporter for monitoring
9. Lab - Scrape metric from Grafana
10. Lab - View Node exporter metric in Grafana
11. Lab - View Docker metric in Grafana
12. Lab - Import AWS EC2 dashboard in Grafana 
13. Assignment | Assignment Solution 
1. Introduction to Jenkins
2. Continuous Integration & Continuous Integration with Jenkins
3. Jenkins Architecture
4. Installing Jenkins on EC2
5. User management
6. Set up Jenkins Master & Slave
7. Setup CI-CD pipeline for sample project
8. Lab - Setup Role based access
9. Lab - Master/Slave Setup
10. Lab - Configure SCM in Jenkins 
11. Assignment | Assignment Solution 
12. GitLab CI/CD as an alternative to Jenkins
13. GitLab Triggers
14. GitLab CI/CD Pipelines
15. Pipelines definition
1. Why model monitoring ≠ infra monitoring
2. Data drift, concept drift, prediction drift - concepts
3. Introduction to Evidently AI (open-source, hands-on labs)
4. Overview of enterprise options: Arize, Fiddler, WhyLabs
5. Setting up automated drift alerts in a pipeline
6. Lab: Build a drift-detection report with Evidently
7. Assignment | Assignment Solution
1. What is MLFLow & Installation
2. MLFlow Tracking, Where Runs Are Recorded, How Runs and Arti-facts are Recorded
3. Scenario 1: MLFlow on localhost
4. Scenario 2: MLFlow on localhost with SQLite
5. Scenario 3: MLFlow on localhost with Tracking Server
6. Scenario 4: MLFlow with remote Tracking Server, backend and arti-fact stores
7. Logging Data to Runs, Logging Functions, Launching Multiple Runs in One Program, Performance Tracking with Metrics
8. Visualising Metrics, Automatic Logging
9. Scikit-learn, TensorFlow and Keras, Gluon, XGBoost, Pytorch
10. MLFLow Tracker, Organising Runs in Experiments, Managing Experiments and Runs with the Tracking Service API, Tracking UI
11. Querying Runs Programmatically, MLFlow Tracking Servers, Storage,Networking
12. Logging to a Tracking Server, MLFlow Projects, Specifying Projects, Running Projects, Iterating Quickly, Building Multi Step Workflows
13. MLFLow Models, Storage Format, Model Signature And Input Example
14. Model API, Built-In Model Flavours, Model Customisation, Built-In Deployment Tools, Deployment to Custom Targets
15. Model Registry, Model Registry Workflows, UI Workflow, Registering a Model, Using the Model Registry, API Workflow
16. Adding an MLFlow Model to the Model Registry, Fetching an MLFlow Model from the Model Registry
17. Serving an MLFlow Model from Model Registry, Adding or Updating an MLFlow Model Descriptions, Renaming an MLFlow Model
18. Transitioning an MLFlow Model’s Stage, Listing and Searching MLFlow Models, Archiving an MLFlow Model, Deleting MLFlow Models
19. Assignment | Assignment Solution
1. What is a feature store and why it matters
2. Introduction to Feast (open-source feature store)
3. Model governance basics: model cards, access control, audit trails
4. Responsible AI checkpoints: bias/fairness checks
5. Assignment | Assignment Solution
1. What is Kubeflow?
2. Core Kubeflow components
3. What is TFX & when it's used (TensorFlow-specific pipelines)
4. How to set up Kubeflow on Kubernetes
5. How to develop basic ML models in Kubeflow Notebooks
6. How to train and deploy models in Kubeflow
7. How to use Kubeflow Pipelines
8. How to use KFServing to deploy models
9. Introduction to Airflow/Prefect as lightweight orchestration alternatives
10. When to choose Kubeflow vs Airflow vs Metaflow/ZenML
11. Assignment | Assignment Solution
1. Amazon Sagemaker | Amazon S3 | AWS Codebuild | AWS Codecommit
2. Sagemaker Training Job | Sage Maker Endpoint | Amazon Api Gateway
3. Sagemake Model Monitoring | Cloudwatch Synthetics | Cloudwatch Alarm
4. Assignment | Assignment Solution 
5. AWS S3 storage for ML artifacts and datasets
1. Create an Azure Machine Learning workspace
2. Setup a new project in Azure DevOps
3. Import existing YAML pipeline to Azure DevOps
4. Declare variables for CI/CD pipeline
5. Create training compute
6. Train ML model | Register model
7. Deploy model in AKS
8. Assignment | Assignment Solution 
1. What is LLMOps & how it differs from classic MLOps
2. Prompt versioning and management
3. RAG pipeline basics (retrieval + generation architecture)
4. LLM evaluation techniques (hallucination checks, relevance scoring)
5. Cost and latency tracking for LLM APIs
6. LLM observability tools overview (LangSmith, Arize Phoenix, Langfuse)
7. Fine-tuning vs prompt engineering - when to use which
8. Lab: Build a simple RAG app with tracing via MLflow or Langfuse
9. Assignment | Assignment Solution
1. Deploy a Personalized Product Recommendation using MLOps
2. Deploy a Classification Model using MLOps on AWS
3. Deploy a Multiple Linear Regression Model using MLOps
4. Deploy a Gaussian Model in Time Series using MLOps on AWS
5. Deploy a Customer Churn Prediction using MLOps on Azure
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MLOps Course Online Fees and Batch Details

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US $ 399.00
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  • Duration : 50 hrs
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  • Duration : 50 Hrs
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Classes Starting From

  • Fast Track Batch 23 Aug 2026
  • Weekday Batch 24 Aug 2026
  • Weekend Batch 29 Aug 2026

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MLOps Certification

On successful completion of the training, you'll receive an MLOps certification from igmGuru, and it stands for something real. This isn't a certification only for showing up and watching videos. It's proof that you've actually built the kind of systems companies are struggling to hire for: models that don't just work in a notebook, but survive contact with the real world.

To earn it, you'll get your hands across the full pipeline- deploying models, automating CI/CD, containerizing with Docker and Kubernetes, setting up monitoring that catches problems before they blow up, and pushing deployments live on AWS or Azure. Every skill on that certificate is something you've actually done, not just watched someone else do on screen.

MLOps Certification Exam Guide 2026

If you are preparing for a specific vendor certification after this training, here is a practical breakdown of what each exam tests and how to approach it.

  • AWS ML Specialty Exam

The AWS ML Specialty exam covers four domains: data engineering, exploratory data analysis, modelling, and machine learning implementation and operations. The operations domain - which includes deployment, monitoring, and cost optimization - is where this course’s CI/CD and cloud modules will serve you most directly.

  • Azure AI Engineer Associate exam

The Azure AI Engineer Associate exam tests your ability to architect and implement AI solutions, including using Azure Machine Learning pipelines and managing deployed model endpoints. Expect scenario-based questions, not just recall.

  • Google Cloud Professional ML Engineer exam

The Google Cloud Professional ML Engineer exam is notably practical. It tests your ability to architect ML systems that are scalable, reproducible, and maintainable - the exact competencies this course builds across Modules 1 through 8.

Note: None of these certifications requires you to attend official training before sitting the exam, though having real hands-on experience - which this course provides - is the most reliable preparation.

MLOps Certification

FAQs: MLOps Certification Training

Unlike many MLOps Courses, igmGuru combines live instructor-led training, hands-on labs, real-world projects, and expert mentorship to help you master end-to-end MLOps and confidently apply your skills in production environments.

Data scientists, ML engineers, software developers, and DevOps professionals looking to work with production ML systems.

Basic knowledge of Python and machine learning concepts is recommended before starting this course.

Yes, you'll receive a course completion certificate after finishing all modules and assignments.

You'll work with MLflow, Docker, Kubernetes, Airflow, and cloud platforms like AWS, Azure, and GCP.

Both options are available- choose self-paced learning or live instructor-led sessions.

Yes, the course includes hands-on projects covering end-to-end ML pipeline deployment.

Yes, you'll get placement assistance along with interview preparation support.

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