MLOps (Machine Learning Operations) Fundamentals

SKU: 3804
6 Lesson
|
5 Hours
igmGuru’s MLOps Fundamentals course is built for complete beginners- people who know a little Python and are curious about AI but have never worked with production systems, deployment pipelines, or ML tools before. This course starts from zero and builds up steadily. In this program, you will learn what MLOps is, how it works in the real world, and how to use entry-level tools to track experiments, package models, and understand what happens after a model goes live. No prior experience with DevOps, cloud, or ML engineering is expected or required.

MLOps Fundamentals Course Overview

igmGuru MLOps fundamentals for beginners program starts at the very beginning. What does MLOps mean? Why does it exist? What do people in this field actually do at work? From there, you will steadily build practical skills- using tools that real teams use, completing small hands-on exercises in every module, and finishing with a simple end-to-end project that you built yourself. By the end, you will have the vocabulary, the confidence, and the foundational skills to step into an entry-level ML role or continue with more advanced MLOps training with a solid foundation.

Prerequisites

Since this is a foundation-level program, there are no prerequisites to enroll in this program. But the basics of following make learning more effective and easier.

  • Basic Python

Course Objectives

By the end of this program, you will have gone from knowing almost nothing about MLOps to having real, hands-on experience with the foundational tools and workflows that ML teams use every day.

  • Understand what MLOps means, why it was created, and how it fits into a company's AI strategy
  • Know the stages of the machine learning lifecycle and what happens at each stage in a real project
  • Use Git for basic version control, so your work is tracked and shareable with a team
  • Set up and use MLflow to track your experiments and compare different model runs
  • Save a trained model in a reusable format and load it back when you need it
  • Build a simple API that lets other applications send data to your model and get predictions back
  • Create a basic Docker container so your model runs the same way on any machine
  • Understand what CI/CD means and see a simple automated workflow in action
  • Know what model monitoring is and why it matters once a model is live
  • Complete a capstone project that ties every skill together into one working workflow

What You Will Learn

In this program, you will learn the following to build your foundations.

  • Understand the fundamentals of MLOps and its role in the machine learning lifecycle.
  • Learn how to bridge the gap between data science, machine learning, and DevOps teams.
  • Explore the end-to-end machine learning workflow from data preparation to deployment.
  • Understand model versioning, experiment tracking, and reproducibility best practices.
  • Learn how to automate machine learning pipelines for faster and more reliable model delivery.
  • Gain knowledge of Continuous Integration and Continuous Deployment (CI/CD) for machine learning projects.
  • Understand data management, data validation, and feature engineering workflows.
  • Learn model training, evaluation, testing, and performance monitoring techniques.
  • Explore containerization concepts using Docker and orchestration fundamentals with Kubernetes.
  • Understand model serving, deployment strategies, and production-ready ML systems.
  • Learn how to monitor model performance, detect drift, and manage model retraining.
  • Gain insights into cloud-based MLOps platforms and infrastructure management.
  • Understand security, governance, compliance, and scalability considerations in MLOps.
  • Explore popular MLOps tools and frameworks used in the industry.
  • Build a strong foundation for advanced MLOps, Machine Learning Engineering, and AI Operations roles.

Who is This Course For?

This course is for anyone starting from scratch who wants to understand how machine learning works in real companies - not just in textbooks.

  • College students in computer science, IT, or data science who want practical, job-relevant skills
  • Fresh graduates who have learned Python or ML basics and want to know what comes next
  • Working professionals in non-ML roles who want to understand and move into the AI/ML space
  • Self-taught developers who can write Python but have never worked on a real ML project
  • Anyone who is learning through ML tutorial but wants structured, guided training with a certificate
  • People who applied for ML roles and realized they lacked the operational and deployment side of knowledge
  • Absolute beginners to MLOps who want a clear, honest starting point with zero assumed knowledge

Tools and Technologies Covered

Every tool in this course is free, widely used in the industry, and taught completely from scratch - no prior installation or setup experience is assumed.

  • Python 3 - the primary language for all scripts, exercises, and the capstone project
  • Jupyter Notebook - for exploratory coding and hands-on practice in an interactive environment
  • scikit-learn - used throughout labs to train simple, easy-to-understand ML models
  • Git & GitHub - version control for code and collaboration, taught from the very first command
  • MLflow - experiment tracking and model registry, set up and used locally on your own machine
  • Flask - building a simple prediction API that your model can serve results through
  • Docker Desktop - creating your first container to make your model portable (basics only)
  • GitHub Actions - setting up a simple automated workflow that runs when you push code
  • VS Code - recommended code editor with beginner-friendly setup guidance provided

Career Outcomes

This course gives you the foundation to pursue entry-level roles where MLOps skills are valued, or to continue confidently into intermediate training for more senior positions.

  • Junior MLOps Engineer
  • Entry-Level Machine Learning Engineer
  • Data Science Intern or Associate
  • ML Operations Analyst
  • Software Developer (AI/ML focus)
  • Technical Support Engineer (ML Tools)
  • AI/ML Trainee Programs

Why Choose igmGuru for This Program?

igmGuru is built on one principle: training should work for the person taking it, not just look good on a brochure. That means beginner-first design, real instructor support, and outcomes you can actually use.

  • Genuinely zero-to-beginner curriculum
  • Every concept is explained with a real-world example before any tool is introduced
  • Hands-on lab in every single module
  • Live instructor-led classes with actual Q&A, not just recorded videos
  • Weekend and weekday batch options to fit around college or work schedules
  • Small class sizes - instructors know your name and your progress
  • Dedicated doubt-clearing sessions between every class
  • Career support with MLOPs interview questions and answers for beginners
  • Lifetime access to all recordings and materials, including future updates
  • igmGuru completion certificate valued by hiring managers across India

Key Features

MLOps Fundamentals Training Curriculum

1. What MLOps means - breaking the word down: Machine Learning + Operations
2. How a model goes from a notebook to something a business actually uses
3. Three things MLOps promises: reliability, repeatability, and teamwork
4. The roles involved - who does what in a company that uses AI
5. What this course will teach you and what you will be able to do by the end
6. Data: where it comes from, what makes it good or bad
1. Features: what a "feature" is, explained with a house price example (size, location, age = features)
2. Training: what it means to "train" a model in plain English, no math
3. Evaluation: how you know if your model is any good
4. Deployment: making the model available so real people or systems can use it
5. Monitoring: checking that it keeps working well after it goes live
1. What MLflow is
2. Installing MLflow on your own computer in under five minutes
3. Adding just three lines to your training script to start tracking automatically
4. What gets logged: the settings you used, the accuracy you got, the model file itself
5. Reading the MLflow dashboard - a visual table where every run is a row
6. Hands-on lab: train a simple model three times with different settings, then open MLflow and pick the best one
1. Why a model that only lives in a Jupyter notebook is useless to anyone else
2. Saving a trained model to a file using joblib - two lines of code
3. Loading that file in a completely separate script and using it to predict
4. What an API is - the waiter analogy: you give an order, you get a result back
5. Building a five-line Flask API that accepts data and returns your model's prediction
6. Running it locally and testing it by visiting a URL in your browser
7. Hands-on lab: train a model, save it, and build a working Flask API that anyone on your network can call
1. The classic problem: it works on your laptop but crashes on the server
2. What a container is - a lunchbox analogy: everything your app needs, packed together
3. Installing Docker Desktop and running a test container with one command
4. What a Dockerfile is - a recipe that tells Docker how to package your app
5. Writing a basic Dockerfile for your Flask API from Module 4
6. Building the container image and running it locally
7. Hands-on lab: package your Flask API into a Docker container and confirm it still works exactly the same way inside the container
1. What data drift means - when the world changes but your model doesn't know it yet
2. The difference between data drift and concept drift, explained with a shopping habits example
3. Three simple things teams track: prediction confidence, output distribution, and actual accuracy over time
4. What a retraining trigger is - the rule that says "when accuracy drops below X, train a new model"
5. Hands-on lab: write a short Python script that logs predictions over time and prints a warning when accuracy falls below a threshold
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MLOps Fundamentals Course Fees and Batch Details

Online Class Room Program

US $ 199.00
100% Money Back Guarantee
  • Duration : 5 Hrs
  • Plus Self Paced

Classes Starting From

  • Fast Track Batch 25 Jun 2026
  • Weekday Batch 29 Jun 2026
  • Weekend Batch 27 Jun 2026

1 ON 1 Training

US $ 299.00
100% Money Back Guarantee
  • Duration : 5 Hrs
  • Plus Self Paced

Classes Starting From

  • Fast Track Batch 25 Jun 2026
  • Weekday Batch 29 Jun 2026
  • Weekend Batch 27 Jun 2026

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MLOps Fundamentals Certification

Earn an industry-recognized MLOps Fundamentals Certification from igmGuru and validate your understanding of modern machine learning operations. This certification demonstrates your ability to manage the ML lifecycle, automate workflows, implement CI/CD practices, monitor model performance, and support production-ready AI systems. Designed by industry experts, it helps learners showcase practical MLOps knowledge and strengthen their credentials for Machine Learning, AI, Data Engineering, and MLOps roles.

MLOps Fundamentals Certification

FAQs MLOps Fundamentals

MLOps (Machine Learning Operations) is a set of practices that combines machine learning, DevOps, and data engineering to automate, deploy, monitor, and manage machine learning models throughout their lifecycle.

This course is ideal for data scientists, machine learning engineers, software developers, DevOps professionals, cloud engineers, and anyone interested in deploying and managing machine learning models in production.

Basic knowledge of Python, machine learning concepts, software development, and cloud computing is helpful, but beginners can also follow this course with a willingness to learn.

The course introduces popular MLOps tools and concepts such as Docker, Kubernetes, CI/CD pipelines, model versioning, experiment tracking, monitoring, and cloud-based machine learning platforms.

MLOps helps organizations streamline the deployment and maintenance of machine learning models, improve collaboration between teams, ensure reproducibility, and accelerate the delivery of AI solutions.

MLOps skills can help you pursue roles such as MLOps Engineer, Machine Learning Engineer, AI Engineer, Data Engineer, Cloud Engineer, and AI Operations Specialist.

Yes. This course provides a strong foundation in MLOps concepts, workflows, and tools, preparing you for more advanced machine learning engineering, AI infrastructure, and model deployment responsibilities.

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