NoSQL & Big Data Track

MongoDB and NoSQL Databases

Break free from rigid schemas. Learn to design, query, and horizontally scale flexible NoSQL databases using MongoDB to handle massive volumes of unstructured modern application data.

10 Weeks
Intermediate
3 Credits

About This Course

Modern applications—like social media platforms, IoT networks, and real-time analytics engines—generate data that doesn't fit neatly into traditional rows and columns. NoSQL databases were created to solve this problem, offering high performance, high availability, and easy scalability.

This course focuses heavily on MongoDB, the industry-leading document database. You'll learn how to model data using JSON-like documents, perform powerful aggregations, build scalable architectures using replica sets, and integrate MongoDB with modern web backends.

Skills You Will Gain

MongoDB Architecture NoSQL Data Modeling JSON & BSON Aggregation Framework Indexing & Performance MongoDB Atlas

Course Syllabus

Module 1: Intro to NoSQL & MongoDB Setup

Understand the shift from relational (SQL) to non-relational (NoSQL) databases. Install MongoDB locally, set up a cluster in MongoDB Atlas, and perform basic CRUD operations via the Mongo Shell.

Module 2: Document Data Modeling

Learn to think in documents, not rows. Master the concepts of embedding vs. referencing data, and discover how to design schemas optimized for high read/write performance.

Module 3: Advanced Queries & Indexing

Retrieve complex data using MongoDB query operators ($gt, $in, $exists). Understand how MongoDB stores data internally and apply Indexing (single field, compound, text, and geospatial) to drastically speed up queries.

Module 4: The Aggregation Framework

Master MongoDB's most powerful tool for data analysis. Learn how to build multi-stage data processing pipelines to filter ($match), group ($group), sort ($sort), and project ($project) documents.

Module 5: Replication, Sharding & App Integration

Scale your database. Understand how Replica Sets provide high availability and how Sharding allows horizontal scaling across multiple servers. Finally, connect MongoDB to a Node.js/Python backend application.