Video Lectures of Question Bank for GATE Computer Science Engineering for Computer Science Engineering (CSE) Exam
Free Video Lectures for GATE CSE Covering Core Computer Science Topics
Preparing for GATE Computer Science Engineering requires a solid grasp of both theoretical and applied concepts, and video lectures make that journey significantly more accessible. This question bank course includes free video lectures spanning subjects like Operating Systems, Database Management, Theory of Computation, Computer Networks, and more. Each lecture is crafted to break down complex topics into digestible segments, helping aspirants build conceptual clarity from the ground up. Whether you are starting fresh or reinforcing existing knowledge, these videos provide a structured learning path aligned with the GATE CSE syllabus.
Database Management System (DBMS)
| Relational Algebra Basics - 1 21:36 min |  |
| Relational Algebra Basics - 2 05:44 min | |
| Relational Algebra Basics - 3 09:06 min | |
| Relational Algebra Basics - 4 12:34 min | |
| Relational Algebra Basics - 5 22:42 min | |
| Relational Algebra Division Operators - 1 18:42 min | |
| Relational Algebra Division Operators - 2 23:50 min | |
| Relational Algebra Division Operators - 3 13:32 min | |
| Normal Forms 1NF, 2NF, 3NF & BCNF 12:44 min | |
| Normalization Covers & Canonical Cover 45:49 min | |
| Deadlock Prevention Algorithm 19:37 min | |
| SQL Set Operations 14:55 min | |
| Relational Algebra Sets Unions & Join Operators 09:13 min | |
| Introduction to Normalization, Functional Dependency & Axioms 52:10 min | |
| Introduction To E-R Diagrams & Class Hierarchies 54:26 min | |
| Normalization Attribute Closure 54:48 min | |
| Normalization-Decomposition & Lossless Join Property 56:33 min | |
| Normalization-Dependency Preserving 119:01 min | |
Operating System
| Introduction to OS, Its Roles & Types 21:49 min | |
| CPU Sharing, Race Conditions, Synchronization & CPU Scheduling 35:04 min | |
| Memory Management: Process, Fragmentation & Deallocation 19:10 min | |
| What is an Interrupt? 18:13 min | |
| How to Prevent Buffer Overflow Attacks? 20:05 min | |
| Virtual Memory & Demand Paging 21:44 min | |
Theory of Computation
| Properties of R.E Sets 20:05 min | |
| Introduction to Turing Machine 08:05 min | |
| Recursive & Recursively Enumerable Languages 43:02 min | |
Quick Revision Videos to Strengthen Your GATE Computer Science Preparation
With the GATE exam demanding both breadth and depth of knowledge, quick revision videos serve as an invaluable tool in the final weeks of preparation. Topics such as Asymptotic Analysis, Relational Algebra, Linear Algebra, and Virtual Memory are covered in focused sessions designed to reinforce key ideas efficiently. These revision-oriented videos are especially useful for revisiting areas where you need a confidence boost before the exam. Structured around the most frequently tested concepts, they help you consolidate your understanding without losing time.
- Covers high-weightage areas like Algorithms, DBMS, and Computer Networks
- Ideal for last-minute revision of formulas, theorems, and problem-solving strategies
- Presented in a concise format to maximize retention in minimum time
- Aligned with the latest GATE CSE exam pattern and question trends
Computer Networks
| Introduction to Computer Networks 08:08 min | |
Computer Architecture & Organisation (CAO)
| Problems on Set Associative Mapping - 1 21:12 min | |
| Problems on Set Associative Mapping - 2 10:24 min | |
Compiler Design
| Introduction to Compiler Design 05:39 min | |
One-Shot Video Lectures on GATE CSE Algorithms and Data Structures
Algorithms and Data Structures consistently carry significant weight in the GATE Computer Science exam, making it essential to have a thorough command of these subjects. The course offers in-depth one-shot video lectures covering topics like Sorting, Searching, Heaps, Binary Search Trees, Graph Algorithms, and Dynamic Programming. Each video is designed to walk you through fundamental concepts and problem-solving techniques in a single, comprehensive session. These lectures are particularly helpful for aspirants who want to cover an entire topic efficiently without jumping between multiple resources.
Programming & Data Structures
| Basics of Asymptotic Analysis - 1 06:32 min | |
| Basics of Asymptotic Analysis - 2 03:10 min | |
| Basics of Asymptotic Analysis - 3 09:50 min | |
| Basics of Asymptotic Analysis - 4 07:44 min | |
| Basics of Asymptotic Analysis - 5 12:15 min | |
| Guidelines for Asymptotic Analysis - 1 05:04 min | |
| Guidelines for Asymptotic Analysis - 2 08:26 min | |
| Solved Problem: Asymptotic Analysis - 1 07:23 min | |
| Solved Problem: Asymptotic Analysis - 2 03:49 min | |
| Solved Problem: Asymptotic Analysis - 3 04:07 min | |
| Time Analysis of Recursive Program 24:36 min | |
| Introduction to Heaps 39:43 min | |
Discrete & Engineering Mathematics
| Introduction to Matrices 11:51 min | |
| Linear Algebra: Determinants 43:30 min | |
| Linear Algebra: Rank of Matrix 31:43 min | |
| Linear Algebra: System of Linear Equations 58:49 min | |
| Linear Algebra: Eigenvalues & Eigenvectors 61:30 min | |
| Parametric Representations of Lines 24:46 min | |
| Probability: Basic Definitions 21:55 min | |
| Probability: Rules of Probability 14:56 min | |
| Probability: GATE Questions 35:02 min | |
| Calculus: Limit & Continuity 14:55 min | |
| Calculus: Indeterminate Forms 12:13 min | |
| Calculus: Indeterminate Form 19:37 min | |
| Calculus: Indeterminate Form 16:50 min | |
| Maxima & Minima: Single Variable 14:42 min | |
| Maxima & Minima: Two Independent Variable 18:46 min | |
| Vector Calculus: Basics 19:53 min | |
| Vector Calculus: Gradient & Directional Directive 14:27 min | |
| Vector Calculus: Divergence & Curl 22:02 min | |
