CAT Exam 2026: Complete Guide to Syllabus, Eligibility, Exam Pattern, Top Colleges, and Preparation
- Manpreet Saluja
- Mar 6
- 11 min read
Updated: Mar 12

The Common Admission Test (CAT) is one of the most competitive entrance exams in India for students who want to pursue an MBA or postgraduate management program. Conducted every year by the Indian Institutes of Management (IIMs), the CAT exam acts as a gateway to some of the top business schools in the country.
Every year, over 2.5 lakh candidates appear for the CAT exam, competing for seats in 21 IIMs and many other prestigious MBA colleges. A good CAT score can help students secure admission into institutions like IIM Ahmedabad, IIM Bangalore, IIM Calcutta, FMS Delhi, and SPJIMR Mumbai.
In this guide, we will cover everything you need to know about the CAT exam, including eligibility criteria, exam pattern, detailed syllabus, top colleges, application fees, and preparation strategy.
What is the CAT Exam?
The Common Admission Test (CAT) is a national-level management entrance examination used for admission into MBA and postgraduate management programs offered by the Indian Institutes of Management (IIMs) and several other top business schools.
The exam evaluates candidates in three key areas:
1. Verbal and Reading Comprehension Skills
Understanding Texts
Identifying Main Ideas
Interpreting Context
2. Logical Reasoning and Analytical Ability
Pattern Recognition
Critical Thinking
Problem Analysis
3. Mathematical and Quantitative Problem-Solving
Numerical Operations
Data Interpretation
Algebraic Concepts
CAT is conducted once every year, usually in November, and the results are typically announced in January.
CAT Exam Highlights
Feature | Details |
|---|---|
Exam Name | Common Admission Test (CAT) |
Conducting Body | Indian Institutes of Management (IIMs) |
Exam Mode | Computer-Based Test |
Exam Duration | 120 minutes |
Number of Sections | 3 |
Total Questions | Around 66 |
Exam Frequency | Once per year |
Score Validity | 1 year |
CAT Exam Eligibility Criteria
Before applying for the CAT exam, candidates must ensure they meet the eligibility requirements.
Educational Qualification
Candidates must have:
A Bachelor’s degree from a recognized university.
Minimum 50% marks for General, OBC, and EWS candidates.
Minimum 45% marks for SC, ST, and PwD candidates.
Students who are currently in the final year of graduation are also eligible to apply.
Age Limit
There is no age limit to appear for the CAT exam. Candidates from any academic background such as engineering, commerce, arts, science, or medicine can apply.
CAT Exam Pattern
Understanding the exam pattern is essential for effective preparation. The CAT exam consists of three sections, each with a fixed time limit.
Section | Number of Questions | Time Limit |
Verbal Ability & Reading Comprehension | 24 | 40 minutes |
Data Interpretation & Logical Reasoning | 20 | 40 minutes |
Quantitative Aptitude | 22 | 40 minutes |
Key Points
Total exam duration: 120 minutes
Each section has a separate time limit
Candidates cannot switch between sections during the exam
CAT Exam Marking Scheme
Response Type | Marks |
Correct Answer | +3 marks |
Incorrect MCQ | -1 mark |
Non-MCQ Questions | No negative marking |
Non-MCQ questions are also called TITA (Type in the Answer) questions.
Detailed CAT Exam Syllabus
The CAT exam syllabus mainly focuses on English comprehension, logical reasoning, data interpretation, and mathematics.
1. Verbal Ability and Reading Comprehension (VARC)
The VARC section tests reading ability, grammar, vocabulary, and logical interpretation of written text.
Reading Comprehension Topics
Section | Topic | What Students Need to Understand |
Reading Comprehension (RC) | Passage Understanding | How to read long passages logically and identify the main idea |
Main Idea / Central Idea | Identify the core argument or central theme of the passage | |
Primary Purpose | Understand why the author wrote the passage | |
Passage Structure | Recognize the structure of the passage (introduction, argument, conclusion) | |
Author’s Tone | Identify the author’s tone (critical, analytical, neutral, sarcastic, etc.) | |
Author’s Opinion | Understand the author’s viewpoint | |
Inference Questions | Logically infer information not directly stated in the passage | |
Fact-based Questions | Identify facts directly mentioned in the passage | |
Vocabulary in Context | Understand the meaning of difficult words using context clues | |
Paragraph Role | Determine the role of a paragraph within the passage | |
Paragraph Meaning | Identify the main idea of a specific paragraph | |
Title Selection | Choose the most suitable title for the passage | |
Theme Identification | Identify the main theme of the passage | |
Example-based Questions | Understand the purpose of examples provided by the author | |
Statement Verification | Determine which statements are correct according to the passage | |
Implication Questions | Identify the implications drawn from the passage | |
Tone Change | Detect any shifts in tone within the passage | |
Comparative Passage Questions | Compare ideas between two passages | |
RC Passage Types | Philosophy Passages | Abstract ideas and philosophical arguments |
Economics Passages | Economy, markets, and policy-related topics | |
Sociology Passages | Society, culture, and human behavior | |
Science Passages | Biology, physics, and environmental topics | |
Technology Passages | AI, internet, and digital transformation | |
History Passages | Historical analysis | |
Business Passages | Management, companies, and markets | |
Political Passages | Governance and public policy | |
Critical Reasoning (CR) | Argument Structure | Identify the premise and conclusion of an argument |
Premise Identification | Recognize supporting evidence of an argument | |
Conclusion Identification | Identify the final claim of an argument | |
Assumption | Detect hidden assumptions in an argument | |
Strengthen the Argument | Identify statements that make the argument stronger | |
Weaken the Argument | Identify statements that weaken the argument | |
Evaluate the Argument | Determine whether the argument is logically strong or weak | |
Inference Logic | Draw logical conclusions from given information | |
Cause and Effect | Recognize cause-effect relationships | |
Analogy Reasoning | Compare similar logical structures | |
Logical Fallacies | Identify incorrect reasoning | |
Paradox Questions | Explain contradictory situations | |
Course of Action | Decide the best logical action for a situation | |
Argument Completion | Complete an argument logically |
Common reading passages may come from business, economics, psychology, philosophy, technology, and social sciences.
Verbal Ability Topic
VA Topic | What It Means | What to Focus On |
Para Jumbles (PJ) | Sentences are given in a random order. You need to arrange them to form a meaningful paragraph. | Flow of ideas, logical sequence, connectors, identifying starting and ending sentences. |
Odd Sentence Out / Sentence Insertion | A sentence in a paragraph either doesn’t belong or needs to be added. | Main idea of the paragraph, coherence, logical placement, transitions between sentences. |
Summary / Paragraph Summary | Condense a passage into 1–3 sentences capturing the main points. | Main idea, essential supporting points, avoid minor details, retain the essence. |
Sentence Completion | Fill in the blank with the correct word or phrase to complete the sentence. | Meaning of the sentence, grammar, context, and appropriate vocabulary. |
Important Note
Even though Critical Reasoning (CR) is not asked as a separate topic in the VARC section of the Common Admission Test, CR skills play an important role in solving Verbal Ability questions.
2. Data Interpretation and Logical Reasoning (DILR)
The DILR section evaluates analytical thinking and the ability to interpret complex data.
Data Interpretation Topics
Section | Topic | What Students Need to Understand |
Table-Based DI | Simple Tables | Interpret numerical data presented in rows and columns |
Complex Tables | Analyze tables containing multiple variables and categories | |
Data Comparison | Compare numerical values across different categories | |
Missing Data Tables | Deduce missing values using logical calculations | |
Bar Graph DI | Simple Bar Graph | Interpret bar graphs representing a single variable |
Multiple Bar Graph | Compare data across multiple categories using bar charts | |
Stacked Bar Graph | Analyze cumulative values shown in stacked bars | |
Percentage Bar Graph | Understand percentage distribution across categories | |
Line Graph DI | Single Line Graph | Identify trends and patterns over time |
Multiple Line Graph | Compare trends between multiple datasets | |
Trend Analysis | Identify increases, decreases, and fluctuations in data | |
Pie Chart DI | Percentage Distribution | Interpret proportional distribution of categories |
Angle-based Calculation | Convert angles into percentages and vice versa | |
Comparative Pie Charts | Compare data between two or more pie charts | |
Mixed Graph DI | Graph Combination | Interpret data presented in multiple graph formats |
Multi-source Data | Combine information from different charts or tables | |
Caselet DI | Paragraph-based Data | Extract numerical information from textual data |
Data Extraction | Identify relevant numbers from descriptive passages | |
Logical Calculation | Perform calculations based on extracted data | |
Calculation-Based DI | Percentage Change | Calculate increase or decrease in values |
Ratio & Proportion | Determine relationships between numerical values | |
Average Calculation | Compute mean values from datasets | |
Growth Rate | Calculate growth trends across periods | |
Approximation | Use estimation techniques to solve quickly | |
Data Comparison & Ranking | Ranking Problems | Determine highest, lowest, or ordered values |
Contribution Analysis | Identify the share of each category in the total |
Logical Reasoning Topics
Section | Topic | What Students Need to Understand |
Linear Arrangement | Single Row Arrangement | Arrange people or objects in a straight line based on positional clues |
Double Row Arrangement | Two rows of people facing same or opposite directions | |
Variable Arrangement | Arrangement with multiple attributes such as profession, color, city | |
Circular Arrangement | Circular Seating | People seated around a circular table |
Inward / Outward Facing | Determine orientation and position based on direction | |
Mixed Circular Puzzles | Combination of seating and attributes | |
Rectangular / Square Arrangement | Table Arrangement | Seating around rectangular or square tables |
Edge vs Corner Positions | Identify corner and side positions | |
Distribution & Allocation | Group Formation | Divide people into teams or groups |
Item Distribution | Allocate objects such as books, gifts, or tasks | |
Conditional Allocation | Allocation with multiple restrictions | |
Selection Problems | Committee Formation | Select members from a group |
Conditional Selection | Selection under specific constraints | |
Ranking & Ordering | Direct Ranking | Determine ranks from top or bottom |
Relative Ranking | Compare positions between individuals | |
Ranking with Attributes | Rank people based on multiple criteria | |
Games & Tournaments | Round Robin Tournament | Every participant plays with every other |
Knockout Tournament | Loser gets eliminated each round | |
League Table Analysis | Analyze match results and points tables | |
Score Calculation | Determine wins, losses, and draws | |
Maxima–Minima Problems | Maximum Value | Determine the highest possible value under constraints |
Minimum Value | Determine the lowest possible value under constraints | |
Boundary Condition Analysis | Identify extreme cases in logical conditions | |
Scheduling Problems | Time Scheduling | Assign time slots to tasks |
Event Scheduling | Arrange events based on conditions | |
Calendar Based Puzzles | Scheduling with days, weeks, or dates | |
Routes & Networks | Shortest Path | Find the shortest route between points |
Longest Route | Identify maximum distance routes | |
Network Connectivity | Analyze connections between nodes | |
Binary Logic | True / False Statements | Determine which statements are correct |
Knights & Knaves | Identify truth-tellers and liars | |
Statement Analysis | Evaluate logical consistency | |
Set-Based Reasoning | Venn Diagram Logic | Analyze overlapping groups |
Group Relationships | Identify common and exclusive members | |
Visual Reasoning | Dice Problems | Identify opposite faces, adjacent faces, and orientation after rotations |
Cube Problems | Count painted faces after cutting a cube into smaller cubes | |
Hidden Cubes | Determine number of cubes with specific painted faces | |
Matrix / Table Puzzles | Matrix Arrangement | Represent conditions in grid or table format |
Multi-variable Puzzle Sets | Solve puzzles involving several attributes | |
Miscellaneous Logical Puzzles | Direction-Based Logic | Analyze movement directions and final positions |
Family Relationship Puzzles | Identify relations between family members | |
Coding Pattern Logic | Identify logical patterns in codes |
3. Quantitative Aptitude (QA)
The Quantitative Aptitude section evaluates numerical ability, mathematical knowledge, and problem-solving skills.
1. Number System
Main Topic | Detailed Subtopics | What You Need to Learn |
Types of Numbers | Natural Numbers, Whole Numbers, Integers, Rational Numbers, Irrational Numbers, Real Numbers | Understanding different number categories and their properties |
Divisibility Rules | Rules for divisibility by 2, 3, 4, 5, 6, 8, 9, 11 | Quickly identifying whether a number is divisible |
Factors and Multiples | Prime factorization, total number of factors, common factors | Finding factors and multiples efficiently |
LCM and HCF | Prime factorization method, relationship between LCM and HCF | Solving problems involving common multiples or factors |
Remainders | Remainder concept, cyclicity of powers, remainder patterns | Finding remainders in large power calculations |
Even and Odd Numbers | Properties of even and odd numbers | Using number properties in problem solving |
Consecutive Numbers | Consecutive integers, sum of consecutive numbers | Solving integer based problems |
Unit Digit Patterns | Cyclic patterns of unit digits in powers | Fast calculation of unit digits |
Digit Based Problems | Sum of digits, digit manipulation, reversing numbers | Logical number puzzles |
Fractions | Proper fractions, improper fractions, simplification | Performing fraction operations |
Decimals | Terminating decimals, recurring decimals | Conversion between fractions and decimals |
Square and Cube Numbers | Perfect squares and perfect cubes | Identifying square and cube patterns |
Square Roots and Cube Roots | Simplification and approximation | Speed calculation methods |
2. Arithmetic
Main Topic | Detailed Subtopics | What You Need to Learn |
Percentages | Percentage basics, percentage increase and decrease, successive percentages | Applying percentage concepts in real problems |
Profit and Loss | Cost price, selling price, profit %, loss %, discount | Business related calculations |
Ratio and Proportion | Basic ratios, compound ratios, direct and inverse proportion | Relationship comparison between quantities |
Averages | Simple average, weighted average | Data distribution problems |
Mixtures and Allegations | Mixing different concentrations | Finding final concentration |
Partnership | Profit sharing based on investment and time | Business partnership calculations |
Simple Interest | Principal, rate, time, interest formula | Basic financial calculations |
Compound Interest | Annual, half yearly and quarterly compounding | Growth based calculations |
Time and Work | Work efficiency, LCM method | Finding time taken to complete work |
Pipes and Cisterns | Filling and emptying tanks | Work rate concepts |
Time Speed Distance | Speed, distance, time relationships | Motion problems |
Relative Speed | Motion in same and opposite direction | Two body motion |
Boats and Streams | Upstream and downstream speed | River motion problems |
Trains | Train crossing platform or another train | Length and speed based problems |
Circular Motion | Motion on circular tracks | Race track problems |
3. Algebra
Main Topic | Detailed Subtopics | What You Need to Learn |
Linear Equations | Single variable equations, two variable equations | Solving algebraic equations |
Quadratic Equations | Roots of quadratic equation, discriminant, nature of roots | Polynomial equation solving |
Inequalities | Linear inequalities, quadratic inequalities | Finding ranges of solutions |
Algebraic Identities | Standard identities such as (a+b)², (a−b)² | Simplification and expansion |
Polynomials | Factor theorem, remainder theorem | Manipulating polynomial expressions |
Functions | Domain, range, types of functions | Understanding input-output relationships |
Progressions | Arithmetic Progression (AP), Geometric Progression (GP) | Finding nth term and sum of series |
Exponents | Laws of exponents, exponential equations | Simplifying large powers |
Logarithms | Logarithmic rules, log equations | Converting exponential forms |
Surds | Simplification of radical expressions | Rationalizing denominators |
Modulus | Definition of modulus, Modulus equations, Modulus inequalities, Graph of |x|, Case-based solving (positive & negative cases) | Definition of |x|, solving modulus equations, solving modulus inequalities, case-based approach (positive & negative values), basic graphs of |x| |
4. Geometry
Main Topic | Detailed Subtopics | What You Need to Learn |
Lines and Angles | Parallel lines, transversal angles | Angle relationships |
Triangles | Types of triangles, similarity, congruence | Triangle properties and theorems |
Quadrilaterals | Square, rectangle, rhombus, parallelogram, trapezium | Properties of quadrilaterals |
Polygons | Interior and exterior angles | Polygon formulas |
Circles | Tangents, chords, arcs, sectors | Circle geometry concepts |
Coordinate Geometry | Distance formula, midpoint formula, equation of line | Geometry on coordinate plane |
Geometry Theorems | Pythagoras theorem, triangle rules | Conceptual geometry problems |
5. Modern Mathematics
Main Topic | Detailed Subtopics | What You Need to Learn |
Permutations | Arrangements of objects | Counting ordered arrangements |
Combinations | Selection of objects | Counting selections |
Probability | Basic probability, conditional probability | Chance and likelihood of events |
Set Theory | Union, intersection, Venn diagrams | Logical grouping problems |
Functions and Graphs | Linear graphs, quadratic graphs | Graph interpretation |
Top Colleges Accepting CAT Scores
College | Location | Approx CAT Percentile |
IIM Ahmedabad | Ahmedabad | 99+ |
IIM Bangalore | Bangalore | 99+ |
IIM Calcutta | Kolkata | 99+ |
IIM Lucknow | Lucknow | 97–98 |
IIM Kozhikode | Kozhikode | 97–98 |
IIM Indore | Indore | 97+ |
Other Top MBA Colleges
College | Location |
FMS Delhi | Delhi |
SPJIMR Mumbai | Mumbai |
MDI Gurgaon | Gurgaon |
IIT Delhi (DMS) | Delhi |
IIT Bombay (SJMSOM) | Mumbai |
IMT Ghaziabad | Ghaziabad |
XIMB Bhubaneswar | Bhubaneswar |
Does Profile Matter for IIMs After CAT?
Yes, the overall profile of a candidate is important for admission into the Indian Institutes of Management (IIMs), in addition to the CAT percentile.
Although a high CAT percentile is essential for getting shortlisted, most IIMs take into account several other factors during the shortlisting process for the Personal Interview (PI) round.
Factors Considered by IIMs for Shortlisting
Factor | Description |
CAT Percentile | Overall and sectional CAT scores |
Academic Performance | Marks in Class 10, Class 12, and Graduation |
Work Experience | Professional work experience (if any) |
Academic Background | Engineering or Non-Engineering degree |
Gender Diversity | Some IIMs give extra points to female candidates |
CAT Exam Application Fee
Category | Application Fee |
General / OBC / EWS | ₹2600 |
SC / ST / PwD | ₹1300 |
Applications must be submitted online through the official CAT website.
CAT Preparation Strategy
Preparing for CAT requires consistent practice and a clear study strategy.
1. Build Strong Fundamentals
Focus on the basic concepts of mathematics, reasoning, and English.
2. Practice Mock Tests
Mock tests help improve speed, accuracy, and time management.
3. Improve Reading Skills
Reading newspapers and books helps improve vocabulary and comprehension.
4. Analyze Mistakes
Always review your mistakes after mock tests to improve performance.
CAT Exam Timeline and Admission Process
Stage | Expected Time |
CAT Notification | July |
Registration Start | August |
Registration Last Date | September |
Admit Card Release | October |
CAT Exam | November |
Result Declaration | January |
WAT / GD / PI | February – April |
Final Admission Offers | April – May |
Admission Process After CAT
Clearing CAT is only the first step in getting admission to MBA colleges. Understanding the subsequent stages is crucial for aspiring candidates. Here's a comprehensive look at the admission process that follows the CAT examination.
Step 1: Shortlisting
Colleges shortlist candidates based on their CAT percentile and academic performance. This initial filter is essential to identify those who meet the minimum criteria for further evaluation.
Step 2: Written Ability Test (WAT)
Candidates may need to write a short essay to evaluate their analytical and writing skills. This step assesses not only your ability to articulate thoughts but also your critical thinking capabilities.
Step 3: Group Discussion (GD)
Some colleges conduct group discussions to test candidates' communication and teamwork skills. This interactive format allows evaluators to see how candidates interact with peers and contribute to group dynamics.
Step 4: Personal Interview (PI)
The personal interview evaluates a range of important attributes, including:
Academic knowledge
Communication skills
Personality and confidence
Career goals
Final admission depends on overall performance in all stages, so it’s essential to prepare thoroughly for each component of the process.
Conclusion
The CAT exam is the gateway to some of the best MBA colleges in India, including the prestigious Indian Institutes of Management. With proper preparation, a clear understanding of the syllabus, and consistent practice, students can achieve a high percentile and secure admission into top management institutes.
A strong CAT score can open the door to excellent academic opportunities and leadership roles in the corporate world.

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