Computer Science Engineering (CSE) Syllabus:1. Quantitative Aptitude:- Number systems
- Simplification
- Average
- Percentage
- Ratio and proportion
- Profit and loss
- Time and work
- Time, speed, and distance
- Permutation and combination
- Probability
- Data interpretation
2. Work and Time:- Work efficiency
- Time and work problems
- Work and wages
3. Percentage:- Basic concepts
- Calculation of percentage
- Percentage increase/decrease
- Profit and loss using percentage
4. Average:- Average of numbers
- Average of ages
- Average of percentages
5. Permutation and Combination:- Fundamental principles
- Permutations
- Combinations
- Applications in probability
6. Mixture and Allegation:- Basic concepts
- Problems on mixing two or more quantities
- Problems on allegations
7. Profit and Loss:- Cost price, selling price, and profit/loss
- Profit and loss percentage
- Successive discounts
8. Ratio and Proportion:- Ratios and their simplification
- Proportions
- Mixtures and solutions
9. Boat and Stream:- Upstream and downstream speed
- Speed of boat in still water
- Problems on distance and time
10. Probability:- Basic probability concepts
- Addition and multiplication rules
- Conditional probability
- Bayes theorem
11. Statistics:- Data collection and presentation
- Measures of central tendency
- Measures of dispersion
- Probability distributions
12. Direction:- Cardinal directions
- Angle measurements
- Directions and distance
13. Number System:- Real numbers
- Integers
- Rational and irrational numbers
- Prime numbers and factors
14. Speed and Distance:- Average speed
- Relative speed
- Problems on time, speed, and distance
15. Data Interpretation:- Tabular data interpretation
- Bar graphs and pie charts
- Line graphs and histograms
16. Syllogism:- Basic syllogism concepts
- Types of syllogism
- Venn diagrams
17. H.C.F and L.C.M:- Highest common factor (H.C.F)
- Lowest common multiple (L.C.M)
- Prime factorization method
18. Dice:- Basic concepts of dice
- Problems on dice
19. Simple and Compound Interest:- Simple interest formulas
- Compound interest formulas
- Applications in finance
20. Compound Interest:- Compound interest calculations
- Compound interest with different time periods
21. Clock:- Analog and digital clocks
- Time calculations on clocks
22. Calendar:- Leap years
- Calculation of day on a given date
- Problems on finding dates
By following this comprehensive syllabus, students pursuing Computer Science Engineering (CSE) will gain a strong foundation in quantitative aptitude and problem-solving skills.
This course is helpful for the following exams: Civil Engineering (CE), Computer Science Engineering (CSE), Electrical Engineering (EE), Electronics and Communication Engineering (ECE), Mechanical Engineering