Complete CSAT Syllabus Guide | Preferred Sequence to Learn CSAT (UPSC/MPSC)

Understand cardinal/intercardinal directions, left-right turns, and shadow-based direction problems.

Master linear, circular, and double-row seating puzzles that appear frequently in CSAT.

Learn odd-days concept, leap years, and how to find any day of the week using Zeller’s formula.

Decode family tree diagrams, coded blood relation statements, and multi-generation puzzles.

Calculate angles between clock hands, find coincidence/opposite times, and solve faulty clock problems.

Master base-percentage calculations, successive changes, and percentage error problems.

Solve CP/SP, discount, markup, and dishonest dealings problems with structured shortcuts.

Apply ratios to mixtures, work, speed, and dividing quantities proportionally.

Calculate profit-sharing for simple and compound partnerships with varying time periods.

Work with weighted averages, alligation method, and replacement/mixture problems.

Solve linear equations involving present, past, and future age relationships.

Identify patterns in alphabetical sequences — skips, reversals, and positional codes.

Decode letter-shift, symbol substitution, and number-based coding patterns.

Recognize arithmetic, geometric, Fibonacci, and mixed-rule number sequences.

Master divisibility, LCM/HCF, remainders, unit digits, and prime factorisation.

Determine ranking positions and order of events from given relational clues.

Solve relative speed, average speed, and meeting-point problems with the DST triangle.

Apply TSD concepts to train crossings and boat-stream upstream/downstream problems.

Calculate combined work rates, pipe-filling problems, and efficiency-based puzzles.

Solve filling, emptying, and simultaneous pipe problems using LCM-based approach.

Apply Aristotelian logic, Venn diagram method, and coded syllogism statements.

Count arrangements and selections using nPr, nCr, and complementary counting.

Calculate simple, conditional, and compound event probabilities with real-world contexts.

Interpret bar graphs, pie charts, line graphs, and tables to answer calculation-based questions.

Determine which statements are sufficient to answer a given question — without solving it fully.

Master if-then, biconditionals, negation, and DeMorgan’s laws for statement logic.

Solve painted cube cutting problems — faces, edges, and corner pieces with formula-based approach.

Read dice positions, opposite faces, and open dice (net) problems accurately.

Identify patterns, mirror images, paper folding, and embedded figure problems.

Solve grid-based, scheduling, and deduction puzzles that test multi-condition reasoning.