◆ Execution · Quant

QA Roadmap, week by week

Your full Quant plan from today to exam day, sequenced from the basics up and mapped to your three daily QA blocks (6:30, 12:30, 8:15). Arithmetic to mastery first, then Numbers → Algebra → Geometry → Modern Math.

11chapters
23weeks
3daily QA blocks

How to use your three daily QA blocks

Your calendar gives QA ~6.5 hrs/day across three slots. Use them with different intent so reps compound instead of repeating:

6:30-9:00 · QA 1
New concept + learn. Open the week's chapter, read the formula sheet (now with explanations + basic examples), then solve ~15-20 easy→moderate questions with the on-page timer. Freshest mind = hardest learning.
12:30-2:30 · QA 2
PYQ practice. Grind that chapter's CAT PYQs using the difficulty filter (easy first, then moderate, then hard). Mark every wrong one for the error log.
8:15-10:30 · QA 3
Revision + mixed bag. Redo the day's wrong questions untimed, re-read the formula sheet, then a short mixed set from earlier chapters so nothing goes stale.
Two principles (1) Easy-first, always, finish all the easy questions of a topic before touching its hard ones; confidence + speed come from volume on easy. (2) Spiral back, every QA 3 block revisits an old chapter, so week-1 percentages are still sharp in week 11.

Phase 1 · Concept Build , Jun 19 → Aug 31

Cover every QA chapter once, formula sheet + all easy/moderate PYQs. Hard questions are tagged but deferred to Phase 2.

WeekChapter focus (QA 1 + QA 2)Spiral revision (QA 3)Target
Wk 1Percentages + Ratio & ProportionBoth formula sheets + all easy/mod PYQs
Wk 2Averages, Mixtures & Alligation + Profit & LossPercentages, RatioAll easy/mod PYQs
Wk 3Simple & Compound Interest + Time-Speed-Distance (start)Averages, P&LSI/CI done; TSD basics
Wk 4TSD (finish) + Time & Work · PipesSI/CI, early arithmeticArithmetic block complete
Wk 5Factors & Divisibility + HCF & LCMTSD, Time&WorkBoth sub-topics + PYQs
Wk 6Remainders + Bases + Cyclicity + FactorialsArithmetic mixedNumber System complete
Wk 7Equations + Quadratics + InequalitiesNumber SystemAll easy/mod PYQs
Wk 8Functions + Logs + Surds + ProgressionsAlgebra (early)Algebra complete
Wk 9Triangles + Circles + Lines & AnglesAlgebraAll easy/mod PYQs
Wk 10Polygons + Mensuration 2D/3D + CoordinateGeometry (early)Geometry complete
Wk 11P&C + Probability + Sets + SeriesGeometryModern Math complete , full syllabus once
End of Phase 1 checkpoint Every QA chapter seen once · all formula sheets memorised · all easy/moderate PYQs solved · 4-5 full mocks taken. Hard questions are flagged in your error log, ready for Phase 2.

Phase 2 · Application , Sep 1 → Oct 31

Mocks lead. Each week you fix the exact topics your mocks expose, and finally take on the hard-tagged questions.

The weekly loop2 mocks / week
QA 1
Attack hard PYQs of one chapter (use the difficulty filter → Hard). Learn the higher-order tricks.
QA 2
Re-solve every QA question you got wrong / slow in the latest mock; drill that topic's PYQs until the pattern clicks.
QA 3
Timed mini-sets (10 Qs in 20 min) mixing all chapters, build exam selection & speed. Update the error log.
Rotate the "hard chapter" weekly Sep: TSD → Number System → Algebra → Geometry. Oct: P&C/Prob → Mixtures → Functions → Mensuration. By end-Oct every chapter's hard tier has been attempted at least once.

Phase 3 · Peak & Taper , Nov

QA targets by month

By end ofQA mock %ile aimWhat "on track" looks like
August60-75All concepts known; accuracy still building
September75-85Arithmetic near-perfect; selection improving
October85-90Stable strategy; hard tier attempted
November88-92+Your target QA band locked in
Remember the blueprint You don't need 99%ile in every section. If QA is one of your strengths, push it to 97-99; if it's your tougher section, ~88-92 is plenty for a high overall. Scale it to your target and strengths via the planner.