• Format — 3,000+ MCQs with instant explanations
• Duration — about 30 hours of focused practice, most learners spread it over 4–6 weeks
• Level — beginner to advanced; start from zero or skip to interview prep
• Cost — free, with a free completion certificate
• Audience — engineering students, MBA aspirants, banking and SSC candidates, working professionals brushing up for company-switch tests
• Companion track — pair with Python Fundamentals if you are prepping for tech-company placements

Four audiences get the most out of this course. Engineering students prepping for campus placements at TCS, Infosys, Wipro, Accenture, Cognizant or product-company aptitude rounds. MBA aspirants writing CAT, XAT, MAT, NMAT or CMAT. Banking and SSC candidates preparing for IBPS PO/Clerk, SBI PO, RRB, SSC CGL, SSC CHSL and railways exams. And working professionals brushing up before a company-switch aptitude test or a competitive-exam attempt after a few years off.

If you are studying for the GRE quantitative section or GMAT problem-solving, the foundational chapters (number systems, percentages, ratios, algebra) map cleanly — only the question framing changes.

Foundations — arithmetic core

• Introduction to Quantitative Aptitude — how QA is tested in competitive exams and the problem-solving strategies that compound across topics
• Number System — number types and properties, divisibility and factors, remainders and cyclicity, sets and Venn diagrams
• HCF & LCM — HCF and LCM methods and the applied word problems they unlock (intervals, periodic events, pipes)
• Percentages — basics, reverse and net percentage, percentage word problems
• Ratios & Proportions — ratio concepts, proportion and variation, partnership

Depth — word problems and business arithmetic

• Averages & Mixtures — averages, mixtures and alligation, age problems
• Profit, Loss & Discount — P&L basics, discount, advanced P&L (false weights, dishonest dealers, successive discounts)
• Simple & Compound Interest — SI, CI, and the interest-application sums (instalments, present value, growth)
• Time & Work — work and efficiency, time-and-work word problems, pipes and cisterns
• Time, Speed & Distance — speed-distance-time fundamentals, trains, boats-streams and clocks

Interview readiness — algebra, geometry, counting and applied

• Algebra & Progressions — linear and quadratic equations, inequalities, arithmetic and geometric progressions, surds and indices
• Geometry & Mensuration — lines, angles and triangles, quadrilaterals and circles, mensuration of 2D and 3D figures
• Permutation, Combination & Probability — permutations, combinations, probability including conditional probability
• Quantitative Aptitude in Practice — concept comparisons, problem-approach selection, applied scenarios (the meta-skill of picking the right tool under time pressure)

Quant and logical reasoning (LR) are tested together in almost every placement and banking exam, but they need very different prep. Quant is formula-and-shortcut heavy — you cannot reason your way through a compound-interest sum without knowing the formula. LR is pattern-and-elimination heavy — you can crack a seating-arrangement puzzle with zero formulae if you read carefully.

For most candidates, quant is the higher-leverage place to start. The syllabus is finite (around 14 chapters), the patterns repeat across exams, and a wrong question rarely lets you guess your way to the right answer the way some LR questions do. Build the quant base first, then layer LR on top in the last 2–3 weeks before the exam.

Active recall under time pressure beats passive reading every time. The traditional approach — read a chapter, work through 10 examples, attempt 20 exercises — feels productive but leaves most learners unable to actually solve a fresh question in 60 seconds. The reason is recognition vs retrieval: you can recognise a familiar question type, but the exam asks you to retrieve the right approach from scratch.

MCQ practice with immediate feedback fixes that. You attempt the question cold, commit to an answer, and if you got it wrong, read the explanation right then — when the gap is fresh in your head. After 50–100 questions in a topic you stop seeing "problem types" and start seeing the underlying structure.

You get one question at a time. You pick an option. If you got it right, you move on. If you got it wrong, the worked solution opens with the trap explained — the wrong shortcut, the unit mistake, the off-by-one. The AI guide tracks which topics you are leaking marks on and surfaces more of those questions in your next session.

Topic-wise practice is the default, but you can also run mixed sets — 30 questions sampled across all 14 topics, at exam-style time pressure. That is the mode most candidates use in the last 7 days before a placement test.

At about 35 seconds per question — enough to read the stem, set up, solve and skim the explanation on a miss — 3,007 questions is around 1,800 minutes, or 30 hours of focused practice. Most candidates spread that over 4–6 weeks at 45–60 minutes a day. If you are doing a sprint for a placement test two weeks out, 90 minutes a day gets you through the high-frequency topics (percentages, profit-loss, time-speed-distance, time-work, ratios, number system) with time to spare.

The honest truth: you will not finish all 3,000 questions before your first exam. Aim to clear the top 8 chapters cold, then revisit weaker chapters as you have time.

If you are prepping for tech-company placements, pair this with Python Fundamentals — most product companies pair an aptitude test with a coding round, and the two prep tracks don't overlap. For MBA aspirants, follow this with a dedicated DI & LR set (verbal reasoning, data interpretation, puzzles) closer to the exam date. For banking and SSC candidates, layer in current affairs and English at the same time — quant alone is rarely enough to clear the cut-off.

Whatever the path, the quant base you build here is the same one every selection round will lean on. Get this solid first.