Rigorous Economics, Mathematics and Statistics—built for both objective and descriptive problem solving.
Prepare for the Master of Science in Quantitative Economics (MSQE) admission test through concept-first teaching, mathematical problem solving, objective practice for PEA, descriptive training for PEB, PYQs, tests and structured guidance.
The latest published admission cycle used two compulsory written papers: PEA in the forenoon and PEB in the afternoon. Both test Mathematics and Economics, but they demand different ways of thinking and presenting solutions.
ISI questions often expose shallow preparation quickly. Students need the Economics, the Mathematics behind it, and the ability to show a complete argument when the paper turns descriptive.
Start with economic intuition and mathematical fundamentals before attempting advanced ISI-level problems.
Use topic-wise practice and PYQs to recognise patterns, avoid calculation traps and improve objective-paper efficiency.
Practise complete derivations, structured solutions and written explanations—not just final answers.
A strong ISI MSQE plan develops the same core concepts twice: first for fast objective application, then for deeper descriptive reasoning.
PEA rewards recognition, efficient calculation and the ability to move between Economics and Mathematics without getting stuck on one problem.
PEB demands complete working, derivations and logically presented answers. Students need practice in both solving and communicating the solution.
Choose Anushasan for PEB descriptive preparation, Tapasya for the Mathematics + Statistics foundation used across PEA and PEB, Brahmastra for year-wise PEA PYQ practice, the PEB Master Test Series for exam-condition subjective mocks, or the broader MA Economics programmes if you need complete multi-exam preparation.
Discipline is the syllabus. Complete PEB coverage + subjective mock test series.
The Anushasan cycle, every week: assignment lands Wednesday (7–10 questions on one topic, PYQs + new problems) → you attempt it on your own → every question discussed in the Sunday live class.
The Mathematics and Statistics foundation that both PEA and PEB stand on.
Why maths first: both ISI papers test Mathematics alongside Economics, and it is the maths that decides who finishes the paper. Tapasya builds that ground from basics to ISI level before the mocks ever begin.
Solve. Submit. Master. Every PEA paper from 2004 to 2026 in a real quiz simulator.
Not a solutions PDF. You attempt the paper in the simulator, submit, see your performance, and only then read the full solution to every question. The way you should practise for a timed MCQ paper.
Write the paper before you write the paper. Subjective mocks with personal feedback.
Best for students who want a strong common foundation plus scheduled live teaching, daily practice and dedicated ISI subjective preparation.
Best for students who need complete concept coverage and practice but cannot commit to scheduled live classes.
ISI MSQE preparation is quantitative by design. The strongest approach is to keep the mathematical tool and the economic application connected from the beginning.
Algebra, sequences and series, permutations and combinations, polynomial equations, linear algebra, vector spaces, matrices, eigenvalues, calculus, multivariable differentiation, integration, convexity and constrained optimization.
Elementary probability, measures of central tendency and dispersion, correlation and regression, probability distributions and standard distributions including Binomial and Normal.
Consumer behaviour, production, perfect competition, monopoly, price discrimination, Cournot and Bertrand competition, strategic interaction, public goods, externalities, general equilibrium and welfare economics.
National income accounting, Keynesian income determination, multiplier, IS-LM, aggregate demand and supply, money, banking, inflation, Phillips curve, open economy macroeconomics and growth models.
A topic is not finished when you understand the lecture. It should survive an objective question, a difficult numerical problem and a descriptive derivation.
Build the economic intuition and understand what the model is trying to explain.
Translate the intuition into equations, calculus, probability, graphs or optimization.
Use objective practice to improve speed, recognition and efficient calculation.
Practise derivations, complete working and logically structured descriptive answers.
Use feedback and tests to return to the exact conceptual or mathematical gap costing marks.
The goal is not to turn ISI into a bigger MCQ course. The preparation system should build enough mathematical comfort to solve unfamiliar problems and enough written discipline to explain them cleanly.
Understand the model and intuition before using formulas or attempting advanced problems.
Build algebra, linear algebra, calculus and optimization as tools for quantitative Economics.
Use topic tests and PYQs to improve recognition, speed and problem-selection under pressure.
Practise complete derivations, solution structure, logical flow and mathematical presentation.
Use test history, mock performance and weak-area review to make revision more targeted.
Get support not only on answers, but also on what to study next and how to improve written work.
The latest published MSQE eligibility allows a Bachelor’s degree of three or more years in any discipline. That makes ISI accessible to students from Engineering, Statistics, Commerce, Management and other backgrounds—but the entrance itself remains mathematics-intensive.
Non-Economics students should therefore start earlier, build the quantitative foundation first, and avoid jumping directly into PEA mocks or PEB descriptive sets.
Algebra, functions, calculus, matrices, probability and optimization comfort.
Micro and Macro intuition before advanced mathematical application.
Objective questions, PYQs, speed and efficient calculation.
Derivations, full solutions, logical structure and written presentation.
Ravit Thukral is a Delhi School of Economics alumnus and former lecturer at St. Stephen's College, University of Delhi. His teaching approach focuses on making technical Economics easier to reason through before students are asked to perform under competitive-exam pressure.
Real student videos are more useful than generic claims. Watch how students describe the teaching, preparation structure and support in their own words.
Use Haq Se Economics' ISI resources to understand the selection structure, inspect previous papers and build a more realistic preparation plan.
Use previous PEA and PEB papers to understand the level of objective and descriptive problem solving expected.
View PYQs →Understand eligibility, the PEA/PEB structure and the broader ISI MSQE admission process.
View Exam Guide →Use a focused subject-wise list for Mathematics, Statistics, Microeconomics and Macroeconomics.
View Book Guide →Understand how to sequence concepts, Mathematics, PEA practice, PEB writing and revision.
Read Strategy →Build the Mathematics and Economics foundation first, train PEA for speed, and give PEB enough written practice to make rigorous problem solving repeatable.
