How to Prepare Engineering Mathematics For GATE 2023?

By Abhinav Gupta|Updated : October 26th, 2022

Graduate Aptitude Test in Engineering (GATE) is one of the important exams conducted annually for admissions to postgraduate courses in eminent institutions throughout the country. According to the defined syllabus of the GATE exam, Engineering Mathematics is one of the subjects which bear a consistent 15% of total weightage from the last five to six years. Know all about how to prepare Engineering Mathematics for GATE 2023 in this article below.

How to prepare Engineering Mathematics For GATE 2023? Engineering Mathematics is one of the important topics to prepare for the GATE exam. The Engineering Mathematics for GATE exam is significant because it accounts for about 15 out of 100 marks. It will be simple for the candidates to perform well in GATE 2023 if they prepare well.

How to Prepare Engineering Mathematics For GATE 2023?

Though mathematics has been a formidable subject from school time when it comes to point of scoring it has been a boon for smart and hardworking students. When we script the syllabus of Engineering Mathematics it looks vast and conformable to take a large amount of time to complete. But if a candidate prepares it with proper strategy subject can be completed in a few days and a good number of the score can be pulled out from it. This article focuses on aspects of how to prepare for the Engineering Mathematics for the GATE Exam in a short interval of time to make that 15% countable in a final score.

Subject Analysis and Important Topics for Each Chapter

Whether the candidate has completed his graduation in Electrical, Mechanical, Civil, or any stream, Engineering Mathematics covers the same 15% weightage in every specialization. Therefore, for a candidate aiming to crack the GATE exam with a good score, Engineering Mathematics cannot be ignored. Talking about the syllabus of Engineering mathematics, it is almost the same for each specialization except for some topics like transform theory in Electrical and Electronics and Discrete Mathematics in Computer Science Engineering. Maintaining the universality of the article, each chapter with a preferred specialization has been described which also summarizes the important topics to cover for the GATE exam.

  • Linear Algebra (For all streams): While preparing for linear algebra candidate should have focused on Eigenvalues and vectors, rank and determinant of matrices, and systems of linear equations. Do not cover topics like basis vectors and the span of basis vectors to form an n-dimensional space.
  • Calculus (For all streams): From calculus, the candidate should focus on maxima and minima in single variable calculus. Vector calculus is a very important topic that covers Gradient, Divergence and Curls, and Vector Integral Theorems. Sometimes questions also arise from Limits.
  • Differential Equations (For all streams): the General question like finding the solution of the differential equation is asked in the GATE exam. Along with first-order equations, Bernoulli's Equation and Euler Differential Equation should also be covered.
  • Probability and statistics (For all streams): The candidate should be practicing more questions on Bayes’ Theorem, Random Variables like Poisson's Distribution, Statistics, mean, median, and mode concepts as well as the coefficient of correlation. These topics would be sufficient to have a good hand on probabilities and statistics.
  • Complex Analysis (Not for GATE CS): It is the smallest topic to cover and the candidate should focus only on Cauchy-Riemann Equations, Residue Method of Integration, and Taylor series.
  • Numerical Methods (Not for GATE CS): While practicing this topic candidate should pay attention to important formulae for the Trapezoidal Rule and Simpson’s Rule and practice as many questions on equation solving using Newton-Raphson and Bisection method and numerical integration techniques.
  • Transform Theory (For GATE EE and ME): Covering topics like Laplace and inverse Laplace transforms would be enough for a candidate from this chapter.
  • Discrete Mathematics (Only for GATE CS): CS student candidates should be covering topics like Graph connectivity and coloring, Mathematical Logic (Propositions, and Predicate logic), Relations, and Functions. Question patterns on discrete mathematics would be like finding tautology, satisfiability, equivalences of given propositional statements, finding the number of edges, vertices, or components for the given connected or disconnected graph, checking isomorphism, Euler circuit, Hamiltonian cycle for given graphs, and Simple properties of various graphs such as a complete graph, bipartite graph, regular graph, cycle graph, and line graph.

Concise Strategy to Cover Syllabus

Having information about the important topics to cover and the pattern of questions to be asked it is important for a candidate to acquire a proper strategy to cover the syllabus in a short span of time by just following these simple tricks:

  • Do not mug up Maths by going through whole textbooks/standard books, it is waste of time and moreover, if you try to learn, you won’t finish learning it even after the GATE exam is over.
  • However, the Candidate can refer to standard books such as Higher Engineering Mathematics by B.S. Grewal and advanced engineering mathematics by Erwin kreyszig for noting down important formulae and shortcuts.
  • Study the list of topics on a priority basis and practice the previous year's problems after completion of each topic. This process would give you familiarity with the level and pattern of questions.
  • While preparing for Engineering Mathematics, the candidate should revise on a regular basis to link up all topics in mind while giving a revision whack at the time of completion of the syllabus.
  • Candidates can opt for online mock tests after completing the syllabus as it will be advantageous in improving the weaker areas and putting a final finishing in your preparation prior to the exam.
  • Maintaining a habit of making notes of shortcuts and formulae would be very handy in Engineering mathematics.

Best Books For GATE Engineering Mathematics

Engineering Mathematics has consistently received a high weightage in the Graduate Aptitude Test in Engineering (GATE) exam, it will play a significant role in the exam. This subject carries between 12 and 15 marks in weight each year. Let us check some important books before preparing Engineering Mathematics for GATE 2023.

Books Authors
Essential Engineering MathematicsMichael Batty
Advanced Engineering MathematicsGreenberg
Advanced Engineering MathematicsErwin Kreyszig
Advanced Engineering MathematicsH.K.Dass, S. Chand


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FAQs on How to prepare Engineering Mathematics for GATE 2023?

  • Candidates can prepare Engineering Mathematics for GATE 2023 by knowing the exact syllabus and weightage of the topics. Candidates need to prioritize their studies and practice the previous year's questions.

  • The weightage of Engineering Mathematics for GATE 2023 is given below.

    • GA (General Aptitude) – 15 marks
    • Engineering Mathematics – 13 marks
    • Subject of the Paper – 72 marks
  • The important topics of Engineering Mathematics for GATE exam are as follows.

    • Probability
    • Statistics
    • Linear Algebra
    • Calculus
    • Numerical Methods
  • The recommended books for GATE Engineering Mathematics section are given below.

    • Advanced Engineering Mathematics- Greenberg
    • Essential Engineering Mathematics- Michael Batty



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