GATE 2023 Syllabus for Mechanical Engineering - Download ME
Syllabus PDF
Updated on Mar 17, 2023 - 11:41 a.m. IST by Team Careers360
GATE Syllabus for Mechanical Engineering 2023 (ME) - The authorities released the GATE syllabus
for Mechanical Engineering along with the GATE 2023 pattern for mechanical engineering.
Applicants can check the complete syllabus of GATE 2023 Mechanical Engineering below.
Candidates can get the GATE syllabus for Mechanical Engineering 2023 pdf download online on the
official website. Moreover, the GATE 2023 syllabus pdf is available for other subjects online. To score
well in the GATE exam, candidates should prepare the complete GATE syllabus.
The GATE exam syllabus for mechanical engineering 2023 consists of section-wise topics from which
questions will be asked in GATE 2023. There are a total of four sections present in the Mechanical
Engineering paper- Applied Mechanics & Design, Engineering Mathematics, Fluid Mechanics &
Thermal Sciences and Materials, and Manufacturing & Industrial Engineering. The GATE 2023 exam
for Mechanical Engineering was conducted in online mode. The GATE 2023 exam date was February
4, 5, 11, and 12.
GATE 2023 Syllabus for Mechanical Engineering (ME)
Students planning to appear in the upcoming exam must check the GATE mechanical engineering
syllabus for better preparation. The GATE test takers are advised to check the prescribed exam
pattern along with the GATE 2023 syllabus for mechanical engineering pdf for effective exam
preparation. Candidates must understand the GATE syllabus for Mechanical Engineering with
weightage 2023 beforehand to study the right topics for the exam. Candidates can refer to the
following table to understand the detailed syllabus of GATE 2023 Mechanical Engineering.
GATE 2023 ME Syllabus
Particulars
Topics
Linear
Algebra
-Linear
equations,
Matrix
algebra, eigenvalues, and eigenvectors.
Differential equations - Linear and nonlinear,
Euler-Cauchy
equation;
differential
equations
coefficients,
initial
higher-order
with
and
linear
constant
boundary
value
problems; solutions of heat, wave and Laplace's
equations; Laplace transforms.
Calculus - Evaluation of definite and improper
integrals; Functions of single variable, limit,
continuity and differentiability, mean value
theorem, indeterminate forms; double and
triple
integrals;
total
derivative,
partial
derivatives, maxima and minima, Taylor series
(in one and two variables), Fourier series;
divergence and curl, gradient, vector identities,
Section-1: Engineering Mathematics
line, directional derivatives, surface and volume
integrals,
and
Green’s
theorems
and
applications of Gauss, Stoke.
Probability
and
Statistics
-
Probability,
conditional probability; sampling theorems;
median, mean, mode and standard deviation;
binomial,
random
variables,
normal
and
Poisson distributions.
Numerical Methods - Integration by trapezoidal
and Simpson’s rules; - Numerical solutions of
linear and non-linear algebraic equations;
single & multi-step for differential equations.
Complex
variables
equations;
Analytic
-
Cauchy-Riemann
functions,
Taylor
and
Laurent series. Cauchy’s integral theorem &
integral formula;
Mechanics of Materials - Elastic constants,
Stress and strain, Poisson's ratio, thin cylinders,
Mohr’s circle for plane stress and plane strain,
shear force and bending moment diagrams,
deflection
of
beams,
bending
and
shear
stresses, torsion of circular shafts, energy
methods, Euler’s theory of columns, thermal
stresses, testing of materials with universal
testing machine, strain gauges and rosettes,
testing of hardness and impact strength.
Engineering Mechanics - Trusses and frames;
Free body diagrams and equilibrium, virtual
work; impulse and momentum (linear and
angular), kinematics and dynamics of particles
& of rigid bodies in plane motion and energy
formulations, collisions.
Section-2: Applied Mechanics and Design
Theory of Machines - Displacement, velocity
and acceleration analysis of plane mechanisms;
dynamic analysis of linkages; cams; gears and
gear trains; flywheels and governors; balancing
of
reciprocating
and
rotating
masses;
gyroscope.
Machine Design - Design for static and dynamic
loading, Failure theories, fatigue strength and
the S-N diagram, gears, shafts, rolling and
sliding contact bearings, springs, brakes and
clutches, principles of the design of machine
elements like riveted, bolted and welded joints
Vibrations - Effect of damping, Free and forced
vibration of single degree of freedom systems,
resonance, vibration isolation, critical speeds of
shafts.
Heat-Transfer
-
One-dimensional
heat
conduction, modes of heat transfer, heat
transfer through fins, resistance concept &
electrical analogy, lumped parameter system,
unsteady heat conduction, Heisler's charts,
dimensionless parameters in free and forced
convective heat transfer, thermal boundary
layer, heat transfer correlations for flow over
flat plates and through pipes, heat exchanger
performance, effect of turbulence, LMTD &
NTU methods; Stefan-Boltzmann law, radiative
heat transfer, Wien's displacement law, view
factors, black and grey surfaces and radiation
network analysis.
Fluid Mechanics - Fluid statics, properties,
manometry, buoyancy, stability of floating
bodies, forces on submerged bodies, controlSection-3:
Sciences
Fluid
Mechanics
and
Thermal
volume analysis of mass, fluid acceleration,
momentum and energy, differential equations
of continuity and momentum, dimensional
analysis, Bernoulli’s equation, viscous flow of
incompressible fluids, elementary turbulent
flow, boundary layer, flow through pipes, bends
and fittings and head losses in pipes
Applications - Power Engineering, I.C. Engines,
Refrigeration
and
air-conditioning
and
Turbomachinery
Thermodynamics
substances,
-
Properties
thermodynamic
of
systems
pure
and
processes, the behaviour of ideal and real
gases, calculation of work and heat in various
processes,
zeroth
thermodynamics,
and
the
first
laws
of
second
law
of
thermodynamics, thermodynamic relations and
thermodynamic property charts and tables,
Casting, Forming and Joining Processes - Design
of patterns, moulds and cores, Different types
of castings, solidification and cooling, riser &
gating design, fundamentals of hot and cold
working processes, Plastic deformation and
yield criteria load estimation for bulk (drawing,
rolling, forging, extrusion) and sheet (deep
drawing,
shearing,
bending),
principles
of
powder metallurgy, metal forming processes,
brazing, Principles of welding, soldering &
adhesive bonding.
Engineering
structure
materials,
Materials
and
heat
-
Phase
properties
diagrams,
of
engineering
treatment,
stress-strain
diagrams for engineering materials.
Machining & Machine Tool Operations -Basic
machine tools, Mechanics of machining, single
and multi-point cutting tools, tool life and wear,
tool geometry and materials, the economics of
machining,
Section-4:
Materials,
Industrial Engineering
Manufacturing
and
principles
principles
of
of
work
non-traditional
holding,
machining
processes, design of jigs and fixtures.
Computer Integrated Manufacturing - Concepts
of CAD/CAM and their integration tools.
Metrology and Inspection - Linear and angular
measurements, Limits, fits and tolerances &
comparators; gauge design, interferometry,
alignment and testing methods, form and finish
measurement,
tolerance
analysis
in
manufacturing and assembly.
Production Planning and Control - Aggregate
production
planning,
forecasting
materials
requirement
planning
models,
and
To download the syllabus of GATE Mechanical Engineering- Click here
GATE 2023 exam pattern
Students who appear in the exam need to follow the exam pattern along with the GATE Mechanical
Engineering syllabus 2023. The detailed GATE exam pattern of ME is available below.
GATE ME exam pattern 2023
Particulars
Details
Exam Duration
Three hours
Mode of examination
Computer-based test
Question type
Objective type and Numerical Answer Type
(NAT)
Total no. of questions
65
Total marks
100
Sections
Aptitude Engineering, Mathematics, Subjectspecific questions
One mark MCQs – 1/3 mark will be reduced for
every incorrect response.
Two mark MCQs – 2/3 mark will be reduced for
every incorrect answer.
Marking Scheme
No marks will be deducted for unattempted
questions
No negative marking for Numerical Answer
Type (NAT) questions
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Best Books for GATE for Mechanical Engineering (ME)
Candidates must follow the GATE 2023 exam syllabus for Mechanical Engineering pdf wise. GATE
mechanical engineering syllabus 2023 topic wise best book is mentioned below. Preparing the best
books helps in securing good marks.
GATE Mechanical Engineering Books 2023
Name of the Book
Name of the Author
R.K. Bansal (Numerical point of view), Frank
Fluid Mechanics
M.White (For understanding)
Heat Transfer
Cengel (For understanding concept)
Production Engineering
Swadesh Singh
Thermodynamics
P.K.Nag
Theory of Machine (TOM)
S.S. Ratan
GATE 2023 Cut off for Mechanical Engineering (ME)
The authorities have released the GATE 2023 cutoff for Mechanical Engineering (ME) along with the
GATE result 2023 in its official web portal only. In order to qualify in the GATE 2023, the candidates
need to score minimum qualifying marks. If any candidate secures below the qualifying GATE 2023
cutoff for Mechanical Engineering will not be considered for M.Tech admissions. The qualifying cutoff
of GATE is determined by the authorities by considering some factors like the no. of candidates
appearing in the exam, their performance, and also last year's cut-off trends.
Previous year’s GATE cut off for ME
Year
General
OBC
SC/
ST/PD
2022
28.1
25.2
18.7
2021
33
29.7
22
2020
34.0
30.6
22.6
2019
34.1
30.7
22.7
2018
34.7
31.2
23.1
2017
32.87
29
21
2016
29.6
26.6
19.7
2015
32.73
29.46
21.82
2014
28.86
25.97
19.24
2013
25
22.25
16.67
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Frequently Asked Question (FAQs) - GATE 2023 Syllabus for Mechanical
Engineering - Download ME Syllabus PDF
Question: How many different sections are there in GATE mechanical engineeing syllabus 2023?
Answer:
As per National Testing Agency, there are only three major sections covered in the syllabus of the
GATE exam for mechanical engineering as mentioned below:
General Aptitude
Engineering Mathematics and
Mechanical Engineering based topics
Question: What are the recommended books for GATE Mechanical Engineering?
Answer:
Students can refer R.K. Bansal and P.K.Nag for Thermodynamics. Additionally, students can find the
complete details about best books for GATE for their preparation.
Question: How can I prepare for GATE Mechanical Engineering?
Answer:
The preparation for GATE mechanical engineering begins with analysis of syllabus and exam pattern
followed by selection of study material and making a plan and time table for study. The preparation
strategy for GATE is very essential to score good marks in exam.
Question: Where Can I find the official syllabus of Mechanical Engineering for GATE 2023?
Answer:
Students can find the GATE 2023 syllabus for Mechanical Engineering from the official portal of GATE
2023. Alternatively, candidates can also look GATE Syllabus for complete topic-wise distribution of
syllabus.
Question: Are questions being framed only within from official syllabus prescribed by GATE
authority?
Answer:
Yes! Questions are being framed only from the syllabus and topics prescribed by the GATE authority.
Question: What topics are covered in GATE syllabus for Mechanical Engineering?
Answer:
Students can find the detailed topic wise distribution of GATE mechanical engineering syllabus to
know the topics covered and plan for the study accordingly.