How to prepare for GATE 2023 Mechanical Engineering
Jul 18, 2022
(Expected) GATE 2023 Exam Pattern
Particulars Details Exam Duration 3 hours (180 minutes) Number of Questions 65 Questions Total Marks 100 Marks Type of Questions There will be three types of questions 1. Choice Questions (MCQ) 2. Numerical Answer Type (NAT) Questions 3. Multiple Select Questions (MSQ) Number of sections Three sections: 1. General Aptitude 2. Engineering Mathematics 3. Core Subject (ME) Marking Scheme Question Carry 1 and 2 marks. For an incorrect answer in MCQ, there will be a Negative Marking. For 1 mark MCQ, 1/3 will be deducted. For 2 marks MCQ 2/3 will be deducted. There is no negative marking for MSQ and NAT.
To avail the amazing opportunities through the GATE exam, you must first clear the exam with high marks. Only the candidates with the top scores are selected for lucrative PSU jobs, fellowships, and further studies in reputed institutions.
And the preparation for cracking any exam starts with knowing the syllabus.
Let us have a look at the syllabus for the GATE 2023 Mechanical Engineering exam
GATE 2023 Mechanical Engineering Syllabus
Sections Topics Engineering Mathematics Linear Algebra Calculus, Differential Equations, Complex Variables Probability and Statistics, Numerical Methods Applied Mechanics and Design Engineering Mechanics Machine Design Theory of Machines Mechanics of Materials Vibrations Fluid Mechanics & Thermal Sciences Fluid Mechanics Thermodynamics Heat Transfer Applications Materials, Manufacturing & Industrial Engineering Machining and Machine Tool Operations Casting, Forming and Joining Process Computer Integrated Manufacturing Engineering Materials Inventory Control Metrology and Inspection Operations Research Production Planning and Control
Also read: GATE Preparation | 7 Months GATE Exam Preparation Strategy
Preparation Strategy to Clear GATE 2023 Mechanical Engineering Exam
Here are some of the most effective, simple and proven techniques that will help you ace your GATE preparation and deliver your best performance in the exam.
Understand the GATE 2023 Syllabus thoroughly
This might sound obvious, but this is the most important step you need to take before clearing any exam.
The GATE 2023 Mechanical Engineering syllabus consists of primarily four sections, and the most important topics are spread around these sections. By referring to the syllabus, you can refer to the important topics and prepare for them according to the weightage.
Study the Exam Pattern Carefully
Along with the syllabus, you need to understand the GATE 2023 exam pattern carefully. This is important because knowing the mode of examination, number of sections, number of questions, and their types will assist you in crafting an effective exam strategy.
Mock Tests
If you want to manage your time more effectively during the exam and write better answers, then Mock Tests are your best friend. Writing multiple mock tests will help you get enough writing practice and prepare for your GATE Mechanical Engineering exam.
Regular Revision
To retain information for a longer duration, you must make it a point to revise daily and as often as possible. After you study one topic and move on to the next, start revising the previous topic immediately. This will ensure your hard work pays off.
Solve Previous Year Questions
The best way to get familiar with the type of questions asked in the exam is to practice previous years’ questions. You will get a fair idea of the difficulty level of the questions and the exam pattern. At the same time, this will help you build your confidence level.
Quality Resources
If you want to perform your best in the GATE 2023 exam, then you need the help of the best quality resources available. You will need high-quality resources like test series, reference material, and books. Gathering quality resources is one of the key factors that will help you ace the GATE 2023 Mechanical Engineering exam.
So there you go. These are some of the simplest yet proven techniques to ace the GATE exam.
To help you further in your exam preparation, here are some of the most important topics in Mechanical Engineering that you need to know.
GATE Mechanical Engineering Important Topics
Subject Important Topics Engineering Mathematics Probability Matrices Differential Equations Machine Design Joints Design against Static & Fluctuation Load Design of Gears and Bearings Strength of Materials SFD & BMD Mohr’s Circle Bending Stress Stress and Strain Deflections Engineering Mechanics Work and Energy Friction Trusses Industrial Engineering Queuing Theory EOQ Problems Inventory Control PERT & CPM Linear Programming Problem Theory of Machines & Vibration Shafts Problems Linkages Governors and Flywheel Free Damped Vibrations Inversions of Single and Double Slider Crank Pairs and its Applications Fluid Machinery Buoyancy Manometers Flow through Pipes Applications of Bernoulli Equation Boundary Layer Theory Impact of Jet Impulse & Reaction Turbine Thermodynamics Zeroth Law of Thermodynamics Problems on First Law & Second Law of Problems Steam Turbines Problems on Diesel, Otto, Dual Cycle Engineering Materials Defects in Crystal Structures Iron Carbon Diagram Heat Treatment Effect of Alloying Elements Heat Transfer Numbers in Convection Critical Thickness Problems on Conduction Problems in Heat Exchangers Shape Factor in Radiation Manufacturing Orthogonal Cutting CNC Programming Problems on Welding Problem on Casting Tool Life Equation Problems Problem on ECM & EDM
Now that you know the important topics, here is a list of the most recommended books to help you in your GATE exam preparation.
GATE Mechanical Engineering Best Books
Section Topics Important Books Engineering Materials Basic Crystallography Mechanical Properties Phase Diagrams Phase Transformations Heat Treatment of Steels William Callister
KM Gupta Thermodynamics Basic Thermodynamic Concepts Energy Transfer & Analysis Second Law of Thermodynamic Entropy Availability & Irreversibility Properties of Pure Substance Thermodynamic Property Relations Yunus Cengel PK Nag Onkar Singh Refrigeration & Air-Conditioning RC & Reversed Carnot Cycle Refrigerants Vapour Compression System Psychrometry of AC Processes CP Arora Bill Whitman RS Khurmi Internal Combustion Engine Air-Standard Cycle Combustion of Fuel & Knocking Engine Performance Parameter Fuels Emission & Emission Control V Ganesan ML Mathur Power Plant Engineering Steam Generators Analysis of Steam Cycles Fuels and Combustion Gas Turbines & Compressors PK Nag AK Raja RK Rajput S Ramachandran Heat and Mass Transfer Basic Heat Transfer Concepts Heat Transfer by Conduction Heat Transfer by Convection Heat Exchangers Heat Transfer by Radiation Incropera PK NAG Cengel RC Sachdeva JP Holman Fluid Mechanics Fundamental Concepts Fluid Statics Differential Analysis of FM Dynamics of Fluid Flow Internal Incompressible VF External Incompressible VF Fox and Donald Frank M White Cengel K Subramanya Modi and Seth RK Bansal Turbo Machinery Hydraulic Turbine Centrifugal Pumps Reciprocating Pumps Fox and Donald Frank M White Cengel K Subramanya Modi and Seth RK Bansal Jagdish Lal Engineering Mechanics Analysis of System of Forces Plane Trusses & Virtual WorkMotion RC Hibbeler Timoshenko UC Jindal J.L MERIAM SS Bhavikatti Strength of Material Mechanical Properties of Material Simple Stresses & Strains Composite System & Thermal Stresses Complex and Principal Stresses BM & SF Slope & Deflection Torsion of Shafts Strain Energy & Springs Pressure Vessels Beer Johnston James M.Gere Timoshenko BC Punmia S Ramamrutham Theory of Machines Mechanism and Machines Velocity & Acceleration Analysis Cams Gear GearTrains Balancing Gyroscope Governors and Flywheel Vibrations SS Rattan Shigley VP singh Design of Machine Elements Static and Fluctuating Load Theories of Failure Shaft, Keys, Couplings & Spring Brakes Clutches Bearings Gear and Flywheel Shigley VB Bhandari Robert Norton Industrial Engineering Inventory Control Aggregate Production Planning Material Requirement Planning Forecasting Line Balancing Sequencing and PERT-CPM Linear Programming Problem Computer Programming OP Khanna Hira and Gupta Kanti Swaroop ND Vohra Ravi Shankar Manufacturing Engineering Metal Casting Metrology and Inspection Metal Welding Fundamentals of Machining Metal Forming Automation Mikkel Groover Chattopadhyay Ghosh and Malik PN Rao PC Sharma
In addition, to help you get a better idea and plan your preparation strategy, here are the cut-offs for the GATE Mechanical Engineering exam for the past 10 years, including the GATE 2022 exam.
GATE Mechanical Engineering Exam Cut-offs - Past 10 Years
Year Subject GEN OBC SC/ST/PH 2022 Mechanical Engineering (ME) 28.1 25.2 18.7 2021 Mechanical Engineering (ME) 33 29.7 22 2020 Mechanical Engineering (ME) 34 30.6 22.6 2019 Mechanical Engineering (ME) 34.1 30.7 22.7 2018 Mechanical Engineering (ME) 34.7 31.2 23.1 2017 Mechanical Engineering (ME) 32.7 29.4 21.8 2016 Mechanical Engineering (ME) 29.6 26.6 19.7 2015 Mechanical Engineering (ME) 32.73 29.46 21.82 2014 Mechanical Engineering (ME) 28.86 25.97 19.24 2013 Mechanical Engineering (ME) 25.00 22.25 16.67
Now that you know the syllabus, the exam pattern, the cut-offs, and the study strategy you need to follow, it's time to start your preparation.
One of the crucial steps in your GATE study strategy is to have the right resources in your hand.
And if you are looking for well-researched study material for your GATE 2023 exam preparation, then PrepLadder is the right choice.
You will find everything you need to crack GATE 2023 in the GATE-Mech Dream Pack. Give an extra edge to your preparation with an extensive QBank, Past Year Question Papers, Mock Tests, PrepLab, Treasures, and many other valuable features that will help you crack GATE 2023 easily.
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(Expected) GATE 2023 Exam Pattern
GATE 2023 Mechanical Engineering Syllabus
Preparation Strategy to Clear GATE 2023 Mechanical Engineering Exam
GATE Mechanical Engineering Important Topics
GATE Mechanical Engineering Best Books
GATE Mechanical Engineering Exam Cut-offs - Past 10 Years
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