GATE Topic Wise Weightage for ME | GATE Mechanical (ME) Mock Test Series 2025 - Mechanical Engineering PDF Download

Download, print and study this document offline
Please wait while the PDF view is loading
 Page 1


Mechanical Topic Wise GATE Marks Weightage 
Candidates can browse through the GATE Exam pattern for the 2022 exam for 
Mechanical Engineering from below: 
Stream/ Course Subject Total No. Of 
Questions 
Marks 
Allotted 
Mechanical 
Engineering 
General Aptitude 10 15 
Engineering 
Mathematics 
10 13 
Mechanical 
Engineering Subjects 
45 72 
 
Total 65 100 
GATE Topic Wise Weightage for ME 
The yearly GATE subject wise weightage for Mechanical Engineering is listed below in this 
article. This analysis has been prepared on the basis of the past few years’ GATE ME 
question papers: 
GATE 2020 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 13.5 
Engineering Mechanics 4 
Mechanics of Material 5.5 
Machine Design 6 
Theory of Machines and Vibrations 8 
Fluid Mechanics 7.5 
Thermal Engineering 13 
Heat Transfer 4.5 
Manufacturing Engineering 16.5 
Industrial Engineering 6.5 
GATE 2019 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 14 
Engineering Mechanics 4 
Page 2


Mechanical Topic Wise GATE Marks Weightage 
Candidates can browse through the GATE Exam pattern for the 2022 exam for 
Mechanical Engineering from below: 
Stream/ Course Subject Total No. Of 
Questions 
Marks 
Allotted 
Mechanical 
Engineering 
General Aptitude 10 15 
Engineering 
Mathematics 
10 13 
Mechanical 
Engineering Subjects 
45 72 
 
Total 65 100 
GATE Topic Wise Weightage for ME 
The yearly GATE subject wise weightage for Mechanical Engineering is listed below in this 
article. This analysis has been prepared on the basis of the past few years’ GATE ME 
question papers: 
GATE 2020 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 13.5 
Engineering Mechanics 4 
Mechanics of Material 5.5 
Machine Design 6 
Theory of Machines and Vibrations 8 
Fluid Mechanics 7.5 
Thermal Engineering 13 
Heat Transfer 4.5 
Manufacturing Engineering 16.5 
Industrial Engineering 6.5 
GATE 2019 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 14 
Engineering Mechanics 4 
Mechanics of Material 9 
Machine Design 6 
Theory of Machines and Vibrations 9.5 
Fluid Mechanics 7 
Thermal Engineering 9.5 
Heat Transfer 6.5 
Manufacturing Engineering 15 
Industrial Engineering 4.5 
GATE 2018 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 13.5 
Engineering Mechanics 3.5 
Mechanics of Material 11 
Machine Design 4 
Theory of Machines and Vibrations 7.5 
Fluid Mechanics 9.5 
Thermal Engineering 11 
Heat Transfer 3.5 
Manufacturing Engineering 16.5 
Industrial Engineering 5 
GATE 2017 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 14.5 
Engineering Mechanics 3 
Mechanics of Material 9 
Machine Design 6.5 
Theory of Machines and Vibrations 8.5 
Fluid Mechanics 9.5 
Thermal Engineering 10 
Heat Transfer 5.5 
Manufacturing Engineering 14 
Industrial Engineering 4.5 
Page 3


Mechanical Topic Wise GATE Marks Weightage 
Candidates can browse through the GATE Exam pattern for the 2022 exam for 
Mechanical Engineering from below: 
Stream/ Course Subject Total No. Of 
Questions 
Marks 
Allotted 
Mechanical 
Engineering 
General Aptitude 10 15 
Engineering 
Mathematics 
10 13 
Mechanical 
Engineering Subjects 
45 72 
 
Total 65 100 
GATE Topic Wise Weightage for ME 
The yearly GATE subject wise weightage for Mechanical Engineering is listed below in this 
article. This analysis has been prepared on the basis of the past few years’ GATE ME 
question papers: 
GATE 2020 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 13.5 
Engineering Mechanics 4 
Mechanics of Material 5.5 
Machine Design 6 
Theory of Machines and Vibrations 8 
Fluid Mechanics 7.5 
Thermal Engineering 13 
Heat Transfer 4.5 
Manufacturing Engineering 16.5 
Industrial Engineering 6.5 
GATE 2019 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 14 
Engineering Mechanics 4 
Mechanics of Material 9 
Machine Design 6 
Theory of Machines and Vibrations 9.5 
Fluid Mechanics 7 
Thermal Engineering 9.5 
Heat Transfer 6.5 
Manufacturing Engineering 15 
Industrial Engineering 4.5 
GATE 2018 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 13.5 
Engineering Mechanics 3.5 
Mechanics of Material 11 
Machine Design 4 
Theory of Machines and Vibrations 7.5 
Fluid Mechanics 9.5 
Thermal Engineering 11 
Heat Transfer 3.5 
Manufacturing Engineering 16.5 
Industrial Engineering 5 
GATE 2017 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 14.5 
Engineering Mechanics 3 
Mechanics of Material 9 
Machine Design 6.5 
Theory of Machines and Vibrations 8.5 
Fluid Mechanics 9.5 
Thermal Engineering 10 
Heat Transfer 5.5 
Manufacturing Engineering 14 
Industrial Engineering 4.5 
GATE 2016 ME Subject Wise Weightage 
TOPIC MARKS WEIGHTAGE 
General Aptitude 15 
Engineering Mathematics 15 
Engineering Mechanics 4.6 
Mechanics of Material 11.6 
Machine Design 2.6 
Theory of Machines and Vibrations 7.3 
Fluid Mechanics 8 
Thermal Engineering 11.3 
Heat Transfer 7.3 
Manufacturing Engineering 14.3 
Industrial Engineering 4.5 
 
Read More
29 docs|220 tests

Top Courses for Mechanical Engineering

FAQs on GATE Topic Wise Weightage for ME - GATE Mechanical (ME) Mock Test Series 2025 - Mechanical Engineering

1. What is the weightage of the Mechanical Engineering (ME) topic in the GATE exam?
Ans. The weightage of topics in the GATE exam can vary each year. However, in the Mechanical Engineering (ME) paper, certain topics generally carry more weightage than others. Some of the important topics with higher weightage include Engineering Mathematics, Engineering Mechanics, Strength of Materials, Thermodynamics, Fluid Mechanics, and Manufacturing Engineering. It is recommended for aspirants to thoroughly study and understand these topics to score well in the ME GATE exam.
2. How can I effectively prepare for the Mechanical Engineering (ME) GATE exam?
Ans. Effective preparation for the Mechanical Engineering (ME) GATE exam requires a systematic approach. Here are some tips to help you prepare effectively: - Understand the exam pattern and syllabus thoroughly. - Create a study schedule and allocate sufficient time to each topic. - Refer to standard textbooks and study materials for in-depth understanding. - Solve previous year question papers and take mock tests to get familiar with the exam pattern and time management. - Practice numerical problems regularly to improve problem-solving skills. - Join coaching classes or online platforms for guidance and access to additional study resources. - Stay updated with current affairs and recent developments in the field of Mechanical Engineering.
3. Are numerical problems an important part of the Mechanical Engineering (ME) GATE exam?
Ans. Yes, numerical problems are an important part of the Mechanical Engineering (ME) GATE exam. The exam tests the candidate's understanding and application of various concepts, and numerical problems play a key role in assessing this. It is crucial for aspirants to practice solving numerical problems regularly to improve their problem-solving skills and time management. Solving previous year question papers and taking mock tests will also help in getting familiar with the type and level of numerical problems asked in the exam.
4. Is it necessary to join coaching classes for GATE preparation in Mechanical Engineering (ME)?
Ans. Joining coaching classes for GATE preparation in Mechanical Engineering (ME) is not mandatory, but it can be beneficial for many aspirants. Coaching classes provide structured guidance, expert faculty, and access to additional study materials. They also offer a competitive environment and help in clearing doubts and queries. However, self-study with the help of standard textbooks and online resources can also be effective if the candidate has a disciplined study schedule and is dedicated to consistent preparation.
5. How can I effectively manage time during the Mechanical Engineering (ME) GATE exam?
Ans. Time management is crucial during the Mechanical Engineering (ME) GATE exam as it is a time-bound test. Here are some tips to effectively manage time: - Familiarize yourself with the exam pattern and distribution of marks to allocate time accordingly. - Read the question paper thoroughly in the initial few minutes and identify the easier and quicker questions to attempt first. - Avoid spending too much time on any single question. If you are stuck, move on to the next question and come back to it later if time permits. - Practice solving previous year question papers and take mock tests to improve your speed and accuracy. - Maintain a steady pace throughout the exam and avoid panicking or rushing through questions. - Use rough work space provided for calculations and jotting down key points to save time during calculations.
Explore Courses for Mechanical Engineering exam

Top Courses for Mechanical Engineering

Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
10M+ students study on EduRev
Related Searches

GATE Topic Wise Weightage for ME | GATE Mechanical (ME) Mock Test Series 2025 - Mechanical Engineering

,

Exam

,

practice quizzes

,

Summary

,

Objective type Questions

,

Important questions

,

GATE Topic Wise Weightage for ME | GATE Mechanical (ME) Mock Test Series 2025 - Mechanical Engineering

,

past year papers

,

Viva Questions

,

Free

,

GATE Topic Wise Weightage for ME | GATE Mechanical (ME) Mock Test Series 2025 - Mechanical Engineering

,

ppt

,

MCQs

,

study material

,

pdf

,

Extra Questions

,

Sample Paper

,

Semester Notes

,

Previous Year Questions with Solutions

,

shortcuts and tricks

,

video lectures

,

mock tests for examination

;