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Q. What are the qualifying marks for GATE instrumentation engineering?
Ans. The GATE instrumentation engineering qualifying marks were: 42.4 for the general category, 38.1 for OBC-NCL/EWS and 28.2 for SC/ST/PwD.
Q. What is the weightage of subjects in GATE instrumentation?
Ans. A detailed GATE Instrumentation engineering exam weightage has been discussed above. Candidates can refer to it to gain insight into the subject-wise weightage.
Q. How do I prepare for GATE instrumentation?
Ans. Preparing for the GATE instrumentation exam requires dedication, hard work and a strategic approach. Follow these tips and work towards your goal with enthusiasm, and success will surely follow.
Q. What are the topics included in the GATE Instrumentation Syllabus?
Ans. The GATE Instrumentation Syllabus comprises 8 major subjects, namely Analog Electronics, Control Systems, Digital Electronics, Signal and Systems, Electrical Circuits, Sensors, Industrial Instrumentations and Communication, Measurements and Optical Instrumentation.
Q. Is instrumentation a good branch?
Ans. Instrumentation engineering is a critical subject that brings together other engineering disciplines and gives an understanding of how they work together to create efficient and reliable systems.
Q. What are the subjects that have been given more weightage in GATE Instrumentation Engineering in recent years?
Ans. Network Theory, Control Systems, Analog Electronics and Transducers have consistently been the most heavily-weighted topics in the GATE Instrumentation Engineering exam in recent years.
GATE Instrumentation Engineering Subject wise Weightage 2025 is discussed in this article. Find important topics carrying high weightage to optimize your GATE 2025 preparation.
Krati Saraswat9 Jul, 2024
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GATE Instrumentation Subject Wise Weightage 2025:
The GATE Instrumentation subject wise weightage holds significant importance for candidates to prepare for the exam effectively. Those who are planning to take the Graduate Aptitude Test in Engineering (GATE) will need to select a specific subject, and Instrumentation Engineering is one such option.
Before starting their preparation, it is crucial for candidates to carefully review the extensive GATE Instrumentation subject wise Weightage to know key focus areas which cover higher weightage. In this article, you can find the comprehensive GATE IN Subject Wise Weightage to strategize the preparation.
The Graduate Aptitude Test in Engineering (GATE) is a national-level examination conducted by the Indian Institute of Technology (IITs) and the Indian Institute of Science (IISc) on behalf of the National Coordination Board (NCB).
The purpose of this exam is to assess the knowledge and understanding of candidates in various branches of engineering, technology, and science.
The
GATE 2025
examination is a computer-based test that consists of 65 multiple-choice questions and numerical answer-type questions. The duration of the exam is 3 hours.
Candidates who successfully qualify for the GATE exam
can seek admission to postgraduate programs and doctoral programs or can also apply for jobs in various public sector undertakings.
Clearing GATE with a high score opens up numerous career opportunities for candidates. It not only provides them access to some of the most prestigious institutions in India but also makes them eligible for employment opportunities in various government sectors such as PSUs, IES, and BARC.
The table below contains the GATE Instrumentation subject wise weightage analysis for the GATE 2023, 2022, 2021, and 2020 exams. Candidates may find number one and two mark questions in every subject.
The subject weightage as determined by the GATE 2023 Instrumentation paper analysis is also provided. The weightage of marks for each section of the GATE ECE Exam is shown below. These figures are based on an examination of
GATE previous year question papers
.
GATE Instrumentation Subject wise Weightage of Core Subjects
The core subjects play an essential role in the
GATE Instrumentation Engineering Examination
. The exam is designed to test a candidate's understanding and knowledge of the fundamental concepts of instrumentation engineering.
Control systems, measurement and instrumentation, analog electronics, digital electronics, signal processing, and communication are the core subjects of the
GATE 2025
Instrumentation Engineering Exam. These subjects carry a weightage of around 70% to 75% in the question paper. Candidates must be well-versed in these core topics to score well in the exam.
Thus, candidates should focus on mastering these subjects during their preparation for the exam. They must create a study plan that covers each subject thoroughly, along with practice tests and previous year question papers. Candidates must also keep themselves updated with recent advancements in technology related to these topics.
GATE Instrumentation Core Subjects Weightage
GATE Instrumentation Engineering Subjects
GATE 2015
GATE 2016
GATE 2017
GATE 2018
GATE 2019
GATE 2020
Analog Electronics
13
10
13
12
11
9
Communication
3
6
4
1
5
0
Control Systems
8
9
8
8
14
13
Digital Circuits
9
12
4
9
8
8
Engineering Mathematics
8
14
10
14
10
15
General Aptitude
15
15
15
15
15
15
Measurements
6
8
10
10
5
12
Network Theory
11
9
11
9
8
8
Optical Instrumentation
10
4
2
6
7
4
Process Control
0
0
2
0
0
0
Signals and Systems
7
6
11
8
8
8
Transducers
10
7
10
8
9
8
GATE Instrumentation Subject wise Weightage of General Aptitude and Engineering Mathematics
The General Aptitude and Engineering Mathematics section in the
GATE Instrumentation Engineering
Exam holds a weightage of 15 marks out of the total 100 marks. This section is common to all GATE papers and focuses on testing the candidate's aptitude skills and mathematical abilities. The purpose of this section is to assess the student's capability to deal with complex mathematical problems that are relevant to engineering.
This section includes topics such as data interpretation, verbal ability, numerical reasoning, and analytical reasoning. The questions in this section are designed to test the basic knowledge of mathematics, which includes topics like differential equations, linear algebra, calculus, probability theory, and statistics. Solving previous years' papers can help one understand the types of questions that can be expected in this section.
It is important for students who aspire to crack the
GATE Instrumentation Engineering Exam
to have a strong grip on basic maths concepts as well as good comprehension skills. Strengthening these areas will improve overall performance and increase the chances of success in this exam.
The topic-wise weightage for the GATE Instrumentation Engineering paper is tabulated for your reference:
Topics
Expected Number of questions
Expected Marks
Engineering Mechanics
4
6
Mechanics of Material
7
11
Machine Design
2
3
Theory of Machines
5
8
Heat Transfer
4
7
Fluid Mechanics
6
9
Manufacturing Engineering
8
11
Industrial Engineering
2
4
Previous Year's GATE Instrumentation Engineering Exam Paper Analysis
The Analysis of the Previous Years’
GATE Instrumentation Engineering
Exam Paper can give a glimpse of the exam pattern and difficulty level. In the past years, the exam has been moderate to tough level, with a mix of conceptual questions and numerical problems.
Tips and Tricks for Cracking GATE Instrumentation Engineering Exam
Cracking the
GATE 2025
Instrumentation Engineering Exam requires a lot of hard work, dedication, and preparation. Here are some tips and tricks that can help you crack the exam with ease.
Understand the Exam Pattern:
The first step towards cracking any exam is to understand its pattern thoroughly. Knowing the number of questions, marks allotted, and negative marking scheme can help you plan your preparation strategy accordingly.
Plan Your Preparation Strategy:
Once you have understood the exam pattern, plan your preparation strategy accordingly. Divide your time equally between all subjects and allot more time to the ones that you find difficult.
Practice Makes Perfect:
Practice as many previous year question papers as possible to get the hang of the type of questions asked in the exam. Solving mock tests can also help you evaluate your performance and identify areas that need improvement.
Focus on Basics:
Revise all concepts and formulas thoroughly before starting with advanced topics. Make sure that your basics are clear for all subjects.
Time Management:
Time management is crucial when it comes to cracking any competitive exam. Make sure that you manage your time effectively during the exam by dividing it wisely between all sections.
Importance of Instrumentation Engineering
Instrumentation engineering
is a vital subject that focuses on the design, development, and maintenance of different instruments and control systems that are utilized in various industries. This subject is essential for creating precise and accurate measuring instruments that are used in processes, machinery, and equipment.
Without accurate instrumentations, evaluating performance and taking steps to optimize systems would be nearly impossible. Engineers trained in instrumentation are responsible for measuring and controlling the process variables, such as pressure, temperature, flow, and level in industrial facilities, ensuring the smooth functioning of machinery and equipment.
Apart from this, instrumentation engineering is critical in the medical, space, and defence industries, where accurate measuring instruments are vital for saving lives and maintaining the safety of missions.
Moreover,
instrumentation engineering
is a rapidly growing industry with increased demand for modern automated systems that are more efficient and precise. Students studying instrumentation engineering have vast opportunities to work in various rapidly growing sectors of the economy, including robotics, automation, aerospace, and many more.
Therefore, it is a critical subject that brings together other engineering disciplines and gives an understanding of how they work together to create efficient and reliable systems.
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