GATE Electronics & Communication Engineering (ECE) Paper Analysis 2024

After the completion of the GATE ECE exam on 11th February, candidates who are aspiring to enter Electronics and Communication Engineering (ECE) can now access a complete GATE ECE Paper Analysis 2024 provided by IMS. The analysis provides valuable insights into the exam structure, question patterns, difficulty levels, and topic-wise weightage.

It is highly beneficial for candidates preparing for the GATE ECE exam to thoroughly analyze the previous year’s papers. This analysis can help the aspirants schedule their study plans, revise effectively, and ultimately increase their chances of securing a high score in the upcoming GATE exam. The GATE ECE Paper Analysis is significant for those who aspire to excel in the GATE ECE exam and pursue further academic or career opportunities in their area of expertise. Therefore, candidates should invest their time in understanding the GATE ECE Paper Analysis to ensure a successful and promising career ahead.

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GATE ECE Paper Analysis 2024

Marks Weightage

Variety of Questions

Difficulty level

The GATE 2024 paper on Electronics and Communication Engineering was moderately difficult. The questions asked in this paper were lengthy, requiring a lot of calculations. Due to this reason, the chances of making calculation mistakes were observed more in this paper. Getting into more detail, here is the subject-wise GATE ECE Paper Analysis 2024.

1. Aptitude :

The questions are framed from the chapters on Averages, logarithm Number systems, Venn diagrams, pie charts, geometry, and spatial. The questions were a good mix of direct formula-based questions and application-based questions having moderate difficulty level.

2. Engineering Mathematics :

The questions are framed from the chapters on Linear Algebra, Vector calculus, Basis, Differential equations, and complex variables. The questions were a good mix of direct formula-based questions and application-based questions having moderate difficulty level.

3. Network Theory :

The questions are framed from the Nodal Analysis, Transient, and Network Theorems chapters. The questions were fact-based questions having moderate difficulty levels.

4. Signals Systems:

The questions are framed from the chapters on Convolution, Z Transform, and Fourier Transform. The questions asked were easy, direct, formula-based questions.

5. Control Systems:

The questions are framed from the chapters on frequency domain analysis, basics of control systems, time domain analysis, state space analysis, and stability analysis. The questions asked were a good mix of application-based, fact-based and formula-based questions having easy to moderate difficulty levels.

6. Digital Circuits:

The questions are framed from the chapters on Number Systems, Sequential circuits, and Multiplexer.  The questions framed were easy, direct, formula-based questions.

7. Communication:

The questions are framed from the Entropy and amplitude Modulation chapters.  The questions framed were easy formula-based questions.

8. Analog Electronics:

The questions are framed from the chapters on Op.amp, Oscillators, Mosfet, and Rectifiers.  The questions were application-based questions having moderate difficulty levels.

9. Electronic Devices Circuits:

The questions are framed from the chapters on BJT, Mosfet, Semiconductors, and Moscap.  The questions were theory-based questions having moderate difficulty levels.

10. Electromagnetic Theory

The questions are framed from the chapters on Electromagnetic Wave Propagation, Transmission Lines, and electrostatics.  The questions were formula-based questions but lengthy having moderate difficulty levels.

11. COA

The questions are framed from the chapters on Instruction format.  The questions were easy and were fact-based questions.

IMS GATE ACADEMY conducted a detailed analysis and solution discussion of the memory-based questions after the session. Electronics and Communication Engineering Department Mentors have provided valuable insights and experience in this session. 

GATE 2024 Electronics and Communication Engineering Session Detailed Analysis Link – https://www.youtube.com/live/GRhgJP91Yl4?si=AvLigH-BXwJc-1f0

GATE ECE Paper Analysis 2023 – Detailed Review

• The level of the GATE 2023 ECE paper was moderate to tough.
• The questions asked in the exam were MSQ, NAT, and MCQ questions.
• General Aptitude level is considered to be easy to moderate and
• Engineering Mathematics was slightly difficult.

GATE ECE Paper Analysis 2022 

• A total number of 14 MSQs are asked, and this is the 1st time in the GATE ECE paper.
• The overall difficulty level of the paper was Moderate to Difficult.
• General Aptitude Questions were easy to moderate.
• A total number of 33 MCQ questions were included in the exam.
•  A total number of 18 NAT questions were asked.

GATE EC 2021 Analysis: Highlights

Here is the topic-wise analysis of the GATE 2021 Electrical Engineering paper:

GATE ECE Paper Analysis 2021

The GATE ECE 2021 exam was conducted for 3 hours. Now let us take a look at the highlights of the GATE ECE paper analysis:

• The exam’s difficulty level was tough compared to the previous years. The previous year’s GATE ECE exam was moderate.
• In GATE ECE 2021, the questions carried 1 and 2 marks.
• The majority of the questions asked in the GATE exam were of moderate level, but few of them were difficult. 
• Questions that were required to be answered in the aptitude and English sections were easy to moderate.
• The second shift included zero MCQs
• Questions consisted of Random Processes and Random Variation.
• Easy questions were asked from Analog Circuit.
• Questions about the topic of Electrostatics were also asked. 

Analysis of GATE papers is an important tool for aspirants, providing valuable insights into question patterns, difficulty levels, and subject-wise weightage. This comprehensive analysis allows candidates to identify their strengths and weaknesses, helping them refine their preparation strategies. By understanding each section correctly, aspirants can tailor their study plans to focus on key areas, optimize time management, and improve overall performance. This analysis empowers candidates with the knowledge to navigate the GATE landscape, ultimately contributing to a more informed and strategic approach to achieving their academic and professional goals, so keep an eye on the GATE ECE Paper Analysis and stay updated to learn better.

GATE ECE Paper Analysis: FAQs

What topics were covered in the General Aptitude section of the GATE ECE exam?

The examination comprised a different set of questions, consisting of multiple-select questions (MSQ) that required selecting more than one answer, numerical answer type (NAT) questions that demanded numerical values as answers, and multiple-choice questions (MCQ) that had four options among which only one was correct.

What is the duration of the GATE ECE exam?

The Graduate Aptitude Test in Engineering (GATE) for Electronics and Communication Engineering (ECE) is held for three hours, during which candidates are tested on their knowledge and understanding of various technical and analytical concepts related to the field.

Is GATE ECE very tough?

GATE ECE difficulty varies depending on preparation and understanding of concepts. It’s considered difficult due to its technical nature and broad syllabus if not taken proper knowledge and practice. To learn more about the sections, use the GATE ECE Paper Analysis.

How can candidates use GATE ECE Paper Analysis to improve their preparation?

Candidates can use GATE ECE Paper Analysis to understand and identify weak areas effectively, learn more about question patterns, focus on high-weightage topics, and simulate exam conditions for adequate preparation.