UPSC ESE ECE Subject Wise Weightage 2024

UPSC ESE ECE Subject Wise Weightage 2024, UPSC ESE Exam Analysis 2024

UPSC ESE ECE Subject Wise Weightage 2024: UPSC ESE ECE 2024 notification has published after that candidates are searching for the previous years subject wise questions weightage, so here we are providing all details regarding UPSC ESE ECE Subject Wise Weightage 2024. Candidates can reads all details from this post.

Paper 1 of the Electronics exam includes General Studies and Engineering Aptitude exam papers. All candidates get a common paper for all engineering branches, i.e., Civil Engineering, Mechanical Engineering, Electronics Engineering and Electronics Engineering.

By analyzing the UPSC ESE ECE Subject Wise Weightage 2024 of Prelims and Mains question papers, candidates can learn about the difficulty level of the exam. This will provide students with in-depth knowledge of the topics covered in the ESE Electronics Exams. Candidates can also learn about the number of questions asked from all subjects. The article provides applicants with a detailed analysis covering the topic-wise weightage of different subjects, difficulty level of the exam paper.

UPSC ESE ECE Subject Wise Weightage 2024

 

UPSC ESE Electronics & Communication Exam Pattern For Prelims

The ESE Prelims Exam consists of two papers, details are listed below.

  • The first level of the selection procedure is the ESE Prelims Exam. Prelims Paper I and Paper II, there are objective questions.
  • The ESE Exam has a total of 500 marks.
  • Paper I is the same for all candidates, while Paper-II contains questions from the core engineering subject.
  • For each wrong answer marked, one-third of marks are subtracted.
Paper Marks Duration
Paper I: General Studies and Engineering Aptitude Paper 200 Marks 2 Hours
Paper-II: Core Engineering Paper 300 Marks 3 Hours
Total 500 Marks 5 Hours

UPSC ESE 2023 Prelims Paper 1 Analysis – Subject-wise Weightage

The major highlights of Prelims Paper 1 including the overall difficulty level, type of questions from each topic is shared in the below-mentioned points. The gist is provided based on the UPSC ESE ECE 2023 prelims paper 1 analysis. It also has the reviews added by the candidates who appeared for the examination.

  • Overall difficulty level of UPSC ESE ECE Paper 1 was moderate to difficult.
  • Current affairs had the maximum weightage of overall marks.
  • UPSC ESE 2023 Prelims paper-1 had equal weightage for numerical and theoretical questions in the examination.
  • The assertion and reason-based questions were fewer (four) in comparison to previous years.
  • As compared to last year, the weightage for standard quality and management was also less.
  • Engineering aptitude Ethics and Moral values had good weightage.
  • The Paper pattern was quite similar to the previous year paper.
  • Current Affairs, Engineering Mathematics, Engineering Aptitude, Numerical Analysis, had the maximum weightage of 15 marks each.

The table below represents the UPSC ESE ECE Subject Wise Weightage 2024 described as per UPSC ESE ECE 2023 Prelims Paper 1 Analysis for the General Awareness and Engineering Aptitude Paper.

S. No. Subjects 2023 2022 2021 2020 2019
1. Current Affairs 15 16 18 10 8
2. Engineering Aptitude 15 11 15 10 10
3. Engineering Mathematics Numerical Analysis 15 14 15 12 5
4. Basics of Project Management 4 9 7 9 6
5. Material Science 7 5 7 10 9
6. Ethics Values 10 8 6 10 12
7. Design, Drawing Importance of Safety 8 8 4 12 12
8. Energy Environment 9 6 8 11 14
9. Information Communication Technologies (ICT) 11 10 10 11 10
10. Standards and Quality Practices 6 13 10 5 14
Total 100 100 100 100 100

UPSC ESE ECE Exam Analysis for Electrical Engineering Paper

UPSC ESE Electronics And Communications Prelims exam was conducted for the candidates who successfully registered for the Prelims examination. Read the analysis to get information about difficulty level, good attempts, topic-wise weightage, and so on.

Subject Que in 2023 Que in 2022 Que in 2021 Que in 2020 Que in 2019
Control Systems 13 14 7
Electromagnetic Field Theory 23 13 13
Networks 15 12 14
Analog Circuits 7 1 8
Basic Electronics 16 9 12
Microprocessor 6 4 4
Digital Circuits 7 15 5
Communication Systems 14 11 12
Material Science 1 14 14
Advanced Electronics 10 8 17
Advanced Communication 3 16 15
Electronic Measurements and Instrumentation 7 12 10
Basic Electrical Engineering 15 10 8
Computer Organization and Architecture 13 11 11
Total 150 150 150 150 150

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