ESE 2019 Preliminary Cut-Offs for ECE and Analysis of the Exam
Introduction to the Engineering Services Examination (ESE 2019)
The Engineering Services Examination (ESE) is a major recruitment exam for government engineering positions in India. The exam comprises preliminary and mains stages, with the preliminary stage being the initial hurdle for aspirants. This article provides an overview of the ESE 2019 preliminary stage, specifically focusing on the Engineering and Computer Electronics (ECE) branch, along with the cut-off analysis and potential marks required to achieve a seat.
Cut-Off Analysis for ECE in ESE 2019 Prelims
According to MadeEasy, the cut-off for ECE in ESE 2019 Prelims might be as follows:
General: 210–220 OBC: 200–210 SC/ST: 170–180These figures should be considered as rough estimates, and students should prepare and target slightly higher marks to ensure their success. As Mark Shashank pointed out, coaching predictions can be slightly off, but being within the range of 225 can provide a good safety net. It is also important to note that individual performance can vary, with some candidates achieving 10–15 marks more or less than expected based on coaching solutions.
Subject-wise Analysis of the ESE 2019 Prelims
The preliminary stage of ESE 2019 for Electrical Engineering included a variety of subjects with varying levels of difficulty. Here is a detailed breakdown of each subject:
Engineering Mathematics
This section saw a significant increase in the number of questions from 9 to 12. The difficulty level was higher compared to 2018, with more focus on Calculus and Complex Analysis. Some students might find these questions challenging, but with proper preparation, they can be mastered.
Network Theory
The Network Theory section had 12 questions, down from 21 in 2018. These questions were generally easier and more focused on theoretical aspects. Students who prefer detailed theoretical understanding might find this section more manageable.
Signals and Systems
The number of questions in this section increased drastically from 3 to 13. The questions were of moderate level, and most students could solve them barring a few lengthier ones. This section requires solid foundational knowledge to handle.
Power System
This section had 14 questions, a drop from 22 in 2018. Half of the questions were moderate, and a few were ambiguous. Given the changes, this might be the subject where detailed mock tests and proper guidance are essential.
Power Electronics
The Power Electronics section saw an increase in the number of questions, requiring deeper insights and application. This subject can be challenging, but consistent practice can help students achieve better scores.
Measurement
The Measurement section had 11 questions, with around 6 being theoretical. Students with thorough notes from class can handle this section with ease.
Communication
Communication theory saw an increase from 1 to 7 questions, with 2 being theoretical and the rest numerical. Some questions were very difficult, but the rest were of easy to moderate difficulty.
Analog Electronics
12 questions compared to 7 in 2018 made this section easier, but students should note the new syllabus to stay updated. The questions can be solved easily with a good understanding of the subject.
Microprocessor
Microprocessor questions saw a boost, with 6 questions asked. These were very basic and achievable for students who followed the classroom program.
Digital Electronics
Digital Electronics questions were straightforward, but the topic can be complex for some. Given the exception of easier questions this year, students should practice for the higher-level questions expected in the future.
Control System
This section had 22 questions, covering a comprehensive range of topics. The questions were easier than previous years, making it a good area for scoring.
Electrical Machines
The section had 14 questions, ensuring a balanced paper. These questions were very easy and straightforward to solve, providing a good base for the overall score.
Computer Fundamentals
This year, 8 questions were asked, with one being numerical. This subject requires in-depth understanding to perform well. Studying according to the MADE EASY curriculum can give a significant edge.
Material Science
Material Science saw 14 questions, with the level of difficulty increasing. Consistency in preparation is key to handling this subject.
Electromagnetic Field Theory
No questions were asked in this section, but its importance cannot be understated. This subject remains crucial for both the ESE Mains and GATE exams.
Expected Cut-Offs for ECE in ESE 2019 Prelims
Based on the overall difficulty and distribution of questions, the expected cut-offs for ECE in ESE 2019 Prelims might be as follows:
General: 225-235 OBC: 220-230 SC/ST: 190-200These estimates are based on the analysis of the paper trend and feedback from aspirants. Students should aim to score above these marks to secure a safe position.
Conclusion and Advice
The ESE 2019 preliminary exam showed a mix of easier and harder questions, requiring a balance between theoretical and numerical concepts. Aspirants should focus on consistent preparation, especially in subjects like Engineering Mathematics and Power Electronics, to achieve good scores. The feedback and marks mentioned here should serve as a guideline, but each candidate's performance can vary. Therefore, scoring above the expected cut-offs is crucial for secure selection.