GATE CE Weightage Analysis for Geotechnical Engineering
By BYJU'S Exam Prep
Updated on: September 25th, 2023
GATE CE weightage analysis for geotechnical engineering will help the students to prepare for the upcoming GATE exam. With the help of weightage analysis candidates can get an overview of the question asked, the difficulty level of the topics and patterns of the questions, etc. GATE CE weightage analysis for geotechnical engineering also helps to understand the subject weightage in the GATE exam.
Here we are providing the detailed GATE CE weightage analysis for Geotechnical Engineering. GATE CE Exam conducted in various sessions. The following weightage analysis helps you to understand the importance of the subject in the GATE Exam.
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GATE CE Weightage Analysis for Geotechnical Engineering
The GATE CE weightage analysis for geotechnical engineering is an essential aspect for the candidates preparing for this exam. The weightage analysis provides a detailed breakdown of the distribution of marks among the various topics and subjects in geotechnical engineering. This analysis helps the candidates to understand the importance of each topic and allocate their preparation time accordingly. It will be explained here for the GATE previous years’ papers.
- GATE Civil Engineering 2023
- Paper-1 Analysis: 16 Marks
- Paper-2 Analysis: 15 Marks
- GATE Civil Engineering 2022
- Paper-1 Analysis: 13 Marks
- Paper-2 Analysis: 12 Marks
- GATE Civil Engineering 2021
- Paper-1 Analysis: 15 Marks
- Paper-2 Analysis: 15 Marks
- GATE Civil Engineering 2020
- Paper-1 Analysis: 14 Marks
- Paper-2 Analysis: 15 Marks
- GATE Civil Engineering 2019
- Paper-1 Analysis: 15 Marks
- Paper-2 Analysis: 14 Marks
- GATE Civil Engineering 2018
- Paper-1 Analysis: 14 Marks
- Paper-2 Analysis: 15 Marks
- GATE Civil Engineering 2017
- Paper-1 Analysis: 15 Marks
- Paper-2 Analysis: 13 Marks
- GATE Civil Engineering 2016
- Paper-1 Analysis: 15 Marks
- Paper-2 Analysis: 14 Marks
- GATE Civil Engineering 2015
- Paper-1 Analysis: 15 Marks
- Paper-2 Analysis: 14 Marks
- GATE Civil Engineering 2014
- Paper-1 Analysis: 12 Marks
- Paper-2 Analysis: 14 Marks
Importance of Weighatage Analysis
The importance of GATE CE weightage analysis for geotechnical engineering cannot be overstated. The GATE CE weightage analysis for geotechnical engineering is an essential tool for candidates preparing for the exam. It helps candidates to identify important topics, allocate their preparation time effectively, and achieve high scores in the exam.
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Helps in Exam Preparation: GATE CE weightage analysis for geotechnical engineering provides a detailed breakdown of the distribution of marks among the various topics and subjects in the subject. This helps candidates to identify the important topics and allocate their preparation time accordingly. With this information, candidates can create a comprehensive study plan that covers all the important topics and ensures that they are well-prepared for the exam.
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Helps in Time Management: With the help of weightage analysis, candidates can determine the amount of time they should spend on each topic. This ensures that candidates don’t waste their time on less important topics and instead focus on the topics that are likely to be covered in the exam.
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Provides Insight into Exam Pattern: By analyzing the weightage of each topic in the previous years’ exams, candidates can get an idea of the exam pattern and the types of questions that are likely to be asked. This helps candidates to prepare for the exam more effectively and efficiently.
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Helps in Achieving High Scores: By focusing on the topics that have higher weightage in the exam, candidates can improve their chances of scoring high marks. This is because these topics are likely to have more questions in the exam and carry more marks.
Important Topics of Geotechnical Engineering
As per the previous year’s analysis, the weightage of geotechnical engineering in GATE CE ranges from 9% to 10% of the total marks. The topics that have a significant weightage in geotechnical engineering include soil mechanics, foundation engineering, geotechnical earthquake engineering, and rock mechanics. These are given below at their subtopic level.
Earth Pressure, permeability seepage, compaction, Bearing capacity, Consolidation, Shear Strength, Soil properties, permeability seepage, consolidation, shear strength, Shallow foundations, Earth pressure, Sub-surface investigations, and Pile Capacity. Stability of slopes, Sub-surface investigations, relationship and interrelationships, permeability seepage, consolidation, shear strength, and consolidation.
We hope this analysis will be useful to prepare Geotechnical Engineering.
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