SSC JE Civil Engineering 2024: 90 Days Mock Test Challenge to Master SSC JE CE 2024 Syllabus

Want to cover the SSC JE CE 2024 Syllabus in 90 Days? Starting your preparation to crack the SSC JE Civil Engineering exam requires not just dedication, but a strategic and well-organized study plan. With the competition soaring high, it’s crucial to equip yourself with the right tools and resources to ace the exam with confidence. That’s why we’ve meticulously crafted a 90-day weekly study plan, tailored specifically for SSC JE Civil Engineering 2023 aspirants. This comprehensive plan covers all the essential subjects and topics, ensuring a systematic approach to your preparation journey.

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Must Read: SSC JE Recruitment 2023 Notification – Know All About Vacancy, Eligibility & Other Imp. Details!

SSC JE 2023-10 Days Mock Test Challenge for a Speedy Start

Also read: SSC JE 2023 Exam: All Important Topics

SSC JE Civil Engineering 2024: 90 Days Mock Test Challenge to Master SSC JE CE 2024 Syllabus

Here’s the 90-day weekly study plan for SSC JE Civil Engineering 2023 organized in a table format:

NOTE: Follow this organized study plan diligently over the course of 90 days to effectively cover the entire SSC JE Civil Engineering syllabus and enhance your chances of success in the exam.

SSC JE 2023 Exam Pattern

SSC JE Exam 2023 will have Two Tiers i.e. Tier 1 and Tier 2. Check the SSC JE Exam Pattern mentioned below in the table format:

SSC JE 2023 Exam Pattern for Paper-I

The detailed SSC JE Exam Pattern 2023 for Paper I is tabulated below:

SSC Junior Engineer Exam Pattern for Paper II

The SSC JE Paper II Exam Pattern is given below in a tabular manner:

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SSC JE 2024 Civil Engineering Syllabus

Every year, a huge number of aspirants appear for SSC JE Exam from the Civil Engineering discipline. In order to make the preparation effective, candidates must refer to the brief SSC JE Syllabus 2023 to enhance their score to get their dream job. You can check the SSC Junior Engineer Syllabus 2023 for Civil Engineering in this section:

SSC JE Civil Syllabus for Tier I

For SSC JE Tier I Exam 2023, the question paper will consist of the following subjects given below:

• General Intelligence & Reasoning
• General Awareness
• General Engineering:
  Part A: (Civil Engineering & Structural Engineering)
  Part B: (Electrical Engineering)
  Part C: (Mechanical Engineering)

SSC JE 2023 General Intelligence & Reasoning

• Classification
• Analogy
• Coding-Decoding
• Paper Folding Method
• Matrix
• Word Formation
• Venn Diagram
• Direction and Distance
• Blood Relations
• Series
• Verbal reasoning
• Non-Verbal Reasoning
• Seating Arrangement
• Analysis
• Judgement
• Decision making
• Visual memory
• Discrimination
• Analogies
• Similarities
• Differences
• Space visualization
• Problem-solving
• Observation
• Relationship concepts
• Arithmetical reasoning
• Verbal and figure classification
• Arithmetical number series
• Arithmetical computations

SSC JE 2023 General Awareness

• Static General Knowledge
• Science
• Current Affairs
• Sports
• History
• Culture
• Geography
• Economics
• Books and Authors
• Important Schemes
• Portfolios
• People in the News
• General Polity and
• Scientific Research

SSC JE Syllabus 2023 General Engineering

SSC JE Syllabus 2023 Civil Engineering

• Building Materials
• Surveying
• Estimating
• Soil Mechanics
• Irrigation Engineering
• Costing and Valuation
• Concrete Technology
• Steel Design

Structural Engineering

• Theory of Structures
• RCC Design
• Hydraulics
• Environmental Engineering
• Transportation Engineering

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SSC JE Civil 2023 Syllabus: Tier II

SSC JE 2023 Tier 2 Paper will be divided into 3 parts from the concerned discipline. The SSC JE 2023 Tier 2 Exam paper will be a written exam of 300 marks for a duration of 2 hours. You can choose any one out of three parts as per your qualification.

Here are the SSC JE 2023 Tier 2 Exam Subjects below:

• Part-A (Civil Engineering & Structural Engineering)
• Part-B (Electrical Engineering)
• Part-C (Mechanical Engineering)

SSC JE Syllabus 2023 for Civil Engineering

• Physical and chemical properties
• Classification
• Standard Tests
• Uses and Manufacture
• Quarrying of Materials

Building Materials

Estimating, Costing, and Valuation

1. Estimate, a glossary of technical terms
2. analysis of rates
3. RCC work
4. Shuttering
5. Timber work
6. Painting
7. Flooring
8. Plastering
9. Boundary wall
10. Brick building
11. Water Tank
12. Septic tank
13. Bar bending schedule
14. Centre line method
15. Mid-section formula
16. Trapezoidal formula
17. Simpson’s rule
18. Cost estimate of Septic tank
19. flexible pavements
20. Tube well
21. isolates and combined footings
22. Steel Truss
23. Piles, and
24. pile-caps.
25. Valuation – Value and cost
26. scrap value
27. salvage value
28. assessed value
29. sinking fund
30. depreciation
31. obsolescence
32. methods of Valuation
33. methods and unit of measurement
34. Items of work – earthwork
35. Brickwork (Modular & Traditional bricks)

Surveying

1. Principles of surveying
2. measurement of distance
3. chain surveying
4. Working on the prismatic compass
5. compass traversing
6. bearings
7. local attraction
8. plane table surveying
9. The theodolite traversing
10. adjustment of theodolite
11. Leveling,
12. Definition of terms used in leveling,
13. contouring
14. curvature
15. refraction corrections.
16. Temporary and permanent adjustments of dumpy level
17. methods of contouring
18. Uses of a contour map
19. tachometric survey
20. curve setting
21. Earthwork calculation
22. advanced surveying equipment

Soil Mechanics

1. Origin of soil, phase diagram
2. Definitions-void ratio
3. porosity
4. degree of saturation
5. water content
6. the specific gravity of soil grains
7. unit weights
8. density index, and interrelationship of different parameters
9. Grain size distribution curves, and their uses
10. Index properties of soils
11. Atterberg’s limits
12. ISI soil classification, and plasticity chart
13. Permeability of soil
14. coefficient of permeability
15. determination of the coefficient of permeability
16. Unconfined and confined aquifers
17. effective stress
18. quicksand
19. consolidation of soils
20. Principles of consolidation
21. degree of consolidation
22. pre-consolidation pressure
23. normally consolidated soil
24. e-log p curve
25. Computation of ultimate settlement.
26. Shear strength of soils
27. direct shear test
28. Vane shear test
29. Triaxial test
30. Soil compaction
31. Laboratory compaction test
32. Maximum dry density and optimum moisture content
33. Earth pressure theories
34. active and passive earth pressures
35. Bearing capacity of soils
36. plate load test
37. standard penetration test

Hydraulics

1. Fluid properties and hydrostatics
2. Measurements of flow
3. Bernoulli’s theorem and its application
4. Weirs
5. Flumes
6. Spillways
7. pumps
8. Turbines
9. Flow-through pipes
10. Flow in open channels

Irrigation Engineering

1. Definition, necessity, benefits, 2II effects of irrigation, types, and methods of irrigation
2. Hydrology – Measurement of rainfall
3. runoff coefficient
4. Rain gauge
5. Losses from precipitation – evaporation, infiltration, etc.
6. Water requirement of crops, duty, delta and base period
7. Kharif and Rabi Crops
8. Command area
9. Time factor
10. Crop ratio
11. Overlap allowance
12. Irrigation efficiencies
13. Different types of canals
14. types of canal irrigation
15. loss of water in canals
16. Shallow and deep to wells
17. the yield from a well
18. Weir and Barrage
19. Canal lining – types and advantages
20. Failure of weirs and permeable foundation
21. Slit, and Scour
22. Kennedy’s theory of critical velocity
23. Lacey’s theory of uniform flow
24. Definition of flood, causes, and effects
25. methods of flood control
26. Waterlogging
27. Preventive measure

Transportation Engineering

1. Highway Engineering: cross-sectional elements
2. geometric design
3. types of pavements
4. pavement materials
5. Aggregates and bitumen
6. different tests
7. Bituminous construction
8. Rigid pavement joint
9. pavement maintenance
10. Highway drainage
11. Railway Engineering
12. Design of flexible and rigid pavements
13. Water Bound Macadam (WBM) and Wet Mix Macadam (WMM)
14. Gravel Road
15. Components of the permanent way -Sleepers
16. Ballast
17. fixtures and fastening
18. track geometry
19. points and crossings
20. track junction
21. stations
22. Yards
23. Traffic Engineering – Different traffic survey
24. Speed-flow-density, and their interrelationships
25. Intersections, and interchanges
26. Traffic signals
27. Traffic operation
28. Traffic signs and markings
29. Road safety

Environmental Engineering

1. Quality of water
2. Source of water supply
3. Purification of water
4. Distribution of water
5. Sewerage systems
6. Circular sewer
7. Oval sewer
8. Sewer appurtenances
9. Sewage treatments
10. Need of sanitation
11. Surface water drainage
12. Solid waste management – types, effects, engineered management system
13. Air pollution – pollutants, causes, effects, control
14. Noise pollution – cause, health effects, control

SSC JE Structural Engineering Syllabus (Part A)

Theory of Structures

1. Elasticity constants, types of beams – determinate and indeterminate
2. Bending moment and shear force diagrams of simply supported
3. cantilever, and overhanging beams
4. Chimneys
5. Dams and retaining walls
6. Eccentric loads
7. Moment of area and moment of inertia for rectangular & circular sections
8. Bending moment, and shear stress for tee, channel, and compound sections
9. Slope deflection of simply supported and cantilever beams
10. Critical load and columns
11. Torsion of circular section

Concrete Technology

1. Properties, Advantages, and uses of concrete
2. Cement aggregates
3. The importance of water quality
4. Water-cement ratio
5. Workability
6. Mix design
7. Storage
8. Batching
9. Mixing
10. placement, compaction, finishing and curing of concrete
11. Quality control of concrete
12. Hot weather and cold weather concreting repair
13. Maintenance of concrete structures

RCC Design

1. RCC beams-flexural strength
2. shear strength
3. bond strength
4. T-beams
5. lintels
6. design of singly reinforced
7. double reinforced beams
8. cantilever beams.
9. One-way and two-way slabs
10. isolated footings
11. Reinforced brick works
12. columns, staircases, retaining walls, water tanks (RCC design questions may be based on both Limit State and Working Stress methods)

Steel Design

1. Steel design and construction of steel columns
2. Beams roof trusses plate girders

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Takeaway

As you dive into this 90-day study plan, remember that consistency and perseverance are key. By following the weekly schedule diligently, you’ll not only cover the entire SSC JE Civil Engineering syllabus but also strengthen your conceptual understanding and problem-solving skills. And to put your preparation to the ultimate test, don’t forget to avail of our FREE SSC JE 2024 Mock Test. It’s the perfect opportunity to gauge your progress, identify areas for improvement, and fine-tune your exam strategy. So, embrace this study plan, stay focused, and let’s embark together on the path to exam success!

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