GATE CE 2021 Syllabus

GATE CE 2021 Syllabus

GATE is a highly competitive exam where lakhs of students appear to crack the exam and hence it requires effective tips for GATE exam preparation. GATE 2021 exam will be conducted by IIT Bombay. Qualifying GATE exam can help you get admissions for PG programs and job opportunities in PSU Companies.

Hence, before starting the preparation for GATE exam, every GATE aspirants must go through the GATE Syllabus and analyze thoroughly. With the help of GATE Syllabus for Civil Engineering, students will be able to plan their preparation strategy and crack GATE with top rank.

You can check subject and topic wise syllabus here,

GENERAL APTITUDE

Verbal Aptitude

1. Basic English grammar

2. Tenses

3. Articles

4. Adjectives

5. Prepositions

6. Conjunctions

7. Verb-noun agreement, and other parts of speech Basic vocabulary

8. Words

9. Idioms, and phrases in context Reading and comprehension Narrative sequencing.

Quantitative Aptitude

1. Data interpretation

2. Data graphs (bar graphs, pie charts, and other graphs representing data)

3. 2- and 3-dimensional plots

4. Maps, and tables Numerical computation and estimation

5. Ratios

6. Percentages

7. Powers

8. Exponents and logarithms

9. Permutations and combinations

10. Series Mensuration

11. Geometry Elementary statistics and probability

Analytical Aptitude

1. Logic: deduction and induction

2. Analogy

3. Numerical relations and reasoning

Spatial Aptitude

1. Transformation of shapes

2. Translation

3. Rotation

4. Scaling

5. Mirroring

6. Assembling

7. Grouping Paper folding

8. Cutting

9. Patterns in 2 and 3 dimensions

SECTION 1 - ENGINEERING MATHEMATICS

Linear Algebra

1. Matrix algebra

2. Systems of linear equations

3. Eigen values and Eigen vectors

Calculus

1. Functions of single variable

2. Limit

3. Continuity and differentiability

4. Mean value theorems

5. Local maxima and minima

6. Taylor series

7. Evaluation of definite and indefinite integrals

8. Application of definite integral to obtain area and volume

9. Partial derivatives

10. Total derivative

11. Gradient

12. Divergence and Curl

13. Vector identities

14. Directional derivatives

15. Line

16. Surface and Volume integrals

Ordinary Differential Equation (ODE)

1. First order (linear and non-linear) equations

2. Higher order linear equations with constant coefficients

3. Euler-Cauchy equations

4. Initial and boundary value problems

Partial Differential Equation (PDE)

1. Fourier series

2. Separation of variables

3. Solutions of one-dimensional diffusion equation

4. First and second order one-dimensional wave equation and two dimensional Laplace equation

Probability and Statistics

1. Sampling theorems

2. Conditional probability

3. Descriptive statistics–Mean

4. Median

5. Mode and standard deviation

6. Random Variables–Discrete and Continuous

7. Poisson and Normal Distribution

8. Linear regression

Numerical Methods

1. Error analysis

2. Numerical solutions of linear and non-linear algebraic equations

3. Newton’s and Lagrange polynomials

4. Numerical differentiation

5. Integration by trapezoidal and Simpson’s rule

6. Single and multi-step methods for first order differential equations

SECTION 2 - STRUCTURAL ENGINEERING

Engineering Mechanics

1. System of forces

2. Free-body diagrams

3. Equilibrium equations

4. Internal forces in structures

5. Frictions and its applications

6. Centre of mass

7. Free Vibrations of Undamped SDOF system

Solid Mechanics

1. Bending moment and shear force in statically determinate beams

2. Simple stress and strain relationships

3. Simple bending theory

4. Flexural and shear stresses

5. Shear centre

6. Uniform torsion

7. Transformation of stress

8. Buckling of column

9. Combined and direct bending stresses

Structural Analysis

1. Statically determinate and indeterminate structures by force/energy methods

2. Method of superposition

3. Analysis of trusses

4. Arches

5. Beams

6. Cables and frames

7. Displacement methods

8. Slope deflection and moment distribution methods

9. Influence lines

10. Stiffness and flexibility methods of structural analysis

Construction Materials and Management

1. Construction Materials

2. Structural Steel–Composition

3. Material properties and behavior

4. Concrete-Constituents

5. Mix design

6. Short-term and long-term properties

7. Construction Management

8. Types of construction projects

9. Project planning and network analysis-PERT and CPM

10. Cost estimation

Concrete Structures

1. Working stress and Limit state design concepts

2. Design of beams

3. Slabs

4. Columns

5. Bond and development length

6. Prestressed concrete beams

Steel Structures

1. Working stress and Limit state design concepts

2. Design of tension and compression members

3. Beams and beam-columns

4. Column bases

5. Connections-simple and eccentric

6. Beam-column connections

7. Plate girders and trusses

8. Concept of plastic analysis beams and frames

SECTION 3 - GEOTECHNICAL ENGINEERING

Soil Mechanics

1. Three-phase system and phase relationships

2. Index properties

3. Unified and Indian standard soil classification system

4. Permeability-one dimensional flow

5. Seepage through soils–two dimensional flow

6. Flow nets

7. Uplift pressure

8. Piping

9. Capillarity

10. Seepage force

11. Principle of effective stress and quicksand condition

12. Compaction of soils

13. One-dimensional consolidation

14. Time rate of consolidation

15. Shear Strength

16. Mohr’s circle

17. Effective and total shear strength parameters

18. Stress-Strain characteristics of clays and sand

19. Stress paths

Foundation Engineering

1. Sub-surface investigations-Drilling bore holes

2. Sampling

3. Plate load test

4. Standard penetration and cone penetration tests

5. Earth pressure theories-Rankine and Coulomb

6. Stability of slopes–Finite and infinite slopes

7. Bishop’s method

8. Stress distribution in soils–Boussinesq’s theory

9. Pressure bulbs

10. Shallow foundations–Terzaghi’s and Meyerhoff’s bearing capacity theories

11. Effect of water table

12. Combined footing and raft foundation

13. Contact pressure

14. Settlement analysis in sands and clays

15. Deep foundations–dynamic and static formulae

16. Axial load capacity of piles in sands and clays

17. Pile load test

18. Pile under lateral loading

19. Pile group efficiency

20. Negative skin friction

SECTION 4 - WATER RESOURCES ENGINEERING

Fluid Mechanics

1. Properties of fluids

2. Fluid statics

3. Continuity

4. Momentum and energy equations and their applications

5. Potential flow

6. Laminar and turbulent flow

7. Flow in pipes

8. Pipe networks

9. Concept of boundary layer and its growth

10. Concept of lift and drag

Hydraulics

1. Forces on immersed bodies

2. Flow measurement in channels and pipes

3. Dimensional analysis and hydraulic similitude

4. Channel Hydraulics-Energy-depth relationships

5. Specific energy

6. Critical flow

7. Hydraulic jump

8. Uniform flow

9. Gradually varied flow and water surface profiles

Hydrology

1. Hydrologic cycle

2. Precipitation

3. Evaporation

4. Evapo-transpiration

5. Watershed

6. Infiltration

7. Unit hydrographs

8. Hydrograph analysis

9. Reservoir capacity

10. Flood estimation and routing

11. Surface run-off models

12. Ground water hydrology - Steady state well hydraulics and aquifers

13. Application of Darcy’s Law

Irrigation

1. Types of irrigation systems and methods

2. Crop water requirements - Duty

3. Delta

4. Evapo-transpiration

5. Gravity Dams and Spillways

6. Lined and unlined canals

7. Design of weirs on permeable foundation

8. Cross drainage structures

SECTION 5 - ENVIRONMENTAL ENGINEERING

Water and Waste Water Quality and Treatment

1. Basics of water quality standards–Physical, Chemical and Biological parameters

2. Water quality index

3. Unit processes and operations

4. Water requirement

5. Water distribution system

6. Drinking water treatment

7. Sewerage system design

8. Quantity of domestic wastewater

9. Primary and secondary treatment

10. Effluent discharge standards

11. Sludge disposal

12. Reuse of treated sewage for different

Air Pollution

1. Types of pollutants

2. Their sources and impacts

3. Air pollution control

4. Air quality standards

5. Air quality Index and limits

Municipal Solid Wastes

1. Characteristics

2. Generation

3. Collection and transportation of solid wastes

4. Engineered systems for solid waste management (reuse/ recycle, energy recovery, treatment and disposal)

SECTION 6 - TRANSPORTATION ENGINEERING

Transportation Infrastructure

1. Geometric design of highways - cross-sectional elements

2. Sight distances

3. Horizontal and vertical alignments

4. Geometric design of railway Track–Speed and Cant

5. Concept of airport runway length

6. Calculations and corrections

7. Taxiway and exit taxiway design

Highway Pavements

1. Highway materials-desirable properties and tests

2. Desirable properties of bituminous paving mixes

3. Design factors for flexible and rigid pavements

4. Design of flexible and rigid pavement using IRC codes

Traffic Engineering

1. Traffic studies on flow and speed

2. Peak hour factor

3. Accident study

4. Statistical analysis of traffic data

5. Microscopic and macroscopic parameters of traffic flow

6. Fundamental relationships

7. Traffic signs

8. Signal design by Webster’s method

9. Types of intersections

10. Highway capacity

SECTION 7 - GEOMATICS ENGINEERING

1. Principles of surveying

2. Errors and their adjustment

3. Maps-scale

4. Coordinate system

5. Distance and angle measurement-Leveling and trigonometric leveling

6. Traversing and triangulation survey

7. Total station

8. Horizontal and vertical curves

9. Photogrammetry and Remote Sensing-Scale

10. Flying height

11. Basics of remote sensing and GIS