Assistant Engineer (Civil) Syllabus Guide

Comprehensive Paper-2 Breakdown for KEA Recruitment

BWSSB

Navigating the Karnataka Examinations Authority (KEA) exam for the Assistant Engineer (Civil) position requires a strategic understanding of the Paper-2 syllabus. This guide provides a detailed overview of the core engineering and mathematical competencies required for success.

1. Engineering Mathematics

Linear Algebra & Calculus: Covers matrices, determinants, and Eigen values. It includes limits, continuity, partial derivatives, and Fourier series.

Vector & Differential Equations: Focuses on Gradient, Divergent, and Curl along with Stokes, Gauss, and Green’s theorems. It encompasses first and higher-order ODEs, Cauchy’s, and Euler’s equations.

Advanced Topics: Includes Partial Differential Equations (PDEs) for heat and wave equations, Laplace and Z-transforms, and Numerical Methods like Simpson’s rule.

Probability: Essential statistics including Mean, Median, Mode, and Regression analysis.

2. Core Civil Engineering Foundations

Strength of Materials: Analysis of forces, equilibrium, and Mohr’s circle. Key studies include bending stress, shear stress, and torsion in beams.

Building Science: Details on building stones, cement properties, and mortar. It also covers RMC manufacture and high-strength concrete.

Construction Elements: Foundations (safe bearing capacity), Masonry, Staircases, Trusses, and Formwork.

3. Field Engineering & Fluid Mechanics

Surveying: Mastery of Chain surveying, Plane table surveying, and Levelling. Advanced topics include Tacheometric surveying and curve calculation.

Fluid Mechanics: Bernoulli’s theorem, buoyant force, and discharge measurements. Includes modal studies and the use of Notches and Weirs.

4. Structural & Geotechnical Mastery

Structural Analysis: Three hinged arches, suspension cables, and the Moment area method. Covers design for one-way/two-way slabs, raft foundations, and steel structures.

Geotechnical Engineering: Physical properties of soils, shear strength, site investigation, and earth pressure analysis.

5. Environmental & Infrastructure Engineering

Water & Sanitary: Population forecasting, water treatment (aeration, filtration), and biological sewage treatment. Includes advanced waste water methods and septic tank design.

Transportation: Highway geometric design, traffic characteristics, and railway engineering (Rails, Sleepers, Tunnelling).

Hydrology & Irrigation: The hydrologic cycle, flood estimation, reservoir design, and the design of lined/unlined canals.

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