Civil Engineering Competitive Exams – Objective Special

Build Strong Concepts. Practice Smart. Prepare with Confidence.

Civil Engineering Competitive Exams – Objective Special is a comprehensive objective practice book designed for aspirants preparing for major technical and competitive examinations in Civil Engineering. It brings together subject-wise multiple-choice questions, detailed solutions, conceptual coverage, application-based problems, and exam-oriented practice in one structured resource.

The book is designed around the core Civil Engineering subjects commonly required for State PSC Lecturer/Assistant Professor examinations, GATE, Engineering Services Examination (ESE/IES), State AE & JE examinations, PSU technical recruitment, DRDO, ISRO, university and polytechnic lecturer examinations, and M.Tech/Ph.D. entrance examinations.

Key Highlights

• Subject-wise premium MCQs for systematic preparation
• Detailed explanation for every question to strengthen conceptual understanding
• Concept-based and exam-oriented questions for focused practice
• Questions covering Remembering, Understanding, Application and Analysis levels
• Structured coverage of 17 core Civil Engineering subjects
• Designed according to latest competitive examination trends and patterns
• Useful for practice, revision, self-study and classroom preparation
• Includes both conceptual and numerical/problem-solving questions
• Helps improve accuracy, analytical ability and examination confidence

Comprehensive Civil Engineering Coverage

The book is organized into two parts and covers a broad range of core Civil Engineering disciplines.

Part 1

1. Engineering Mechanics – Force systems, equilibrium, friction, centroid, centre of gravity, moment of inertia, structural analysis, motion, work-energy, impulse-momentum, impact, rigid-body kinetics and virtual work.
2. Strength of Materials – Stress and strain, Hooke’s law, elastic constants, Mohr’s circle, shear force and bending moment, bending stresses, torsion, deflection, columns and buckling.
3. Structural Analysis – Indeterminacy, trusses, deflection methods, strain energy, unit-load method, conjugate beam method, arches, rolling loads and influence lines.
4. Structural Steel Design – Limit state design, bolted/riveted/welded connections, tension members, compression members, beams, plate girders, gantry girders and stability considerations.
5. Design of Concrete & Masonry Structure – Reinforced concrete beams, T-beams, L-beams, slabs, columns, footings and retaining walls.
6. Building Materials – Stones, bricks, cement, concrete, timber, bitumen, plastics, paints, insulation materials, building construction and maintenance.
7. Construction Management – Quantity estimation, rate analysis, specifications, tenders, contracts, bar charts, networks, PERT, CPM and project cost management.
8. Geotechnical Engineering & Foundation Engineering – Soil classification, permeability, seepage, compaction, consolidation, stress distribution, shear strength, earth pressure, slope stability, bearing capacity and foundations.

Part 2

9. Fluid Mechanics – Fluid properties, pressure measurement, buoyancy, flow classification, continuity equation, Bernoulli’s equation, flow measurement, boundary layers, drag, lift and dimensional analysis.
10. Open Channel Flow – Uniform and gradually varied flow, critical flow, hydraulic jump, specific energy, specific force, flow measurement and channel design.
11. Hydraulic Machines – Reciprocating and centrifugal pumps, cavitation, rotodynamic machines, Pelton, Francis and Kaplan turbines.
12. Hydrology – Hydrologic cycle, precipitation, evaporation, infiltration, runoff, hydrographs, aquifers, rainwater harvesting and recharge.
13. Water Resources Engineering – Irrigation methods, canals, sediment transport, canal design, drainage, river training, headworks, weirs, barrages, cross-drainage works, dams and reservoirs.
14. Transportation Engineering – Road development, geometric design, traffic studies, pavement design, flexible and rigid pavements, CBR method, Westergaard theory and road construction.
15. Railways Engineering – Permanent way, rails, gauges, sleepers, ballast, track geometry, turnouts, crossings, stations, yards, signalling, interlocking and airport planning.
16. Environmental Engineering – Water supply, water quality, wastewater characteristics, sedimentation, coagulation, filtration, wastewater treatment, sludge digestion, septic tanks and UASB.
17. Surveying – Levelling, bearings, plane table surveying, contouring, theodolite, triangulation, total station, GPS, GIS, photogrammetry and remote sensing.

Exam-Oriented Practice with Detailed Solutions

The questions are not limited to direct factual recall. The book includes conceptual, numerical and application-oriented MCQs that encourage students to understand the underlying engineering principles. For example, Engineering Mechanics questions cover force systems, free-body diagrams, friction, centroid, moment of inertia, equilibrium, virtual work and numerical force-resultant problems, with explanations provided after the answers.

Numerical practice includes problems involving resultant forces, friction, beam reactions, moment of inertia, centroid calculations, rotational motion, impact and work-energy concepts, helping aspirants develop calculation speed along with conceptual clarity.

Ideal for Major Technical Examinations

This book is particularly useful for aspirants targeting:

• GATE Civil Engineering
• ESE / IES Civil Engineering
• State PSC Lecturer & Assistant Professor Exams
• State AE & JE Examinations
• PSU Civil Engineering Recruitment
• DRDO Technical Examinations
• ISRO Scientist-C Examinations
• University & Polytechnic Lecturer Examinations
• M.Tech Entrance Examinations
• Ph.D. Entrance Examinations
• Technical and competitive Civil Engineering examinations requiring strong objective-question practice

Why This Book Can Strengthen Your Preparation

A successful competitive-exam strategy requires more than reading theory. Regular MCQ practice helps identify conceptual gaps, improve problem-solving speed and become familiar with different question patterns. This book combines topic-wise practice with explanations, allowing learners to revise concepts while solving questions rather than treating practice and revision as separate activities.

Its subject-wise organization also makes it convenient to use for targeted revision before examinations, while the wide syllabus coverage makes it suitable as a consolidated Civil Engineering objective practice resource.

Who Should Read This Book?

This book is suitable for:

• Civil Engineering students preparing for competitive examinations
• Engineering graduates targeting technical government jobs
• Aspirants preparing for GATE and ESE/IES
• Candidates preparing for State AE and JE examinations
• Faculty and lecturer aspirants preparing for State PSC and university examinations
• PSU technical recruitment aspirants
• Students preparing for M.Tech and Ph.D. entrance examinations
• Learners looking for Civil Engineering MCQs with detailed solutions for systematic practice

Book Details

• Title: Civil Engineering (Competitive Exams – Objective Special)
• Author & Editor-in-Chief: Dr. Parvendra Kumar
• Publisher: Teach To India Publication
• Edition: First Edition, 2026
• ISBN: 978-81-69424-05-9
• Language: English

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A Focused Practice Companion for Civil Engineering Aspirants

Strengthen concepts, practice objective questions, improve problem-solving skills and prepare systematically across the major areas of Civil Engineering. With comprehensive subject-wise coverage and detailed explanations, this book is designed to support focused preparation for competitive and technical examinations.