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100+ Free WBPSC AE Civil Practice Questions

Pass your West Bengal Public Service Commission Assistant Engineer (Civil) Written Examination exam on the first try — instant access, no signup required.

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Key Facts: WBPSC AE Civil Exam

100

Written Exam Questions

Official Syllabus

200

Total Written Exam Marks

Official Syllabus

120 mins

Total Exam Duration

Official Syllabus

-0.5

Negative Marking for Incorrect Answers

Official Syllabus

100

Interview Marks

Official Syllabus

WBPSC AE Civil written exam comprises 100 MCQs (200 marks) in 2 hours with a negative marking of 0.5. Fee is ₹210 (exempt for WB SC/ST/PwD).

Sample WBPSC AE Civil Practice Questions

Try these sample questions to test your WBPSC AE Civil exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What is the relationship between Young's Modulus (E), Shear Modulus (G), and Poisson's ratio (μ)?
A.E = 2G(1 + μ)
B.E = 2G(1 - μ)
C.G = 2E(1 + μ)
D.G = 2E(1 - μ)
Explanation: Young's Modulus E and Shear Modulus G are related by the equation E = 2G(1 + μ), where μ is Poisson's ratio. This relationship is derived from the elastic response of materials under axial and shear stress conditions.
2If a material has a Young's Modulus of 200 GPa and a Bulk Modulus of 133.33 GPa, what is its Poisson's ratio?
A.0.25
B.0.33
C.0.20
D.0.30
Explanation: The relationship between Young's Modulus (E), Bulk Modulus (K), and Poisson's ratio (μ) is E = 3K(1 - 2μ). Substituting the values: 200 = 3 * 133.33(1 - 2μ) => 200 = 400(1 - 2μ) => 0.5 = 1 - 2μ => 2μ = 0.5 => μ = 0.25.
3A simply supported beam of span L carries a concentrated load W at its mid-span. What is the maximum deflection of the beam if its flexural rigidity is EI?
A.WL³ / (48EI)
B.WL³ / (3EI)
C.5WL³ / (384EI)
D.WL³ / (8EI)
Explanation: For a simply supported beam with a central point load W, the maximum deflection occurs at the mid-span and is equal to WL³ / (48EI). This is calculated by integration methods or moment-area theorems.
4A cantilever beam of length L carries a point load W at the free end. What is the deflection at the free end?
A.WL³ / (3EI)
B.WL³ / (8EI)
C.WL³ / (48EI)
D.WL³ / (2EI)
Explanation: The deflection at the free end of a cantilever beam under a point load W is WL³ / (3EI) and the slope is WL² / (2EI). This is determined by the double integration or conjugate beam method.
5For a fixed beam of span L carrying a central concentrated load W, what is the value of the bending moment at the supports?
A.WL / 8
B.WL / 4
C.WL / 12
D.WL / 16
Explanation: A fixed beam with a central point load W has fixed-end moments of WL / 8 at both supports. The bending moment at the mid-span is also WL / 8 (in magnitude), making the total moment change WL/4.
6A circular solid shaft of diameter D is subjected to a torque T. What is the maximum shear stress induced in the shaft?
A.16T / (πD³)
B.32T / (πD³)
C.64T / (πD³)
D.8T / (πD³)
Explanation: According to the torsion equation T/J = τ/r, where J = πD⁴/32 is the polar moment of inertia and r = D/2. Solving for shear stress τ yields τ = (T * D/2) / (πD⁴/32) = 16T / (πD³).
7What is the effective length of a column of actual length L if it is fixed at one end and free at the other?
A.2.0 L
B.0.5 L
C.0.7 L
D.1.0 L
Explanation: For a column fixed at one end and free at the other, the buckled shape is equivalent to half of a pinned-pinned column of length 2L. Therefore, its theoretical effective length is 2.0 L.
8What is the ratio of Euler's buckling load for a column fixed at both ends to that of a column pinned at both ends, assuming identical material and cross-section?
A.4
B.2
C.16
D.8
Explanation: Euler's buckling load is P = π²EI / L_eff². For a pinned-pinned column, L_eff = L, so P_pinned = π²EI / L². For a fixed-fixed column, L_eff = 0.5L, so P_fixed = π²EI / (0.5L)² = 4π²EI / L². The ratio P_fixed / P_pinned is 4.
9According to the theory of pure bending, what is the bending stress at the neutral axis of a beam subjected to bending?
A.Zero
B.Maximum tensile stress
C.Maximum compressive stress
D.Average stress of the cross-section
Explanation: The bending stress formula is σ = My/I. At the neutral axis, the distance y from the neutral axis is zero, which means the bending stress σ is also zero. The neutral axis undergoes no elongation or contraction during bending.
10What is the ratio of the maximum shear stress to the average shear stress in a circular cross-section beam?
A.4/3
B.3/2
C.8/3
D.2
Explanation: For a circular cross-section, the maximum shear stress occurs at the neutral axis and is equal to 4/3 times the average shear stress (τ_max = 4/3 * V/A).

About the WBPSC AE Civil Exam

The West Bengal Public Service Commission (WBPSC) Assistant Engineer (Civil) recruitment consists of two stages: a written examination containing 100 objective multiple-choice questions (carrying 2 marks each) and a personal interview carrying 100 marks. This practice test bank specifically focuses on the objective written examination stage, covering the entire degree-level Civil Engineering syllabus including Strength of Materials, Structural Design, Geotechnical Engineering, Fluid Mechanics, Environmental, Transportation, and Surveying. Each question is accompanied by detailed explanations for both correct and incorrect options to help candidates master core concepts.

Questions

100 scored questions

Time Limit

2 hours (120 minutes)

Passing Score

Category-wise qualifying marks set by the Commission (typically 40% for General, 38% for OBC, 35% for SC, and 30% for ST).

Exam Fee

₹210 (SC/ST of WB and PwD exempted) (West Bengal Public Service Commission (WBPSC))

WBPSC AE Civil Exam Content Outline

20%

Strength of Materials & Theory of Structures

Stress-strain, shear force & bending moment, columns, and determinate/indeterminate structural analysis.

20%

Concrete & Steel Structures Design

Reinforced concrete, limit state and working stress design, steel connections, prestressed concrete, and IS code provisions.

15%

Geotechnical & Foundation Engineering

Soil properties, classification, permeability, shear strength, bearing capacity, pile foundations, and earth pressure.

15%

Fluid Mechanics & Hydraulics

Fluid properties, kinematics, pipe flow, open channel flow, hydraulic machines, hydrology, and water resource systems.

10%

Environmental Engineering

Water treatment, sewerage systems, wastewater treatment, air/noise pollution, and solid waste management.

10%

Transportation & Bridge Engineering

Highway planning, geometric design, traffic flow characteristics, pavement design, and bridge components.

10%

Surveying & Construction Management

Measurements, levelling, curves, contouring, building materials, and construction project management.

How to Pass the WBPSC AE Civil Exam

What You Need to Know

  • Passing score: Category-wise qualifying marks set by the Commission (typically 40% for General, 38% for OBC, 35% for SC, and 30% for ST).
  • Exam length: 100 questions
  • Time limit: 2 hours (120 minutes)
  • Exam fee: ₹210 (SC/ST of WB and PwD exempted)

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

WBPSC AE Civil Study Tips from Top Performers

1Review core civil engineering formulas in Strength of Materials and Fluid Mechanics, which are heavily tested.
2Thoroughly study standard Indian Standard codes such as IS 456 (Concrete) and IS 800 (Steel) as many direct questions are asked from them.
3Solve previous years' WBPSC Assistant Engineer question papers to understand the standard difficulty level and pattern.
4Practice numerical calculations for soil mechanics (void ratio, bearing capacity) and surveying (local attraction, contouring) to increase speed.
5Improve time management by attempting mock tests under exam conditions to complete 100 questions within 120 minutes.

Frequently Asked Questions

What is the exam pattern for the WBPSC Assistant Engineer (Civil) Written Examination?

The written exam consists of 100 multiple-choice questions (MCQs), carrying 2 marks each, for a total of 200 marks. The duration of the exam is 2 hours (120 minutes).

Is there a negative marking penalty in the WBPSC AE Civil exam?

Yes. For every incorrect answer, 0.5 marks (1/4th of the question value) will be deducted.

What are the eligibility requirements for WBPSC AE Civil?

Candidates must hold a degree in Civil Engineering from a recognized University or equivalent qualification. The upper age limit is 36 years as of January 1st of the recruitment year, and candidates must be able to read, write, and speak in Bengali (except those whose mother tongue is Nepali).

What is the application fee for the WBPSC AE Civil exam?

The application fee is ₹210. Candidates belonging to SC/ST categories of West Bengal and Persons with Disabilities (PwD) with a physical disability of 40% and above are exempted from paying the fee.

How is the final merit list calculated for WBPSC AE Civil?

The final merit list is prepared by combining the marks obtained in the written examination (out of 200) and the personal interview (out of 100), making a total of 300 marks.