Civil Structural Design Engineer Interview Questions and Answers

I have over 5 years of experience in structural design, including designing buildings, bridges, and other infrastructure projects.

• I have a Bachelor's degree in Civil Engineering with a focus on structural design.

• I have worked on various projects involving the design of buildings, bridges, and other structures.

• I am proficient in using software such as AutoCAD, Revit, and SAP2000 for structural analysis and design.

• I have experience in conducting structural inspections and asses...read more

SBC stands for Safe Bearing Capacity in civil engineering design.

• SBC stands for Safe Bearing Capacity in civil engineering design.

• It is the maximum pressure that can be applied to the soil without risking shear failure.

• SBC is an important parameter used in foundation design to ensure the stability and safety of structures.

• For example, if the SBC of a particular soil is 200 kN/m^2, it means that the maximum pressure that can be applied to that soil is 200 kN per square meter.

Bending moment diagram shows variation of bending moment along the length of a simply supported beam.

• Bending moment is zero at the supports and maximum at the center of the beam.

• The diagram is typically parabolic for a uniformly distributed load.

• For point loads, the diagram consists of straight lines connecting the points of load application.

• Calculations involve determining reactions at supports and applying equilibrium equations.

IS 1893 is the Indian standard code used for seismic design.

• IS 1893 is the code used for seismic design in India.

• It provides guidelines for the seismic design of structures.

• The code covers various aspects such as site characterization, design parameters, and load combinations.

• It includes provisions for both earthquake-resistant design and retrofitting of existing structures.

• IS 1893 is regularly updated to incorporate new research and advancements in seismic design.

Manual design of cantilever slab involves calculating the required thickness and reinforcement for the slab to resist bending and shear forces.

• Determine the load on the slab and the span of the cantilever

• Calculate the required thickness of the slab using the bending moment equation

• Determine the required reinforcement using the shear force equation

• Consider the deflection of the slab and ensure it meets the required limits

• Check for any other design requirements such as fire res...read more

Yes, IS codes are used for wind in civil structural design engineering.

• IS codes refer to the Indian Standards codes that provide guidelines for various aspects of engineering design in India.

• For wind, the relevant IS code is IS 875 (Part 3): 2015, which provides specifications for wind loads on buildings and structures.

• This code considers factors such as wind speed, terrain category, and building height to determine the design wind loads.

• Design engineers use these codes to en...read more