Feedback Infrastructure Services Civil Site Engineer Interview Questions and Answers

Q1. Where do you see yourself in 5 years?
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Q1. Water supply project rwss and EPC industry project
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Q1. Education and Work Experience Discussions.
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Q1. About your Project and Execution step by step in brief.
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Q2. Some technical questions related to your site work and computer proficiency.
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Q3. Quantity take off and contractor billing.
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Q4. QS related questions.
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Q1. Salary negotiation and get the offer.☺️
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About personality, work schedule, team work, Kick of work, progress achieving goals.

Q1. HR looking ur first impression not just you looking good, they looking ur sences of humour,ur presentation, ur idea's.
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Q2. If we hire to our company, what will you give to company, what's type your contribution.
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Q1. 16 mm dia steel weight 1 m
Ans. 
The weight of 16 mm dia steel of 1 m length is 1.58 kg.
• The weight of steel can be calculated using the formula: weight = (d^2/162) * L, where d is the diameter in mm and L is the length in meters.

• Substituting the values, we get weight = (16^2/162) * 1 = 1.58 kg.

• This weight is for mild steel. The weight may vary for other types of steel.

• The weight of steel is an important factor in construction and design calculations.
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Q2. M-20 grade con. 1 cum weight
Ans. 
M-20 grade concrete weighs approximately 2400 kg per cubic meter.
• M-20 grade concrete is a commonly used grade of concrete in construction.

• The weight of M-20 grade concrete is determined by the density of its components.

• The components of M-20 grade concrete include cement, sand, and coarse aggregates.

• The weight of each component and their proportions determine the overall weight of 1 cubic meter of M-20 grade concrete.

• T...read more
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Q3. Concrete mini.to max slup
Ans. 
Concrete slump is the measure of consistency and workability of concrete.
• Slump test is conducted to determine the consistency of freshly mixed concrete.

• The minimum slump for concrete used in road construction is 25-50 mm.

• The maximum slump for concrete used in heavily reinforced structures is 100-150 mm.

• The slump value can be adjusted by adding water or admixtures to the concrete mix.

• A higher slump value indicates a mor
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