Nirmaan Projects Senior Civil Engineer Interview Questions and Answers

The sequence of activities for aluminium (mivan) structure construction involves several steps.

• Preparing the site and marking the layout

• Constructing the foundation and footings

• Erecting the aluminium formwork panels

• Fixing reinforcement bars and embedment items

• Pouring concrete into the formwork

• Curing the concrete

• Stripping the formwork

• Finishing and cleaning the structure

The finishing work sequence of activities involves the final steps in a construction project to complete the project and prepare it for use.

• Inspecting and correcting any defects or deficiencies

• Installing finishes such as flooring, paint, and fixtures

• Completing final electrical and plumbing work

• Cleaning and tidying up the site

• Obtaining necessary permits and certifications

• Conducting final inspections

• Handing over the comp

Waterproofing ponding test hours determine the duration for which a waterproofing system can withstand water ponding.

• Waterproofing ponding test hours measure the ability of a waterproofing system to resist water penetration under prolonged ponding conditions.

• The test involves subjecting the waterproofing system to a specified water depth for a certain duration.

• The duration of the test can vary depending on the project ...read more

The accepted rolling margin value for 8mm to 10mm steel rods varies depending on the specific project requirements and industry standards.

• The accepted rolling margin value can range from 2% to 5%.

• It is important to consult project specifications and industry guidelines for the specific rolling margin value.

• For example, if the rolling margin value is set at 3%, a 10mm steel rod could have a diameter between 9.7mm and 10...read more

The unit weight of steel refers to the weight of a given volume of steel material.

• The unit weight of steel is typically measured in pounds per cubic foot or kilograms per cubic meter.

• The specific unit weight of steel can vary depending on the type and grade of steel being used.

• For example, the unit weight of structural steel is around 490 pounds per cubic foot or 7850 kilograms per cubic meter.

• The unit weight of reinfo...read more

I expect a competitive salary based on my experience and qualifications. As for the working period, I am open to discussing and negotiating the number of days.

• I am looking for a salary that reflects my expertise and the responsibilities of the senior civil engineer role.

• I am open to discussing the salary range during the interview process.

• Regarding the working period, I am flexible and willing to negotiate the number o...read more

I have worked on various civil engineering projects including construction of highways, bridges, and buildings.

• Managed the construction of a 10 km highway project, ensuring timely completion and adherence to safety standards

• Designed and supervised the construction of a 5-story commercial building, ensuring structural integrity and compliance with local regulations

• Led a team of engineers in the construction of a pedestr...read more

Various tests are done on aggregates, including sieve analysis, specific gravity, and absorption.

• Sieve analysis determines the particle size distribution of the aggregate.

• Specific gravity test measures the density of the aggregate compared to water.

• Absorption test determines the amount of water absorbed by the aggregate.

• Other tests include soundness test, crushing value test, and impact value test.

• The results of these ...read more

Cutting length of a beam is the total length of the beam including the extra length required for bending and overlapping reinforcement.

• Cutting length is calculated by adding the clear span of the beam to the development length of the reinforcement on both sides.

• Extra length is added for bending and overlapping reinforcement to ensure proper strength and stability.

• Proper calculation of cutting length is crucial for the ...read more

Lapping zone in columns & beams refers to the overlapping area where two reinforcement bars are spliced together.

• Lapping zone is typically located at the mid-height of the column or beam.

• It is important to ensure proper lapping length and overlap to maintain structural integrity.

• Lapping zone should be free from rust, oil, grease, or any other contaminants.

• Proper anchorage length should be provided to prevent failure at...read more