Shubham EPC Civil Site Engineer Interview Questions and Answers

My salary is competitive and based on my experience, qualifications, and the current market rates for Civil Site Engineers.

• My salary is determined by factors such as my level of experience in the field.

• Qualifications and certifications also play a role in determining my salary.

• Market rates for Civil Site Engineers in the specific location where I work also influence my salary.

• I am open to discussing salary expectations

I have worked at XYZ Engineering Firm as a Civil Site Engineer.

• Worked at XYZ Engineering Firm

• Position: Civil Site Engineer

• Responsibilities included site inspections, project management, and coordination with contractors

• Completed projects include construction of a commercial building and a residential complex

As a Civil Site Engineer, my job profile involved overseeing construction projects, managing site operations, and ensuring compliance with safety regulations.

• Managed and supervised construction projects from start to finish

• Coordinated with architects, contractors, and subcontractors to ensure smooth project execution

• Monitored site operations and ensured adherence to project plans and specifications

• Performed quality con...read more

I have 5 years of experience as a Civil Site Engineer.

• I have worked on various construction projects, including residential, commercial, and infrastructure.

• During my time as a Civil Site Engineer, I have successfully managed and supervised construction activities.

• I am well-versed in interpreting engineering drawings and specifications.

• I have experience in conducting site inspections and ensuring compliance with safety ...read more

I worked as a Civil Site Engineer, responsible for overseeing construction projects and ensuring their successful completion.

• Managed and supervised construction activities on site

• Ensured compliance with building codes and regulations

• Collaborated with architects, contractors, and other professionals

• Prepared and reviewed project plans, drawings, and specifications

• Monitored progress and quality of work

• Resolved any issues ...read more

Pile heads are removed to allow for further construction or to ensure proper load transfer to the foundation.

• To prepare for further construction on top of the piles

• To ensure proper load transfer to the foundation

• To facilitate the installation of pile caps or beams

• To adjust the pile length if necessary

There are four deductions of 90 degree angles.

• A 90 degree angle is formed when two lines intersect at a right angle.

• In a square, all four angles are 90 degrees.

• In a rectangle, opposite angles are 90 degrees.

• In a right triangle, one angle is always 90 degrees.

Static load test is used to measure the load capacity of a structure under a constant load, while dynamic load test is used to measure the response of a structure to varying loads.

• Static load test involves applying a constant load to a structure and measuring its response over time.

• Dynamic load test involves applying varying loads to a structure to simulate real-life conditions.

• Static load test helps determine the maxi...read more

The number of tolerance of pile load test depends on the specific project requirements and standards.

• The number of tolerance of pile load test can vary based on the project specifications and standards.

• Typically, a tolerance of +/- 5% to +/- 10% is considered acceptable for pile load tests.

• Some projects may have more stringent tolerance requirements depending on the criticality of the structure.

• It is important to refer...read more

Bentonite has a range density of 17-22 lb/gal and is used in civil engineering for drilling fluid, grouting, and sealing purposes.

• Range density of bentonite is typically between 17-22 lb/gal.

• Bentonite is used in civil engineering for various purposes such as drilling fluid, grouting, and sealing.

• The range density of bentonite is important for determining its effectiveness in different applications.

• Higher range density ...read more

I am Loganathan Gangadharan I Finished diploma in civil engineering with 10 years experience in Construction Field. Building background to eat not come down

The lapping length for a 12 mm steel rod used in construction is typically 60 times the diameter of the rod.

• Lapping length is usually 60 times the diameter of the steel rod

• For a 12 mm steel rod, the lapping length would be 12 mm x 60 = 720 mm

• Lapping is done to ensure continuity and strength in the reinforcement

In Oman, commonly used footings include spread footings, strip footings, and raft footings.

• Spread footings are used for individual columns or walls and distribute the load over a larger area.

• Strip footings are continuous footings that support a line of columns or walls.

• Raft footings are used for large or irregularly shaped structures to distribute the load over a wider area.

• In Oman, due to the sandy soil conditions, de...read more

To rectify a broken concrete floor, materials like concrete mix, epoxy resin, or self-leveling compound can be used.

• Use concrete mix to fill in the broken areas and level the floor.

• Apply epoxy resin to seal cracks and strengthen the floor.

• Consider using self-leveling compound for a smooth and even surface.

• Ensure proper preparation and cleaning of the floor before applying any material.

• Consult with a structural engineer

Concrete setting times can vary depending on factors like temperature and mix design.

• Concrete typically sets within 24-48 hours, but continues to harden over time.

• Factors affecting setting time include temperature, humidity, and mix design.

• For example, in hot weather, concrete may set faster, while in cold weather it may take longer.

• Accelerators or retarders can be added to the mix to adjust setting times as needed.

Quantity of PQC can be calculated by multiplying area with thickness

• PQC stands for Pavement Quality Concrete

• Area is calculated by measuring length and width of the pavement

• Thickness is usually 150 mm for highways

• Quantity = Area x Thickness

Quantity of DBM can be calculated by using the formula: Volume of DBM = Area x Thickness

• Calculate the area of the road surface to be covered with DBM

• Determine the required thickness of the DBM layer

• Multiply the area by the thickness to get the volume of DBM required

• Consider the wastage factor while calculating the quantity of DBM

• Use appropriate units of measurement for accuracy