Project Engineer - Civil

90+ Project Engineer - Civil Interview Questions and Answers

Updated 7 Nov 2024

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Q1. 15 days Program sheet for Steel qty of 850 sqft, slab area, 60 columns of size 600×300 mm and 3.0 m height, 30 Mt steel & Steel shuttering.

Ans.

15-day program sheet for steel quantity of 850 sqft, 60 columns of size 600x300 mm, 30 Mt steel & steel shuttering.

  • Prepare a detailed BOQ for steel and shuttering

  • Calculate the required manpower and machinery

  • Plan the procurement and delivery of materials

  • Schedule the fabrication and installation of steel

  • Allocate time for quality checks and inspections

Q2. Do you think about that site execution is one of the easiest tasks in engineering?

Ans.

No, site execution is not one of the easiest tasks in engineering.

  • Site execution involves managing multiple stakeholders and ensuring compliance with safety regulations.

  • It requires coordination with various teams, including contractors, architects, and local authorities.

  • Site execution also involves dealing with unexpected challenges, such as weather conditions and unforeseen site conditions.

  • Examples of site execution tasks include managing construction schedules, ensuring qua...read more

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Q3. What is the purpose of Slump test?

Ans.

The Slump test is used to measure the consistency of fresh concrete before it sets.

  • It measures the workability of concrete.

  • It determines the water content in the concrete.

  • It helps to ensure that the concrete is of the desired consistency for the intended use.

  • The test involves filling a standard slump cone with fresh concrete and then measuring the slump of the concrete after the cone is removed.

  • The slump is the difference between the height of the cone and the height of the c...read more

Q4. 1.Concrete batch time which temperature of heat produced

Ans.

Concrete batch time affects the temperature of heat produced during the curing process.

  • The batch time of concrete refers to the duration for which the concrete ingredients are mixed together.

  • A longer batch time can lead to higher temperatures being produced during the curing process.

  • The heat generated during curing is important as it affects the strength and durability of the concrete.

  • Proper monitoring and control of batch time and temperature is crucial for ensuring the qual...read more

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Q5. Density of Cement, Steel & Aggregate?

Ans.

The density of cement, steel, and aggregate varies.

  • The density of cement typically ranges from 1,100 to 1,500 kg/m³.

  • The density of steel is around 7,800 kg/m³.

  • The density of aggregate depends on its type, with values ranging from 1,400 to 2,900 kg/m³.

  • These values may vary depending on the specific composition and properties of the materials.

Q6. How will you try or complete the tenders in a very short time?

Ans.

To complete tenders in a short time, I will prioritize tasks, delegate responsibilities, utilize templates, and streamline communication.

  • Prioritize tasks based on deadlines and importance

  • Delegate responsibilities to team members to divide workload efficiently

  • Utilize templates for common sections of the tender document to save time

  • Streamline communication with stakeholders to ensure quick responses and approvals

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Q7. What is the quantity of steel required for 1000sqft house ?

Ans.

The quantity of steel required for a 1000sqft house depends on the design, structural requirements, and type of construction.

  • Quantity of steel will vary based on the type of construction (reinforced concrete, steel frame, etc.)

  • Steel quantity is determined by the structural design and load-bearing requirements

  • For a reinforced concrete structure, typically 1-2% of the total volume is used for steel reinforcement

Q8. In M 20 WHAT is 20 and how we got that value

Ans.

M 20 is a designation for a concrete mix with a compressive strength of 20 megapascals (MPa).

  • M 20 refers to the grade of concrete used in construction projects.

  • The number 20 represents the compressive strength of the concrete mix in megapascals.

  • The value of 20 is determined based on the requirements of the project and the structural design.

  • Different grades of concrete, such as M 10, M 15, M 25, etc., have different compressive strength values.

  • The higher the grade, the stronge...read more

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Q9. How you can maintain the progress and the QC at particular activates.

Ans.

Maintaining progress and QC involves proper planning, monitoring, and communication.

  • Create a detailed project plan with timelines and milestones.

  • Regularly monitor progress and identify any delays or issues.

  • Implement quality control measures and ensure they are followed.

  • Communicate with team members and stakeholders to keep everyone informed.

  • Adjust the plan as needed to stay on track and meet project goals.

  • Example: Conduct regular site inspections to ensure work is being done ...read more

Q10. Site execution and billing as per BOQ and balance work estimation

Ans.

Site execution and billing as per BOQ and balance work estimation

  • Ensure site work is executed as per BOQ

  • Estimate balance work and bill accordingly

  • Maintain accurate records of work done and billed

  • Coordinate with project manager and client for approvals

  • Ensure timely payment for work done

Q11. How much experience do you have in retail fitouts ?

Ans.

I have 5 years of experience in retail fitouts, working on various projects ranging from small boutique stores to large department stores.

  • I have completed 10 retail fitout projects in the past 5 years.

  • I have experience working with different materials and finishes commonly used in retail fitouts.

  • I have collaborated with architects, designers, and contractors to ensure successful completion of retail fitout projects.

  • I am familiar with local building codes and regulations relat...read more

Q12. What is the thickness of motor or chemical in self-levelling?

Ans.

The thickness of motor or chemical in self-levelling varies depending on the manufacturer and product.

  • The thickness can range from 1/8 inch to 1/4 inch.

  • It is important to follow the manufacturer's instructions for application and thickness.

  • Some self-levelling products may require multiple coats to achieve the desired thickness.

  • The thickness can also depend on the substrate and the level of unevenness that needs to be corrected.

Q13. How to recognise a bridge as like major, minor, normal

Ans.

Bridges can be classified as major, minor or normal based on their importance and traffic volume.

  • Major bridges are those that connect important cities or regions and have high traffic volume.

  • Minor bridges are those that connect smaller towns or villages and have lower traffic volume.

  • Normal bridges are those that fall in between major and minor bridges in terms of importance and traffic volume.

  • Factors such as length, width, height, and type of bridge also play a role in determ...read more

Q14. What is developement length in beam

Ans.

Development length in a beam is the length of reinforcement required to transfer the stress from the steel bars to the surrounding concrete.

  • Development length is determined by factors such as the type of reinforcement, concrete strength, and bond strength.

  • It is important to ensure that the development length is sufficient to prevent premature failure of the beam.

  • The development length can be calculated using empirical formulas or determined through testing.

  • For example, in a r...read more

Q15. Steel bars weight as per bar dia. Steel quantity calculation.

Ans.

Steel bars weight can be calculated based on the diameter of the bar. The quantity of steel can then be determined using the weight per unit length.

  • Calculate the weight of steel bars using the formula: Weight = (D^2/162) * L, where D is the diameter of the bar in mm and L is the length of the bar in meters.

  • To calculate the quantity of steel required, divide the total weight needed by the weight of one bar.

  • For example, if a project requires 1000 kg of steel bars with a diamete...read more

Q16. How to find out CA of river,nalla,local nalla

Ans.

CA of river, nalla, local nalla can be found by studying the catchment area and rainfall data.

  • Study the catchment area of the river, nalla, or local nalla

  • Collect rainfall data of the area

  • Calculate the runoff coefficient using the catchment area and rainfall data

  • Multiply the runoff coefficient with the total rainfall to get the CA

  • CA = Runoff Coefficient x Total Rainfall

  • CA is important for designing drainage systems and flood control measures

Q17. How many cements are used in 200sqft wall?

Ans.

The number of cements used in a 200sqft wall depends on the thickness of the wall and the type of cement used.

  • The number of cements needed will depend on the thickness of the wall. For example, if the wall is 4 inches thick, you will need a different amount of cement compared to a wall that is 6 inches thick.

  • Different types of cement have different coverage rates. For example, a bag of cement may cover a certain square footage depending on the thickness of the application.

  • It ...read more

Q18. Whater curring column bean sleb

Ans.

The question is unclear and does not make sense.

  • The question is not related to civil engineering.

  • It is likely a typo or a mistake in transcription.

  • Without further context or clarification, it cannot be answered.

Q19. What is the difference between pier and abutment

Ans.

Pier is a vertical structure that supports the weight of a bridge, while abutment is a horizontal structure that supports the ends of a bridge.

  • Pier is a vertical structure that supports the weight of a bridge, while abutment is a horizontal structure that supports the ends of a bridge.

  • Piers are usually located in the middle of a bridge, while abutments are located at the ends of a bridge.

  • Piers are typically made of concrete or steel, while abutments are usually made of concre...read more

Q20. Quality during RCC work and finishing work

Ans.

Quality control is crucial during RCC work and finishing work to ensure structural integrity and aesthetic appeal.

  • Ensure proper mix design and curing of concrete during RCC work

  • Check for proper reinforcement placement and alignment

  • Monitor surface preparation and application of finishing materials

  • Inspect for cracks, voids, and other defects

  • Conduct regular quality checks and testing

  • Ensure compliance with relevant codes and standards

  • Train and educate workers on quality control m...read more

Q21. What is your command in execution

Ans.

My command in execution is strong and efficient, ensuring that projects are completed on time and within budget.

  • I have a thorough understanding of project plans and specifications

  • I am skilled in coordinating and managing construction activities

  • I have experience in overseeing subcontractors and ensuring quality control

  • I am proficient in using project management software and tools

  • I am adept at problem-solving and making quick decisions to keep projects on track

Q22. As an engineer how will i execute the structures

Ans.

I will execute the structures by following the design plans, coordinating with various teams, ensuring quality control, and adhering to safety regulations.

  • Follow the design plans provided by the structural engineers

  • Coordinate with other teams such as architects, contractors, and subcontractors

  • Ensure quality control throughout the construction process

  • Adhere to safety regulations and standards

  • Regularly inspect the construction site to monitor progress and address any issues

  • Comm...read more

Q23. 1 square meter plastering cement, sand, water rate analysis?

Ans.

The rate analysis for 1 square meter plastering with cement, sand, and water involves calculating the cost of materials and labor.

  • Calculate the quantity of cement, sand, and water required for 1 square meter of plastering

  • Determine the cost of each material per unit

  • Calculate the total cost of materials

  • Add the cost of labor to get the total cost of plastering

  • Consider any additional costs such as transportation or taxes

Q24. Why we mix addmixture in concrete

Ans.

Admixtures are added to concrete to improve its properties and performance.

  • Admixtures enhance the workability and durability of concrete.

  • They can reduce the water content required for a given slump, making the concrete more cohesive.

  • Admixtures can accelerate or retard the setting time of concrete.

  • They improve the strength, durability, and resistance to chemical attack of concrete.

  • Examples of admixtures include water reducers, air-entraining agents, accelerators, retarders, an...read more

Q25. Why men is dominant in site work than women?

Ans.

Men are dominant in site work due to various societal and cultural factors.

  • Historically, construction and site work have been male-dominated industries.

  • Stereotypes and biases have led to fewer women pursuing careers in civil engineering and related fields.

  • Physical demands and safety concerns associated with site work may discourage some women from entering the field.

  • Lack of representation and mentorship for women in site work can create barriers to entry and advancement.

  • Effor...read more

Q26. Weight of steel and calculate the weight of steel in a structure given

Ans.

Calculate the weight of steel in a structure based on its dimensions and density

  • Determine the dimensions of the steel components (length, width, height)

  • Calculate the volume of each steel component using the formula: Volume = Length x Width x Height

  • Multiply the volume of each steel component by the density of steel (usually around 7850 kg/m^3) to get the weight

  • Sum up the weights of all steel components to get the total weight of steel in the structure

Q27. How to execute column casting 2.4M height.

Ans.

Column casting of 2.4M height can be executed by following proper procedures and using appropriate equipment.

  • Prepare the formwork for the column with proper reinforcement bars in place.

  • Ensure the formwork is properly supported and braced to withstand the weight of the concrete.

  • Pour the concrete mix into the formwork in layers, vibrating each layer to remove air bubbles.

  • Allow the concrete to cure for the specified time before removing the formwork.

  • Inspect the column for any de...read more

Q28. Which tile to be used for kichen & toilet.

Ans.

For kitchen, it is recommended to use ceramic or porcelain tiles for durability and easy maintenance. For toilets, it is best to use non-porous tiles like porcelain or glass mosaic tiles.

  • For kitchen, consider using ceramic or porcelain tiles for their durability and ease of maintenance.

  • For toilets, opt for non-porous tiles like porcelain or glass mosaic tiles to prevent water absorption and staining.

  • Choose tiles with slip-resistant properties for safety in wet areas like toil...read more

Q29. Differance Between Concrete Cube Testing Reading Variaton

Ans.

Concrete cube testing reading variation refers to the difference in strength readings obtained from testing different samples of the same concrete mix.

  • Concrete cube testing is done to determine the strength of the concrete mix.

  • Variations in readings can occur due to factors such as differences in sample preparation, curing conditions, and testing equipment.

  • It is important to ensure consistency in testing procedures to obtain accurate and reliable results.

  • For example, if one c...read more

Q30. Differance Between Steel Developement & ancarege length

Ans.

Steel development refers to the elongation of steel bars while anchorage length refers to the length of steel bars required to transfer the load to the concrete.

  • Steel development is the process of elongating steel bars to increase their strength and ductility.

  • Anchorage length is the length of steel bars required to transfer the load from the steel to the concrete.

  • Steel development is achieved through processes such as hot rolling, cold drawing, and heat treatment.

  • Anchorage le...read more

Q31. Layout bbs structure and building construction work

Ans.

Layout of BBS structure and building construction work involves planning and execution of reinforcement detailing and construction activities.

  • Prepare detailed bar bending schedules (BBS) for reinforcement detailing

  • Ensure proper placement and alignment of reinforcement bars as per design drawings

  • Supervise construction activities and ensure adherence to quality standards

  • Coordinate with other stakeholders such as architects, contractors, and suppliers

  • Ensure timely completion of ...read more

Q32. Do you know anything about soil testing

Ans.

Yes, soil testing is a crucial process in civil engineering to assess the properties and suitability of soil for construction projects.

  • Soil testing helps determine the soil's composition, strength, and stability.

  • It involves collecting soil samples and conducting various tests, such as moisture content, compaction, permeability, and shear strength.

  • The results of soil testing guide engineers in designing foundations, earthworks, and other structures.

  • For example, a soil test may...read more

Q33. How many bricks are used in 2cum wall?

Ans.

The number of bricks used in a 2cum wall depends on the size of the bricks and the thickness of the wall.

  • The number of bricks needed can be calculated by dividing the volume of the wall by the volume of a single brick.

  • The size of the bricks and the thickness of the wall will determine the number of bricks required.

  • For example, if a standard brick size is 200mm x 100mm x 50mm, the volume of one brick is 0.001m^3.

Q34. What is M30 grade? How it's used.

Ans.

M30 grade is a type of concrete mix design with a compressive strength of 30 megapascals after 28 days.

  • M30 grade is a designation for concrete mix that has a compressive strength of 30 megapascals after 28 days of curing.

  • It is commonly used in construction projects where high strength concrete is required, such as in bridges, high-rise buildings, and heavy-duty pavements.

  • The mix design for M30 grade typically includes a higher proportion of cement, fine aggregates, and coarse...read more

Q35. How we can graded the aggregate

Ans.

Aggregate grading is the process of determining the particle size distribution of aggregates used in construction.

  • Aggregate grading is done by performing a sieve analysis.

  • The aggregates are passed through a series of sieves with different mesh sizes.

  • The retained amount on each sieve is weighed and expressed as a percentage of the total sample weight.

  • The grading curve is then plotted using the percentage passing through each sieve size.

  • The grading curve helps in determining th...read more

Q36. What is RL and how we can ditrmine

Ans.

RL stands for Reduced Level and it is a term used in civil engineering to refer to the vertical distance between a point and a reference level.

  • RL is used to determine the elevation or height of a point in relation to a known reference level.

  • It is commonly used in surveying and construction to establish the levels of different points on a site.

  • RL can be determined using various methods such as differential leveling, trigonometric leveling, or GPS.

  • In differential leveling, a le...read more

Q37. How many blocks used in one cubic meter.

Ans.

The number of blocks used in one cubic meter depends on the size of the block.

  • The size of the block determines the number of blocks used in one cubic meter.

  • For example, if the block size is 20cm x 20cm x 40cm, then 125 blocks are required for one cubic meter.

  • It is important to know the size of the block before calculating the number of blocks required for a cubic meter.

Q38. What is the work of human resources

Ans.

Human resources is responsible for managing the workforce of an organization.

  • Recruiting and hiring employees

  • Training and development of employees

  • Compensation and benefits management

  • Employee relations and conflict resolution

  • Performance management and evaluation

  • Compliance with labor laws and regulations

Q39. How to speak to client when you meet them first

Ans.

When meeting a client for the first time, it is important to be professional, friendly, and attentive to their needs.

  • Introduce yourself and your role in the project

  • Listen actively to their requirements and concerns

  • Ask open-ended questions to understand their expectations

  • Provide information about your experience and expertise

  • Maintain good eye contact and positive body language

  • Follow up with a summary of the discussion and next steps

Q40. Is standard code for concrete mix design

Ans.

Yes, standard codes are used for concrete mix design to ensure quality and safety.

  • Standard codes provide guidelines for selecting materials, proportions, and testing procedures for concrete mix design.

  • Examples of standard codes include ACI 318 for structural concrete and ASTM C94 for ready-mixed concrete.

  • Following standard codes helps ensure the durability, strength, and workability of the concrete mix.

Q41. Highly strength in concrete which days

Ans.

High strength in concrete is achieved after 28 days of curing.

  • Concrete gains strength over time due to the chemical reaction between cement and water.

  • The strength of concrete is measured in terms of compressive strength.

  • After 28 days of curing, concrete reaches its maximum strength.

  • Factors like water-cement ratio, curing conditions, and type of cement used can affect the strength of concrete.

Q42. How to fix the tile on flooring

Ans.

To fix tiles on flooring, start by preparing the surface, applying adhesive, laying the tiles, grouting, and sealing the tiles.

  • Prepare the surface by cleaning and leveling it to ensure a smooth base for the tiles.

  • Apply adhesive to the back of the tiles and press them firmly onto the surface in the desired pattern.

  • Use spacers to maintain consistent spacing between tiles and allow the adhesive to dry completely.

  • Grout the tiles by filling the gaps between them with grout and wip...read more

Q43. What type of tile use in flooring

Ans.

Various types of tiles can be used in flooring, including ceramic, porcelain, marble, granite, and vinyl.

  • Ceramic tiles are durable and come in a wide range of colors and patterns.

  • Porcelain tiles are denser and less porous than ceramic tiles, making them more water-resistant.

  • Marble tiles are elegant and luxurious, but require more maintenance.

  • Granite tiles are durable and scratch-resistant, making them ideal for high-traffic areas.

  • Vinyl tiles are affordable, easy to install, a...read more

Q44. Which type of tile use in wall.

Ans.

Ceramic tiles are commonly used on walls due to their durability and easy maintenance.

  • Ceramic tiles are a popular choice for wall coverings due to their durability and water resistance.

  • Porcelain tiles are also commonly used on walls for their strength and low maintenance.

  • Glass tiles can add a unique and modern touch to walls, but may require more maintenance.

  • Natural stone tiles like marble or granite can create a luxurious look on walls, but may be more expensive and require ...read more

Q45. Living location and how many dependent.

Ans.

I currently live in New York City with my spouse and two children.

  • Living in New York City with spouse and two children

  • Total of four dependents including spouse and two children

Q46. How many type of bench mark

Ans.

There are three types of benchmarks in civil engineering: primary, secondary, and tertiary.

  • Primary benchmarks are permanent reference points with known elevations.

  • Secondary benchmarks are temporary points established for a specific project.

  • Tertiary benchmarks are intermediate points used for leveling between primary and secondary benchmarks.

  • Examples of primary benchmarks include survey monuments and geodetic control points.

  • Examples of secondary benchmarks include construction...read more

Q47. Technical specifications of construction industries

Ans.

Technical specifications are detailed requirements for materials, equipment, and workmanship in construction projects.

  • Technical specifications ensure that construction projects meet quality standards and are safe for use.

  • They include requirements for materials, equipment, and workmanship, as well as testing and inspection procedures.

  • Examples of technical specifications include the type of concrete to be used, the thickness of walls, and the size of pipes.

  • Technical specificati...read more

Q48. Rate of brickwork in current company's B.O.Q.?

Ans.

The rate of brickwork in the current company's B.O.Q. is $X per square meter.

  • The rate of brickwork is typically specified in the Bill of Quantities (B.O.Q.) for a construction project.

  • It is important to know the rate in order to accurately estimate the cost of the brickwork for the project.

  • For example, if the rate is $50 per square meter and the area of brickwork is 100 square meters, the total cost would be $5000.

Q49. Step by step construction activities for wtp

Ans.

Construction activities for WTP

  • Site preparation and excavation

  • Foundation and structural work

  • Installation of mechanical and electrical equipment

  • Piping and plumbing

  • Testing and commissioning

  • Landscaping and finishing

Q50. How to prepare an excel sheet

Ans.

To prepare an excel sheet, start by organizing data, creating headers, inputting data, formatting cells, and using formulas.

  • Organize data into categories and subcategories

  • Create headers for each column to label the data

  • Input data into the appropriate cells

  • Format cells for better readability and presentation

  • Use formulas for calculations and data analysis

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