Ramky Infrastructure
40+ Ratnagiri Gas and Power Interview Questions and Answers
Q1. What will you do when material is not received in time at site ?
I will assess the situation and take necessary actions to minimize the impact on the project timeline.
Check with the supplier for the reason of delay and expected delivery date
Evaluate the impact on the project timeline and inform the project team
Explore alternative options such as sourcing from a different supplier or adjusting the project schedule
Communicate the revised plan to all stakeholders and ensure timely delivery of the material
Document the incident and take prevent...read more
Q2. How do you calculate the cement and sand for 1 sqm cm 1:4?
To calculate cement and sand for 1 sqm cm 1:4, use the formula: (1/5.5) * 1 = 0.18 cubic meters of cement and (4/5.5) * 1 = 0.73 cubic meters of sand.
The ratio of cement to sand is 1:4
Calculate the total volume of the mixture, which is 1 sqm cm
Divide the total volume by the sum of the ratio (1+4=5)
Multiply the quotient by the individual ratio to get the volume of cement and sand
Convert the volume to weight using the density of cement and sand
Q3. Where are you from, you know terms and conditions,
I am from [insert location]. Yes, I am aware of the terms and conditions.
I am originally from [insert location]
I have read and understood the terms and conditions
I am willing to comply with the terms and conditions
Q4. What is the minimum development length in a column?
The minimum development length in a column is the length required for the full transfer of stress from the steel reinforcement to the concrete.
The minimum development length is typically specified by design codes or standards.
It is influenced by factors such as the diameter of the reinforcement, concrete strength, and bond characteristics.
For example, in ACI 318, the minimum development length for a #5 bar is 12 inches.
Proper development length ensures structural integrity an...read more
Q5. How will you implement ISO systems, and how will you educate site engineers about quality improvements ..
I will implement ISO systems by conducting a gap analysis, creating a plan, and providing training to site engineers.
Conduct a gap analysis to identify areas of improvement
Create a plan to implement ISO systems
Provide training to site engineers on ISO standards and quality improvements
Establish a system for monitoring and measuring quality performance
Encourage continuous improvement through regular audits and reviews
Q6. What are the details of Documentation and explain briefly
Documentation refers to the process of recording and organizing information in a systematic manner.
Documentation involves creating and maintaining written records of processes, procedures, and policies.
It includes capturing and storing data, such as test results, reports, and specifications.
Documentation ensures traceability and provides a reference for future use.
It helps in maintaining quality standards, compliance, and continuous improvement.
Examples of documentation inclu...read more
Q7. What are the differences between FE 500 And FE 500D steel
FE 500 and FE 500D are both types of steel used in construction, but they have different properties.
FE 500 has a minimum yield strength of 500 N/mm², while FE 500D has a minimum yield strength of 500 N/mm² with higher elongation.
FE 500D is more ductile and has better seismic resistance compared to FE 500.
FE 500D is recommended for areas prone to earthquakes or seismic activities.
FE 500D steel has a higher percentage of carbon compared to FE 500, which contributes to its enhan...read more
Q8. What is embedded length and development length?
Embedded length is the length of reinforcement bar embedded in concrete, while development length is the length required for the bar to transfer its load to the concrete.
Embedded length is the portion of the reinforcement bar that is embedded in concrete to provide structural support.
Development length is the length of reinforcement required for the bar to transfer its load to the concrete without slippage.
Embedded length is typically specified in building codes and design st...read more
Q9. What is price escalation?
Price escalation refers to the increase in the price of goods or services over time.
It is a common phenomenon in the market due to inflation, changes in demand and supply, and other economic factors.
Price escalation can also occur due to changes in the cost of production, such as raw material costs, labor costs, and transportation costs.
For example, the price of gasoline may escalate due to an increase in the cost of crude oil or due to changes in government policies.
Price es...read more
Q10. What is survey. Why we do survey.
A survey is a research method used to collect data from a sample of individuals to gain insights into a larger population.
Surveys help in understanding the opinions, attitudes, and behaviors of a specific group of people.
They can be conducted through various methods such as online, phone, or in-person.
Surveys are used in various fields such as market research, social sciences, and healthcare.
For example, a healthcare organization may conduct a survey to understand patient sat...read more
Q11. Are you know the batching plant erection and how many years of experience
Yes, I have experience in batching plant erection for 3 years.
I have worked on the erection of batching plants for 3 years
I am familiar with the process of setting up and installing batching plants
I have experience in troubleshooting and maintenance of batching plants
I have knowledge of the safety protocols and regulations related to batching plant erection
Q12. What is the lap length of column
The lap length of a column is the length of overlap between two reinforcing bars.
The lap length is determined by the diameter of the bars and the strength of the concrete.
It is important to ensure that the lap length is sufficient to transfer the load from one bar to the other.
The lap length can vary depending on the type of column and the design requirements.
For example, in a reinforced concrete column, the lap length may be between 40 to 60 times the diameter of the bar.
In ...read more
Q13. : What are some of the biggest challenges civil engineers face?
Some of the biggest challenges civil engineers face include managing project budgets, dealing with unexpected site conditions, and ensuring compliance with regulations.
Managing project budgets effectively to avoid cost overruns
Dealing with unexpected site conditions such as soil instability or environmental hazards
Ensuring compliance with regulations and obtaining necessary permits
Balancing the needs of various stakeholders involved in the project
Keeping up with advancements ...read more
Q14. Do you know any designing software
Yes, I am proficient in Adobe Photoshop, Illustrator, and InDesign.
Proficient in Adobe Photoshop for photo editing and manipulation
Proficient in Adobe Illustrator for vector graphics and logo design
Proficient in Adobe InDesign for layout design and print materials
Familiar with Sketch for UI/UX design
Familiar with Figma for collaborative design projects
Q15. What is the thickness of subgrade
The thickness of subgrade varies depending on the type of construction and soil conditions.
The thickness of subgrade is determined based on the load-bearing capacity required for the structure.
It is typically measured in inches or centimeters.
For example, in road construction, the subgrade thickness can range from 6 to 12 inches.
In building construction, it may vary from a few inches to several feet depending on the building's weight and soil conditions.
Q16. What is the process for claiming non scheduled items
Claiming non scheduled items involves identifying the item, determining its cost, submitting a claim with supporting documentation, and negotiating with the client or contractor.
Identify the non scheduled item in the project scope
Determine the cost of the item including labor, materials, and any other associated expenses
Submit a claim to the client or contractor detailing the non scheduled item and its cost
Provide supporting documentation such as invoices, receipts, and work ...read more
Q17. How do you analyse rates for particular item of work
Rates for particular item of work are analysed by comparing with historical data, market rates, and considering factors like location, complexity, and materials.
Compare rates with historical data for similar projects
Research current market rates for the specific item of work
Consider factors such as location, complexity, and materials used in the work
Consult with suppliers and subcontractors for pricing information
Use software tools like cost estimating software to analyze rat...read more
Q18. Which IS CODE is used for quantity survey for earth work
IS Code 1200 Part 1 is used for quantity survey for earth work.
IS Code 1200 Part 1 provides guidelines for measurement and billing of earthwork in civil engineering projects.
It includes methods for calculating quantities of excavation, backfilling, and earthwork in embankments.
The code also covers specifications for the preparation of bills of quantities for earthwork.
Engineers and contractors refer to IS Code 1200 Part 1 to ensure accurate quantity surveying for earthwork.
Q19. Explain overall plant process and controlling and setpoint ( Temperature, Pressure, Level, start-up and Shutdown procedure.
The overall plant process involves controlling temperature, pressure, and level through setpoints, along with following specific start-up and shutdown procedures.
The plant process involves various unit operations such as mixing, reaction, separation, and purification.
Temperature, pressure, and level are controlled using instruments like thermocouples, pressure transmitters, and level sensors.
Setpoints are predetermined values for temperature, pressure, and level that the oper...read more
Q20. What is the process of WTP Plant .?
The process of a Water Treatment Plant (WTP) involves several stages to purify water for safe consumption.
Coagulation and Flocculation: Chemicals are added to water to remove suspended particles.
Sedimentation: The water is allowed to settle, and the solids are removed.
Filtration: Water passes through various filters to remove smaller particles.
Disinfection: Chlorine or other disinfectants are added to kill harmful microorganisms.
pH Adjustment: Chemicals are used to adjust the...read more
Q21. What is capacity of WTP in mgd?
The capacity of a Water Treatment Plant (WTP) is measured in million gallons per day (mgd).
WTP capacity is the maximum amount of water that can be treated and supplied per day.
It is an important factor in determining the water supply capability of a WTP.
Capacity can vary depending on the size and design of the plant.
For example, a WTP may have a capacity of 10 mgd, meaning it can treat and supply up to 10 million gallons of water per day.
Q22. What types word do you like
I like words that are concise, impactful, and evoke emotion.
I prefer words that have a clear and direct meaning
I enjoy words that have a strong emotional impact on the reader or listener
I appreciate words that are unique and not commonly used
Examples of words I like include: serendipity, euphoria, and quintessential
Q23. How to joint broken conveyor belt?
A broken conveyor belt can be jointed using various methods depending on the type of belt and the extent of damage.
Assess the extent of damage and determine the appropriate jointing method.
Clean the damaged area and remove any debris or contaminants.
Apply adhesive or vulcanizing solution to the damaged area and the replacement patch.
Position the patch over the damaged area and apply pressure to ensure a strong bond.
Allow the joint to cure according to the manufacturer's instr...read more
Q24. What is the minimum time of concrete getting strength
The minimum time for concrete to gain strength is typically 28 days.
Concrete typically gains strength over time, with significant strength achieved after 28 days.
Factors such as mix design, curing conditions, and environmental factors can affect the rate of strength gain.
Testing is often done at various intervals to monitor the strength development of concrete.
Early strength concrete mixes are available for projects requiring rapid strength development.
Q25. What's is the beam lapping position
Beam lapping position refers to the location where two beams overlap or intersect in a structural element.
Beam lapping position is important for ensuring structural integrity and load-bearing capacity.
Common beam lapping positions include end-to-end, side-by-side, and staggered lapping.
Proper beam lapping position is determined by engineering calculations and design specifications.
Q26. Tell me about your plant/site working procedures?
Our plant follows strict safety protocols, efficient workflow procedures, and regular maintenance schedules.
We have daily safety meetings to discuss potential hazards and ensure compliance with safety regulations.
Our workflow procedures are designed to maximize efficiency and productivity, with regular reviews to identify areas for improvement.
We have a comprehensive maintenance schedule in place to prevent breakdowns and ensure optimal performance of equipment.
All employees ...read more
Q27. How do you finalize client bills
Client bills are finalized by reviewing project scope, quantities, rates, and any variations before preparing the final invoice.
Review project scope and ensure all deliverables are included in the bill
Check quantities of materials and services provided against the agreed upon contract
Verify rates for each item and ensure they match the agreed upon pricing
Account for any variations or changes to the original scope of work
Prepare the final invoice for the client
Q28. What is my strength?
My strength is my ability to lead and motivate a team towards achieving goals.
Effective communication skills
Strong decision-making abilities
Ability to delegate tasks efficiently
Positive attitude towards challenges
Experience in managing teams
Motivational skills
Goal-oriented mindset
Q29. How material is inward and outward.
Material inward and outward refers to the process of receiving and issuing goods in a store.
Inward material refers to the process of receiving goods into the store from suppliers or other sources.
Outward material refers to the process of issuing goods from the store to customers or other departments within the organization.
Both inward and outward material require proper documentation and record-keeping to ensure accurate inventory management.
Examples of inward material includ...read more
Q30. explain anchorage of reinforcing bars?
Anchorage of reinforcing bars refers to the method of securing the bars in concrete to ensure proper transfer of forces.
Anchorage length is the portion of the reinforcing bar embedded in concrete to transfer forces effectively.
Proper anchorage is crucial for the structural integrity of the concrete element.
Anchorage can be achieved through hooks, bends, or mechanical anchorage devices.
Development length is the minimum length required for the bar to develop its full strength.
I...read more
Q31. What is the construction procedure
Construction procedure involves planning, designing, obtaining permits, site preparation, foundation construction, framing, finishing, and inspections.
Planning and designing the project
Obtaining necessary permits
Site preparation and excavation
Foundation construction
Framing and structural work
Installation of utilities and systems
Finishing touches such as painting and flooring
Final inspections and approvals
Q32. What is the average of Tipper?
The average of Tipper varies depending on the size and capacity of the vehicle.
The average capacity of a small Tipper is around 2-3 tons.
The average capacity of a medium Tipper is around 5-10 tons.
The average capacity of a large Tipper is around 20-30 tons.
The average fuel consumption of a Tipper is around 3-6 miles per gallon.
The average speed of a Tipper is around 25-30 miles per hour.
Q33. Rate analysis for building Items
Rate analysis for building items involves calculating the cost of materials, labor, and overhead for each item in a construction project.
Rate analysis helps in determining the cost of each building item based on material and labor costs.
It involves breaking down the total cost into components like material cost, labor cost, and overhead expenses.
Rate analysis helps in estimating the total project cost accurately.
For example, calculating the rate analysis for concrete involves...read more
Q34. Material Rates of building materials
Material rates of building materials vary based on factors like location, quality, and demand.
Material rates can vary based on the location of the construction site.
The quality of the building materials can also impact the rates.
Demand for certain materials can cause fluctuations in prices.
For example, the rate of cement in urban areas may be higher compared to rural areas.
Higher quality bricks may cost more than lower quality ones.
During peak construction seasons, prices of ...read more
Q35. What is the tile procedure
The tile procedure is a method used in computer graphics to fill a region with a repeating pattern or image.
The tile procedure involves dividing the region into smaller tiles and filling each tile with the desired pattern or image.
It is commonly used in graphic design software to create seamless textures or backgrounds.
The size and shape of the tiles can be adjusted to achieve different visual effects.
Examples of tile procedures include creating a tiled floor pattern or a wal...read more
Q36. Procedure of tile laying
Tile laying involves preparing the surface, measuring and marking, applying adhesive, laying tiles, and grouting.
Surface preparation involves cleaning, leveling, and ensuring it is dry and free of debris.
Measure and mark the area to be tiled, ensuring the tiles are evenly spaced and aligned.
Apply adhesive to the surface using a notched trowel, ensuring it is spread evenly.
Lay the tiles starting from the center and working outwards, pressing them firmly into the adhesive.
Use t...read more
Q37. Procedure of painting
Painting procedure involves surface preparation, application of primer, paint and topcoat.
Inspect surface for any defects and clean it thoroughly
Apply primer to ensure better adhesion of paint
Apply paint in thin coats and allow it to dry before applying the next coat
Apply topcoat for protection and durability
Use appropriate tools and safety equipment
Follow manufacturer's instructions for best results
Q38. How to manage site Safety management
Site safety management involves identifying and mitigating potential hazards to ensure a safe work environment.
Conduct regular safety audits and inspections
Provide safety training to all workers
Implement safety protocols and procedures
Ensure proper use of personal protective equipment
Encourage reporting of safety concerns and incidents
Q39. Size of steel used for columns
The size of steel used for columns depends on the load it needs to support and the height of the column.
The size of steel columns is typically specified by their dimensions in terms of width, depth, and thickness.
The size of steel columns can also be determined based on the structural design calculations and building codes.
Common sizes for steel columns include W6x9, W8x10, and W10x12, where the first number represents the depth and the second number represents the weight per...read more
Q40. What is the footing
A footing is a structural element that transfers the load from a building to the soil below.
Footing is typically made of concrete and is wider than the foundation walls it supports
Types of footings include spread footings, mat foundations, and pile foundations
Footing design is crucial for ensuring the stability and safety of a structure
Q41. Development bars length
Development bars length refers to the length of reinforcement bars used in construction to provide strength and stability.
Development bars length is determined based on structural design requirements.
It is important to follow the specifications provided by the structural engineer.
The length of development bars can vary depending on the type of structure and load requirements.
Proper placement and anchoring of development bars is crucial for structural integrity.
Q42. Types of construction hazards
Construction hazards include falls, electrical hazards, struck-by hazards, caught-in/between hazards, and hazardous materials.
Falls from heights
Electrical hazards
Struck-by hazards (e.g. falling objects)
Caught-in/between hazards (e.g. machinery)
Hazardous materials exposure
Q43. Types of trip&fall hazards
Trip and fall hazards include uneven surfaces, cluttered walkways, poor lighting, and slippery floors.
Uneven surfaces such as cracked sidewalks or loose floor tiles
Cluttered walkways with obstacles like cables or boxes
Poor lighting in dimly lit areas
Slippery floors from spills or wet surfaces
Q44. Density of cement
The density of cement is around 1440 kg/m³.
Density of cement is the mass per unit volume of cement.
It is measured in kg/m³ or g/cm³.
The density of cement varies depending on the type of cement used.
For example, the density of Portland cement is around 1440 kg/m³.
The density of lightweight cement is around 1000 kg/m³.
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