Shapoorji Pallonji Group MEP Engineer Interview Questions and Answers

Q1. NORMAL DISCUSSION
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Q2. TECHNIACAL AND COMMERCIAL
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Q1. NORMAL DISCUSSION
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Q2. TECHNICAL AND COMMERCIAL QUESTION
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Q1. SALARY NEGOTIATION
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Q1. TECHNICAL DISCUSSION
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Q1. What do you know about planning?
Ans. 
Planning involves creating a detailed timeline and strategy to achieve specific goals or objectives.
• Planning involves setting goals and objectives

• It includes creating a detailed timeline or schedule

• Planning also involves identifying resources needed for the project

• It requires analyzing potential risks and developing contingency plans

• Regular monitoring and adjustments are essential in planning
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Q1. Related to warehouse and production.
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Exam will be conduct for aptitude test

Q1. Any asked questions my Bulding mteriyal i will attemt given answer your questions
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Q2. Bulding material any questions
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Q3. Can u any questions my releted tred
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Q1. How to calculate steel quantity?
Ans. 
Steel quantity can be calculated by multiplying the volume of steel by its density.
• Calculate the volume of steel required for the project

• Determine the density of the specific type of steel being used

• Multiply the volume by the density to obtain the steel quantity

• Consider any wastage or additional steel required for reinforcement

• Example: To calculate steel quantity for a column, multiply the cross-sectional area of the c
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Q2. What is unit weight of steel ?
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The unit weight of steel refers to the weight of a specific volume of steel material.
• Unit weight of steel is typically measured in kilograms per cubic meter (kg/m³).

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

• For example, the unit weight of mild steel is around 7850 kg/m³.

• Higher strength steels like stainless steel can have a higher unit weight.

• Unit weight is an important factor in struct
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Q3. Explain slab details?
Ans. 
Slab details refer to the specifications and characteristics of a concrete slab used in construction.
• Slab details include the thickness, reinforcement, and type of slab.

• The thickness of a slab depends on the load it needs to support.

• Reinforcement in slabs is typically provided using steel bars or mesh.

• Different types of slabs include one-way slab, two-way slab, flat slab, etc.

• Slab details also include the finishing mat
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Q4. How to check column beam reinforcement and slab design on site?
Ans. 
To check column beam reinforcement and slab design on site, follow these steps:
• Review the structural drawings and specifications to understand the design requirements

• Inspect the reinforcement bars for proper placement, size, and spacing

• Check the concrete cover thickness to ensure it meets the design requirements

• Verify the alignment and verticality of columns and beams using plumb bobs or laser levels

• Measure the dimensi...read more
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How to work with us?

Q1. I work with loyaly with improvement our knowledge and strength.
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Q1. General planning knowledge
Ans. How you see a project, scope,wbs etc.
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Q2. Earned value management,
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Q1. Experience and salary
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Q1. Tell us about previous roles & experiences
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Q2. How do you reconcile the material
Ans. 
Reconciling materials involves comparing actual usage with planned usage and identifying discrepancies.
• Review the project plan and compare it to actual usage

• Identify any discrepancies and investigate the cause

• Adjust the plan as necessary to account for any changes in material usage

• Communicate any changes to relevant stakeholders

• Ensure that all materials are properly accounted for and documented
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Q1. Lap length for hoop, development length.Grade of concrete and HDPE pipe is code
Ans. 
Lap length and development length for hoop, grade of concrete, and HDPE pipe are specified in code.
• Lap length for hoop reinforcement is specified in IS 456:2000 and varies based on the diameter of the bar and the grade of concrete.

• Development length is the length of the bar required to transfer the stress from the bar to the surrounding concrete and is also specified in IS 456:2000.

• The grade of concrete determines the ...read more
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