L&T Sargent & Lundy
ITLPro Solutions Interview Questions and Answers
Q1. What is a typical cladding material. What are the types and how are they applicable for specific buildings.
Cladding materials are used to cover the exterior of a building. Common types include metal, wood, stone, and brick.
Metal cladding is durable and low maintenance, often used in modern buildings
Wood cladding provides a natural look and is often used in residential buildings
Stone cladding is heavy and expensive, but provides a high-end look and is often used in commercial buildings
Brick cladding is versatile and can be used in a variety of building types
The choice of cladding m...read more
Q2. What is the techinical method to budget manhours for a specific project work.
The technical method to budget manhours for a project work involves breaking down the project into tasks and estimating the time required for each task.
Break down the project into smaller tasks
Estimate the time required for each task
Consider the complexity of each task
Factor in any dependencies between tasks
Allocate resources based on the estimated time for each task
Track actual time spent on each task and adjust the budget as necessary
Q3. What is a Girt and Girt distance. How is sheeting fixed on a Girt.
A girt is a horizontal structural member used to support wall cladding. Girt distance is the spacing between two girts.
Girts are commonly used in metal building construction.
They are usually made of steel or wood.
Sheeting is fixed onto the girts using self-tapping screws or clips.
Girt distance is determined by the wind loads and the weight of the cladding material.
Proper girt spacing is important for the structural integrity of the building.
Q4. Pump performance curve parameters
Pump performance curve parameters include flow rate, head, efficiency, and power consumption.
Flow rate: the volume of fluid pumped per unit of time
Head: the height to which the pump can raise the fluid
Efficiency: the ratio of output power to input power
Power consumption: the amount of power required to operate the pump
Example: A pump with a flow rate of 1000 gpm, head of 50 ft, efficiency of 80%, and power consumption of 10 kW
Q5. analyze thoroughly social security (PF and NPS contribution) leave, medical coverage, accomdation perk etc with view of optimize the earning from income tax point of view.
Analyzing social security benefits for tax optimization
Evaluate tax benefits of PF and NPS contributions
Consider tax implications of leave and accommodation perks
Assess medical coverage options for tax savings
Optimize benefits to maximize tax savings
Q6. BoP system design
BoP system design involves the layout and configuration of balance of plant components to support the main system.
Consider the overall system requirements and constraints
Design the layout to optimize efficiency and performance
Select appropriate components and materials for each subsystem
Ensure proper integration and communication between components
Account for maintenance and safety considerations
Q7. Control valve design
Control valve design is the process of selecting and designing the appropriate valve for a specific application.
Consider the type of fluid being controlled
Determine the required flow rate and pressure drop
Select the appropriate valve type (e.g. globe, butterfly, ball)
Choose the correct valve size and trim materials
Consider the actuator type and control system
Perform testing and validation before installation
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