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TCS Interview Questions and Answers
Q1. How much time will an 1 lakh sft commercial fitout project need to get hand over
The project will take approximately 6-8 months to complete and hand over.
The timeline will depend on factors such as the complexity of the fitout, availability of resources, and any unforeseen delays.
A project of this size may require a team of project managers, architects, engineers, and contractors to ensure timely completion.
Regular communication and coordination with stakeholders will be crucial to keep the project on track.
Examples of commercial fitout projects of simila...read more
Q2. Market rate of material like as cement, steel, aggregates, gypsum, glass, brick, block etc.
Market rates of construction materials vary depending on location, demand, and supply.
Market rates for construction materials fluctuate based on factors like location, demand, and supply
Prices can vary significantly between regions and even within the same city
For example, the price of cement in one city may be higher due to increased demand for construction projects
It is important to regularly monitor market rates to ensure accurate budgeting for projects
Q3. What is Sequencing in Planning.
Sequencing in planning refers to determining the order in which tasks or activities should be completed to achieve project goals.
Sequencing involves identifying dependencies between tasks to ensure that they are completed in the correct order.
It helps in creating a logical flow of work and avoiding bottlenecks in the project timeline.
Examples include creating a Gantt chart to visualize the sequence of tasks and using tools like the Critical Path Method to prioritize tasks bas...read more
Q4. How to plot S - Curve
S-Curve can be plotted by using a graph with time on the x-axis and cumulative costs or progress on the y-axis.
Start by creating a graph with time on the x-axis and cumulative costs or progress on the y-axis.
Plot the initial phase of slow progress or low costs at the beginning of the curve.
As time progresses, the curve should show an increase in progress or costs at an accelerating rate.
Towards the end of the project, the curve should flatten out as progress or costs reach th...read more
Q5. What is your Expected CTC
I expect a competitive salary based on my qualifications, experience, and the responsibilities of the Assistant Project Leader role.
I am looking for a salary that reflects my skills and expertise in project management.
I have researched the market rates for Assistant Project Leader positions and have a realistic expectation.
I am open to negotiation and willing to consider other benefits or incentives in addition to the salary.
I believe that a fair compensation package will mot...read more
Q6. What is Productivity.
Productivity is the measure of efficiency in completing tasks or achieving goals.
Productivity is the ratio of output to input in a specific period of time.
It can be measured by the amount of work completed or goals achieved in a given time frame.
Examples include completing a project ahead of schedule, increasing sales revenue, or reducing costs while maintaining quality.
Q7. ahu components and their functions
AHU components include filters, coils, fans, dampers, and controls, each serving a specific function in the air handling process.
Filters: remove dust and particles from the air
Coils: heat or cool the air as needed
Fans: circulate the air throughout the system
Dampers: control the flow of air
Controls: regulate the overall operation of the AHU
Q8. fire damper functions
Fire dampers are devices installed in ducts to prevent the spread of fire and smoke throughout a building.
Fire dampers are typically installed in HVAC ductwork to close off airflow in the event of a fire.
They are activated by a fusible link that melts at high temperatures, causing the damper to close.
Fire dampers help contain fire and smoke within a specific area of a building, preventing it from spreading to other areas.
Regular maintenance and testing of fire dampers are ess...read more
Q9. Cop range of chillers
The cop range of chillers refers to the Coefficient of Performance, which is a measure of the efficiency of a chiller system.
The COP range of chillers typically varies depending on the type and size of the chiller.
Higher COP values indicate greater efficiency in cooling.
For example, a typical air-cooled chiller may have a COP range of 3-6, while a water-cooled chiller may have a COP range of 4-7.
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