URC Construction Interview Questions, Process, and Tips

Q1. Introduce your self
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Q2. You u want to change your career
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Q3. What about your parents doing
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Q4. What about your qualification
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Q5. How do you solve the risks
Ans. 
I solve risks by identifying them, analyzing their impact, and implementing appropriate measures to mitigate them.
• Identify potential risks through risk assessments and analysis

• Analyze the impact of each risk on the organization

• Develop and implement appropriate risk mitigation strategies

• Regularly monitor and review risk management processes

• Examples of risk mitigation strategies include insurance, diversification, and co
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Q1. What's BBS full form? And how to find weight of bar.
Ans. 
BBS stands for Bar Bending Schedule. Weight of a bar can be calculated using the formula: Weight = (D^2/162) * L, where D is diameter of bar in mm and L is length of bar in meters.
• BBS stands for Bar Bending Schedule

• Weight of a bar can be calculated using the formula: Weight = (D^2/162) * L

• D is diameter of bar in mm

• L is length of bar in meters
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Q2. What's self compacting concrete?
Ans. 
Self compacting concrete is a type of concrete that does not require vibration or compaction during placement.
• Contains high flowability and segregation resistance

• Achieves full compaction purely through its own weight and without the need for mechanical vibration

• Ideal for complex structures with congested reinforcement or in areas with limited access

• Reduces labor costs and construction time

• Examples include SCC mixtures ...read more
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Q3. What's different between nominal mix and design mix?
Ans. 
Nominal mix is a pre-defined mix ratio while design mix is a mix ratio calculated based on specific requirements.
• Nominal mix uses pre-determined ratios like 1:2:4 for concrete, while design mix is calculated based on specific requirements like strength and durability.

• Design mix involves testing of materials to determine the optimal mix ratio, while nominal mix does not require such testing.

• Design mix is more precise an...read more
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Q4. What's w/c ratio? Explain me.
Ans. 
w/c ratio stands for water-cement ratio, it is the ratio of the weight of water to the weight of cement used in a concrete mix.
• w/c ratio is a crucial factor in determining the strength and durability of concrete.

• A lower w/c ratio indicates a stronger and more durable concrete mix.

• The w/c ratio should be carefully controlled to achieve the desired concrete properties.

• For example, a w/c ratio of 0.5 means that for every
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Estimation of a small building.

Q1. Ratio of block work motor and plastrimg motor.
Ans. 
The ratio of block work motor to plastering motor is typically 1:3.
• The ratio of block work motor to plastering motor is usually 1:3.

• This means for every 1 part of block work motor, 3 parts of plastering motor are used.

• The ratio may vary depending on the specific project requirements.
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Q2. Per day productivity of a labour
Ans. 
The productivity of a laborer can be calculated by the amount of work completed in a day.
• Productivity is measured by the amount of work completed in a specific time frame, in this case, per day.

• Factors affecting productivity include skill level, motivation, tools/equipment available, and working conditions.

• Example: A construction worker completing 10 tasks in a day is more productive than one completing only 5 tasks.
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Q3. Amount of binding wire to be used per tone of reinforcement
Ans. 
Binding wire is typically used at a rate of 8-10 kg per ton of reinforcement.
• Typically, 8-10 kg of binding wire is used per ton of reinforcement to secure the bars in place.

• The amount of binding wire needed may vary based on the complexity of the reinforcement design and the spacing between bars.

• Using too little binding wire can result in inadequate reinforcement stability, while using too much can be wasteful and incr
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Q4. Density of materials
Ans. 
Density of materials is a measure of how much mass is contained in a given volume.
• Density is typically measured in units such as grams per cubic centimeter (g/cm^3) or kilograms per liter (kg/L).

• Materials with higher density have more mass packed into a given volume.

• Common examples of materials with high density include metals like lead and gold.

• Materials with low density include gases like helium and liquids like oil.
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Q1. Salary discussed
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Only common apptitude questions & core knowledge of basic measurements

Q1. General questions & self ideas
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Q2. Aims & motivation in your life
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