RITES Junior Engineer Civil Interview Questions and Answers

Q1. Where do you see yourself in 5 years?
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Q2. No hbr question no thon
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Q3. No thing so work site
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Q4. 2 years experience str
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Q5. Structure engineer box
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Q1. Tell me about yourself.
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Q1. Steel structures
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Q2. Shuttering work
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Q3. Steel structures bbs
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Q1. Asked about concrete and overall from CV
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Q1. Casual questions
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Q2. Financial questions
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Aptitude, verbal, core, logical questions

Q1. Questions from favourite subject
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Q2. BMD of a frame
Ans. 
BMD of a frame refers to the bending moment diagram which shows the variation of bending moment along the length of a structural frame.
• BMD is a graphical representation of the variation of bending moment in a structural frame.

• It helps in analyzing the internal forces and stresses in the frame.

• BMD is typically plotted with the bending moment on the y-axis and the length of the frame on the x-axis.

• The BMD can be used to ...read more
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Q3. Base pressure diagram of foundation
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Base pressure diagram of foundation shows the distribution of pressure on the foundation base.
• Base pressure diagram helps in understanding how the load is distributed on the foundation base.

• It is important for designing foundations to ensure they can support the load effectively.

• The diagram typically shows higher pressure under the columns and lower pressure in between.

• It is used to determine the size and depth of the ...read more
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Q1. What is thickness of tile
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The thickness of a tile can vary depending on the type and size of the tile being used.
• Tile thickness typically ranges from 1/4 inch to 3/4 inch.

• Larger tiles may have a thicker thickness to support their weight.

• Thin tiles are often used for wall applications, while thicker tiles are used for flooring.

• Porcelain tiles are usually thicker than ceramic tiles.
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Q2. What is thickness of marble
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The thickness of marble can vary depending on the type and purpose, but it is typically between 3/4 inch to 1 1/4 inches.
• Marble thickness can range from 3/4 inch to 1 1/4 inches

• Thicker marble is often used for countertops and flooring

• Thinner marble may be used for wall cladding or decorative purposes
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Q3. Process of flooring.
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The process of flooring involves selecting the appropriate materials, preparing the subfloor, laying the flooring material, and finishing with trim.
• Selecting the appropriate flooring material based on the location and usage (e.g. hardwood, laminate, tile, carpet)

• Preparing the subfloor by ensuring it is clean, level, and dry

• Laying the flooring material according to manufacturer's instructions, starting from the center o...read more
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Q4. Types of tile.and use cement ration in tile.
Ans. 
Types of tiles include ceramic, porcelain, glass, and natural stone. Cement ratio in tile installation varies depending on the type of tile and substrate.
• Types of tiles: ceramic, porcelain, glass, natural stone

• Cement ratio varies based on tile type and substrate

• Ceramic tiles typically require a 1:4 cement to water ratio for installation

• Porcelain tiles may need a 1:3 cement to water ratio for proper adhesion
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Q1. Prosss of flooring
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Flooring process involves selecting materials, preparing the subfloor, installing the flooring, and finishing with trim.
• Selecting appropriate flooring material based on budget, durability, and aesthetics (e.g. hardwood, laminate, tile, carpet)

• Preparing the subfloor by ensuring it is clean, level, and dry before installation

• Installing the flooring by following manufacturer's instructions and using proper tools (e.g. adh...read more
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Q2. Cement ratio use for flooring
Ans. 
The cement ratio for flooring depends on the type of flooring and the strength required.
• The typical cement ratio for standard concrete flooring is 1:2:4 (cement:sand:aggregate)

• For high strength flooring, the ratio can be increased to 1:1.5:3

• For decorative or polished concrete flooring, a lower water-cement ratio is used to achieve a smoother finish
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Q1. Foundation footing how much cover required
Ans. 
Foundation footing requires a minimum cover of 50mm to 75mm for reinforcement protection.
• Minimum cover of 50mm to 75mm is required for foundation footing to protect the reinforcement from corrosion and provide adequate strength.

• The cover requirement may vary based on the type of soil, environmental conditions, and structural design.

• Proper cover ensures durability and stability of the foundation.

• In some cases, additiona...read more
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Q2. Shuttering column up to FFL how much cover required
Ans. 
The cover required for shuttering column up to FFL depends on the type of concrete being used and the environmental conditions.
• Cover required for shuttering column up to FFL typically ranges from 25mm to 50mm.

• Factors such as type of concrete mix, exposure conditions, and structural requirements can influence the required cover.

• For example, in harsh environmental conditions or high-strength concrete, a higher cover may ...read more
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Q1. What is the minimum grade of nominal mix
Ans. 
The minimum grade of nominal mix is M5.
• The minimum grade of nominal mix is M5, which means the mix has a compressive strength of 5 MPa.

• Nominal mix is usually used for small scale construction works where quality control is not a major concern.

• Higher grades like M10, M15, etc., are used for more critical structures.

• Example: M5 concrete mix contains 1 part cement, 5 parts sand, and 10 parts aggregate.
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Q2. What is the minimum grade of design mix
Ans. 
The minimum grade of design mix for concrete is M10.
• The minimum grade of design mix for concrete is M10, which means the concrete mix has a compressive strength of 10 N/mm^2.

• Higher grades like M15, M20, M25, etc. indicate higher compressive strengths.

• The grade of design mix is specified by the structural engineer based on the requirements of the project.

• Different grades of concrete are used for different types of const...read more
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