The BIM Engineers Senior BIM Engineer Interview Questions and Answers

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Q1. Timoshenko beam theory
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Q2. Sfd and bmd diagram
Ans. 
Sfd and bmd diagrams show the variation of shear force and bending moment along the length of a structural member.
• SFD (Shear Force Diagram) shows the variation of shear force along the length of a beam or structural member.

• BMD (Bending Moment Diagram) shows the variation of bending moment along the length of a beam or structural member.

• SFD and BMD are essential for analyzing the internal forces and moments in a structu...read more
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Q1. Introduce yourself
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I am a structural engineer with 5 years of experience in designing and analyzing buildings and bridges.
• Graduated with a degree in Civil Engineering

• Worked on various projects including high-rise buildings and pedestrian bridges

• Proficient in software such as AutoCAD and SAP2000
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Q2. Preference of job location
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I am open to job locations that offer opportunities for growth and development.
• I am willing to relocate for the right job opportunity

• I prefer job locations with good transportation options

• I am open to both urban and rural locations depending on the job requirements
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Q1. Do you have experience with basements and below ground structures
Ans. 
Yes, I have extensive experience with basements and below ground structures.
• I have designed and analyzed numerous basements for residential and commercial buildings.

• I am familiar with waterproofing techniques and soil mechanics related to below ground structures.

• I have experience with retaining walls, foundations, and underground parking structures.

• I have worked on projects involving deep excavations and shoring system...read more
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Q1. Hr conform my interview cedul not ablable person.
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Q2. No any question
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Q1. Conform to interview
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Q2. Conform my job queak
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Q3. No question any other to
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Q4. No any questions
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Q1. What is orifice std and types of taps
Ans. 
Orifice std refers to standard orifice sizes used in engineering. Types of taps include flange taps, corner taps, and D and D/2 taps.
• Orifice std refers to standard sizes of orifices used in flow measurement

• Types of taps include flange taps, corner taps, and D and D/2 taps

• Flange taps are used for large pipes, corner taps for small pipes, and D and D/2 taps for general applications
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Q2. What is pressure gauge operating range
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Pressure gauge operating range refers to the minimum and maximum pressure values that the gauge can accurately measure.
• Pressure gauge operating range is typically specified by the manufacturer.

• It is important to ensure that the pressure being measured falls within the gauge's operating range to ensure accurate readings.

• For example, a pressure gauge with an operating range of 0-100 psi should not be used to measure pres
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Q3. What is straight length requirements for orifice flow element
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Straight length requirements for orifice flow element ensure accurate measurement by allowing flow to stabilize before reaching the element.
• Straight length requirements typically range from 10 to 44 pipe diameters upstream and 5 to 22 pipe diameters downstream of the orifice.

• These requirements help prevent flow disturbances and ensure accurate measurement of flow rate.

• For example, if the pipe diameter is 4 inches, the ...read more
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Q1. Salary expectations and current ctc
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Q2. Describe about yourself and other information
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Q3. Why we should hire you and other similar questions.
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Q1. Civil engineering basics
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Q1. How to calculate pipe wall thickness
Ans. 
Pipe wall thickness can be calculated using various methods based on the material, pressure, and temperature of the pipe.
• Calculate using Barlow's formula: t = PD/(2S - 0.8P)

• Consider factors like material properties, pressure, temperature, and safety factor

• Consult relevant codes and standards for specific calculations

• Use software tools like CAESAR II for complex piping systems
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Q1. Which is the max size of project you have worked on.
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Q2. Which software skill set you have
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I have a strong skill set in CAD software such as SolidWorks and AutoCAD, as well as experience with simulation software like ANSYS.
• Proficient in CAD software like SolidWorks and AutoCAD

• Experience with simulation software such as ANSYS

• Familiar with other engineering software tools like MATLAB and LabVIEW
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