Systra Consulting Design Engineer Interview Questions and Answers

Q1. Electrical engineers
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Q2. Electrical digine eng
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Q3. Why joined your company
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I joined the company because of its innovative projects and collaborative work environment.
• Opportunity to work on cutting-edge projects

• Collaborative work environment

• Company's reputation in the industry

• Career growth opportunities
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Q1. Basic Technical Questions
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Q1. Salary Discussion
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Q1. What is orifice std and types of taps
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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. 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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QA Reasoning English

Q1. Qualification specific questions
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Q1. Process description of treatment plant
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A treatment plant is a facility where wastewater is treated to remove contaminants before being discharged back into the environment.
• Treatment plants use a combination of physical, chemical, and biological processes to remove pollutants from wastewater.

• Common processes in treatment plants include screening, sedimentation, filtration, and disinfection.

• Examples of treatment plants include sewage treatment plants, water t...read more
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Q2. About different concepts of pid
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Q1. Salary discussion and negotiation
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Q2. French language proficiency
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Good test. You need to do a good preparation to crack that.

Q1. Technical round was a deatiled round. power system was the core.
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Q2. Basic or Power System
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Q1. Explain this GD&T symbol.
Ans. 
This GD&T symbol is called concentricity.
• Concentricity is a geometric tolerance that controls the central axis of a cylindrical feature relative to a datum axis.

• It ensures that the cylindrical feature has a consistent center point within a specified tolerance zone.

• The symbol for concentricity is a circle with two parallel lines inside.

• It is often used to control the alignment of rotating parts, such as shafts and beari...read more
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Q2. What welding process would you use here?
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The appropriate welding process would depend on the materials being joined and the desired strength and appearance of the weld.
• Consider the materials being joined - different processes are suitable for different materials (e.g. MIG for steel, TIG for aluminum)

• Consider the desired strength of the weld - some processes offer stronger welds than others (e.g. TIG welding produces high-quality, strong welds)

• Consider the app...read more
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Q1. How can you useful for this organisation?
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Q2. Tell me your strengths and weaknesses.
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