VIKRAN Engineering & Exim Interview Questions, Process, and Tips

I have extensive commercial experience related to client billing.

• Managed client billing for a software company, ensuring timely and accurate invoicing

• Developed and implemented billing processes for a consulting firm, resulting in a 20% increase in revenue

• Collaborated with sales team to resolve billing discrepancies and improve client satisfaction

The interview question is about 1.33kv&11kv BOQ, power transformer description, and the role of CT/PT.

• BOQ for 1.33kv and 11kv involves preparing a bill of quantities for electrical equipment and materials required for the project.

• Power transformer description includes its specifications, such as voltage rating, power rating, winding configuration, cooling system, etc.

• CT/PT (Current Transformer/Potential Transformer) ar...read more

Answering questions related to electrical engineering

• To find if a transformer is star or delta connected, check the connection of the primary and secondary windings

• APL/BPL/AGL materials refer to Above Poverty Line/Below Poverty Line/Anti-Graffiti materials used in construction

• ROW stands for Right of Way, which is the legal right to pass through a property or land

Steel grade refers to the classification of steel based on its composition and properties.

• Steel grade determines the quality and suitability of steel for specific applications.

• Different steel grades have different chemical compositions and mechanical properties.

• Examples of steel grades include AISI 304, ASTM A36, and SAE 4140.

• Steel grades are often designated by a combination of letters and numbers.

• Understanding steel ...read more

The formula for calculating steel weight is based on the density of steel and the volume of the steel object.

• The formula for steel weight is: weight = volume x density

• The density of steel is typically around 7850 kg/m³

• To calculate the volume of a steel object, use the appropriate formula for its shape (e.g. for a rectangular prism, volume = length x width x height)

• Once you have the volume and density, plug them into th