KMC Constructions Site Engineer Interview Questions and Answers

Sample interview questions for Site Engineer position

• BBS calculation of slab involves calculating the number of steel bars required for the slab based on the design specifications

• Staircase riser and tread dimensions are determined based on the height of the floor and the desired slope of the staircase

• Types of cement include Ordinary Portland Cement, Rapid Hardening Cement, and Sulphate Resisting Cement

• Full form of TMT ...read more

Drainage contraction knowledge is essential for a Site Engineer to ensure proper water flow and prevent flooding.

• Understanding of drainage systems and their components

• Knowledge of local regulations and standards for drainage design

• Ability to calculate drainage capacity and slope requirements

• Experience in designing and implementing drainage solutions

• Familiarity with different types of drainage materials and their proper...read more

The size of steel used for columns depends on the load it needs to support and the height of the column.

• The size of steel columns is typically specified by their dimensions in terms of width, depth, and thickness.

• The size of steel columns can also be determined based on the structural design calculations and building codes.

• Common sizes for steel columns include W6x9, W8x10, and W10x12, where the first number represents...read more

Development bars length refers to the length of reinforcement bars used in construction to provide strength and stability.

• Development bars length is determined based on structural design requirements.

• It is important to follow the specifications provided by the structural engineer.

• The length of development bars can vary depending on the type of structure and load requirements.

• Proper placement and anchoring of developmen...read more

The weight of concrete per cubic metre varies depending on the mix and density.

• The weight of normal concrete is around 2400 kg/m³

• Lightweight concrete can weigh as little as 1600 kg/m³

• Heavyweight concrete can weigh up to 3800 kg/m³

• The weight of concrete can also be affected by the aggregates used