Infra Support Engineering Consultants Interview Questions, Process, and Tips

I am a dedicated and experienced Site Engineer with a strong background in construction management and project coordination.

• Graduated with a degree in Civil Engineering from XYZ University

• Worked for 5 years in the construction industry, managing various projects

• Proficient in AutoCAD, project scheduling software, and site inspection

• Strong communication and problem-solving skills

• Managed a team of 20 workers on a high-ris

Kerbs are used in road construction to separate the road from the pavement and to control drainage.

• Types of kerbs include mountable kerbs, barrier kerbs, and channel kerbs.

• Mountable kerbs have a sloped face to allow vehicles to easily mount them.

• Barrier kerbs are taller and used to prevent vehicles from leaving the road.

• Channel kerbs are used to channel water away from the road surface.

• Kerbs can be made of concrete, st...read more

Lapping lengths of steel refer to the overlapping distance required in steel reinforcement to ensure proper bonding.

• Lapping lengths are necessary to provide continuity and strength in reinforced concrete structures.

• The lapping length depends on the diameter of the steel bars and the design requirements.

• It is important to follow the lapping length specifications provided by structural engineers or building codes.

• For exa...read more

The quantity of steel can be calculated by determining the required steel reinforcement as per the design specifications.

• Calculate the required steel reinforcement based on the design drawings and specifications

• Consider factors such as structural load, concrete strength, and design codes

• Use formulas or software tools to determine the quantity of steel required

• Account for wastage and additional reinforcement for critica...read more

Steel rusts in concrete due to the presence of moisture and oxygen.

• Steel is primarily made of iron, which is prone to rusting.

• Concrete is a porous material that can absorb and retain moisture.

• Moisture in concrete creates an electrolytic environment that promotes rusting.

• Oxygen from the air reacts with iron in the steel to form iron oxide (rust).

• Rust formation can lead to the expansion of steel, causing cracks and weake