Internshala Interview Questions and Answers

Hindrances in the supply chain can include delays in transportation, lack of communication, quality control issues, and unexpected disruptions.

• Delays in transportation can lead to late deliveries and increased costs

• Lack of communication between stakeholders can result in misunderstandings and inefficiencies

• Quality control issues can lead to defective products and customer dissatisfaction

• Unexpected disruptions such as natural disasters or political unrest can disrupt the entir...read more

Procure to pay process involves obtaining goods or services from suppliers and paying for them.

• The process starts with identifying the need for goods or services

• Next, a purchase order is created and sent to the supplier

• Goods or services are received and inspected

• An invoice is received from the supplier

• Payment is made to the supplier

Warehousing involves the storage of goods and materials in a designated location for easy access and distribution.

• Warehousing is essential for storing inventory and raw materials before they are needed for production or distribution.

• It helps in maintaining inventory levels, reducing lead times, and improving overall supply chain efficiency.

• Different types of warehousing include public warehouses, private warehouses, and distribution centers.

• Technologies like RFID, WMS, and au...read more

ACI 318 and AISC are commonly used code books for RCC steel post tension seismic design.

• ACI 318 is the American Concrete Institute's code book for concrete design.

• AISC is the American Institute of Steel Construction's code book for steel design.

• Post-tensioning is a technique used to reinforce concrete with high-strength steel strands.

• Seismic design involves designing structures to withstand earthquakes.

• RCC stands for reinforced concrete construction.

Geotechnical design involves analyzing soil properties to determine the stability of structures and foundations.

• Understanding soil composition and behavior

• Evaluating soil strength and stability

• Selecting appropriate foundation types

• Considering environmental factors

• Using geotechnical software for analysis

• Examples: calculating bearing capacity for a building foundation, designing retaining walls based on soil properties