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The question asks for 3 types of scenarios in customer service.
Handling a customer complaint
Assisting a customer with a product inquiry
Resolving a billing issue
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I applied via LinkedIn and was interviewed in Aug 2020. There were 3 interview rounds.
posted on 2 Jun 2021
I appeared for an interview before Jun 2020.
posted on 5 Apr 2024
I applied via Approached by Company and was interviewed in Oct 2023. There was 1 interview round.
I appeared for an interview in Dec 2024, where I was asked the following questions.
Wi-Fi generations, from 802.11b to Wi-Fi 6E, have evolved in speed, range, and efficiency, enhancing wireless connectivity.
802.11b (1999): Up to 11 Mbps, 2.4 GHz, good range but limited speed.
802.11g (2003): Up to 54 Mbps, 2.4 GHz, backward compatible with 802.11b.
802.11n (2009): Up to 600 Mbps, operates on 2.4 GHz and 5 GHz, MIMO technology for better performance.
802.11ac (2013): Up to 3.5 Gbps, primarily 5 GHz, impro...
I applied via Campus Placement
Developed a wireless communication project focusing on signal processing and data transmission efficiency.
Implemented a frequency modulation technique to enhance signal clarity.
Utilized MATLAB for simulating communication channels and analyzing performance metrics.
Conducted experiments to measure the impact of environmental factors on signal strength.
Collaborated with a team to design a prototype for real-time data tra...
I applied via Referral and was interviewed before Jun 2021. There was 1 interview round.
I applied via Recruitment Consultant and was interviewed before May 2020. There were 3 interview rounds.
Clone a linked list with random pointers.
Create a new node for each node in the original list.
Store the mapping between the original and cloned nodes in a hash table.
Traverse the original list again and set the random pointers in the cloned list using the hash table.
Return the head of the cloned list.
I appeared for an interview before May 2021.
Round duration - 120 Minutes
Round difficulty - Medium
Round duration - 60 Minutes
Round difficulty - Easy
Given a singly linked list with 'N' nodes containing integer values, your task is to sort the list using insertion sort and output the sorted list.
Insertion Sort is an al...
Implement insertion sort algorithm on a singly linked list with integer values.
Traverse the linked list and for each node, find its correct position in the sorted list.
Remove the node from the original list and insert it at the correct position in the sorted list.
Repeat this process until all nodes are sorted.
Ensure the implementation is in-place, without using extra space.
Handle edge cases like empty list or single no...
Your task is to implement a Stack data structure using a Singly Linked List.
Create a class named Stack
which supports the following operations, each in O(1...
Implement a Stack data structure using a Singly Linked List with operations in O(1) time.
Create a class named Stack with getSize, isEmpty, push, pop, and getTop methods.
Use a Singly Linked List to store the elements of the stack.
Ensure each operation runs in O(1) time complexity.
Handle cases where the stack is empty appropriately.
Implement the logic for each query type as specified in the input and output sections.
Given an integer N, determine and print all the prime numbers between 2 and N, inclusive.
Integer N
Prime numbers printed on separate lines
Generate and print all prime numbers between 2 and N, inclusive.
Iterate from 2 to N and check if each number is prime
Use a helper function to determine if a number is prime
Print each prime number on a new line
Round duration - 45 Minutes
Round difficulty - Medium
This round was based on oops concepts and their applications and about STLs.
Given a number N
, generate a pattern where the outer rectangle is filled with the number N
, and the inner rectangles contain decreasing numbers down to 1.
The input be...
Generate a rectangular pattern with outer rectangle filled with N and inner rectangles containing decreasing numbers.
Create a 2-D array with dimensions based on input N
Fill the outer rectangle with N and inner rectangles with decreasing numbers down to 1
Adjust the values in the inner rectangles based on the layer number
Return the generated pattern as a 2-D list/array
Round duration - 30 Minutes
Round difficulty - Easy
This around was basically to judge my communication and behavioral skills.
Tip 1 : Basics should be very clear related to DSA.
Tip 2 : Good knowledge of OS will be plus for Qualcomm
Tip 3 : One should revise the college project thoroughly before interview.
Tip 1 : Be brief while writing resume.
Tip 2 : Mention atleast 2 projects.
based on 2 interview experiences
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