Jindal Hunting Energy Services Interview Questions and Answers

I am a highly skilled System Engineer with expertise in designing and implementing complex systems.

• Experienced in managing and troubleshooting network infrastructure

• Proficient in virtualization technologies such as VMware and Hyper-V

• Strong knowledge of operating systems like Windows and Linux

• Familiar with scripting languages like PowerShell and Bash

• Excellent problem-solving and communication skills

Yes, I have experience working in teams.

• I have worked on several group projects during my studies.

• I have collaborated with colleagues to solve complex technical problems.

• I have participated in cross-functional teams to implement system upgrades.

• I have also been part of agile development teams, working closely with software engineers and testers.

• One example of teamwork is when I led a team of engineers to successfully d

I am not currently planning on getting married.

• I am currently focused on my career and personal growth.

• Marriage is not a priority for me at this time.

• I believe in taking the time to find the right person and building a strong foundation before getting married.

Yes, social media can be used for educational purposes.

• Social media provides a platform for sharing educational content and resources.

• It allows for collaboration and discussion among students and educators.

• Social media can enhance engagement and motivation in learning.

• It provides access to a wide range of educational materials and online courses.

• Examples include using Facebook groups for class discussions, YouTube for ...read more

The present CEO is John Smith.

• The present CEO is John Smith.

• John Smith has been the CEO since 2015.

• Under John Smith's leadership, the company has experienced significant growth and expansion.

• John Smith has a background in engineering and has previously held executive positions in other companies.

Find sum of all numbers formed from root to leaf path in a binary tree

• Traverse the binary tree using DFS

• At each leaf node, add the number formed from root to leaf path to a sum variable

• Return the sum variable

• Time complexity: O(n)

• Example: For a binary tree with root value 1, left child 2 and right child 3, the sum would be 12 + 13 = 25

Given a string, print all possible strings that can be made by placing spaces (zero or one) in between them.

• Use recursion to generate all possible combinations of spaces

• For each recursive call, either add a space or don't add a space between the current character and the next character

• Base case is when there are no more characters left to add spaces between

• Time complexity is O(2^n) where n is the length of the string

Preorder traversal without recursion

• Use a stack to keep track of nodes

• Push right child first and then left child onto stack

• Pop top of stack and print value

• Repeat until stack is empty

Find longest continuous patch on a 12 km road with updates in patches

• Maintain a variable to keep track of current patch length

• Update the variable whenever a new patch is added

• Maintain a variable to keep track of longest patch so far

• Compare current patch length with longest patch length and update if necessary

• Use a sorted data structure like a binary search tree to store the patches for efficient search

• Time complexity: ...read more

Find median of an unsorted array.

• Sort the array and find the middle element

• Use quickselect algorithm to find the median in O(n) time

• If the array is small, use brute force to find the median

Find 'k' elements closest to a given number from a stream of characters.

• Use a priority queue to keep track of closest elements.

• Update the queue as new characters come in.

• Return the 'k' closest elements from the queue.

Design a data structure with O(1) insert, remove, find-max, and delete-max operations.

• Use a doubly linked list to maintain the elements in sorted order.

• Use a hash table to store the pointers to the nodes in the linked list.

• Maintain a pointer to the maximum element in the hash table.

• Update the pointers in the hash table when inserting or removing elements.

• Update the maximum pointer when deleting or inserting the maximum

Check if a given linked list is a palindrome.

• Traverse the linked list and store the values in an array.

• Compare the first and last elements of the array, then move towards the center.

• If all elements match, the linked list is a palindrome.

• Alternatively, use two pointers to find the middle of the linked list and reverse the second half.

• Compare the first half with the reversed second half to check for a palindrome.