Member Technical Staff Interview Questions

4,044 member technical staff interview questions shared by candidates

Given a weight capacity, a limit on the number of shipping containers your ship can carry, a quantity of containers and their weights, and an array of port IDs at which to drop off these respective containers, return the number of cross-ocean trips required to complete the job.
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Member of Technical Staff New Grad

Interviewed at Nutanix

3.8
May 28, 2019

Given a weight capacity, a limit on the number of shipping containers your ship can carry, a quantity of containers and their weights, and an array of port IDs at which to drop off these respective containers, return the number of cross-ocean trips required to complete the job.

Given a weighted tree having 'n' nodes, and 'k' special nodes in the tree. For each node in the tree, find the sum of distances of all the special nodes from that node. 1 <= n, k <= 100000. 1 <= weight of an edge <= 1000000000.
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Member of Technical Staff - Intern

Interviewed at Nutanix

3.8
Sep 12, 2019

Given a weighted tree having 'n' nodes, and 'k' special nodes in the tree. For each node in the tree, find the sum of distances of all the special nodes from that node. 1 <= n, k <= 100000. 1 <= weight of an edge <= 1000000000.

Given a skewed tree, an insect is sitting at the root of the tree at t = 0min, every minute insect steps down in the tree, find the probability of the insect being at any node at t = infinity. Once I came up with a solution various other complexities has been added to the problem such as: What if the tree is binary tree (written code for this) What if three is n-ary What if it is now a directed acyclic graph Handle cases that there can be more than one entry point There can be more that one way to reach a node
avatar

Member of Technical Staff

Interviewed at Nutanix

3.8
Feb 4, 2020

Given a skewed tree, an insect is sitting at the root of the tree at t = 0min, every minute insect steps down in the tree, find the probability of the insect being at any node at t = infinity. Once I came up with a solution various other complexities has been added to the problem such as: What if the tree is binary tree (written code for this) What if three is n-ary What if it is now a directed acyclic graph Handle cases that there can be more than one entry point There can be more that one way to reach a node

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