Ho presentato la mia candidatura tramite segnalazione di un dipendente. Ho sostenuto un colloquio presso Clearwater Analytics (CWAN)
Colloquio
It was a 4 round process. A hacker rank test followed by 2 rounds of technical interview and then final HR interview. The overall interview process was smooth and was done online.
Ho presentato la mia candidatura online. Ho sostenuto un colloquio presso Clearwater Analytics (CWAN) (Boise, ID) nel mese di ago 2017
Colloquio
Phone - test interview. Asked test questions using codeinghire.com. Interviewer was very pleasant and asked relevant follow up questions. It was pretty short, I was expecting a bit of behavioral interview questions to be thrown in, but only test questions.
Ho presentato la mia candidatura tramite l'università. Ho sostenuto un colloquio presso Clearwater Analytics (CWAN) (Boise, ID) nel mese di mar 2017
Colloquio
I had a two-hour phone interview where I did some math, SQL, and finance problems via CodingHire. Two weeks later, I was then moved on to a Cisco WebEx interview with two one-hour panels where I solved logic puzzles and used advanced Excel techniques (vlookup) on spreadsheets. The final interview structure was the same as the previous, and I was asked to test and determine the potential bugs and other considerations with a program about grading, followed by more SQL querying and some coding in Blockly.
Domande di colloquio [6]
Domanda 1
You have 8 balls and a scale, and one of the balls are heavier than the rest, how do you go about finding which one is heavier?
You are going to give your friend a loan such that over the course of a year, the interest and principal returned will add up to $1000. How much should you give him today in order to achieve this? Over two years? Three?
You have two bowls and 100 M&Ms, half are green and half are red. Somebody will enter the room and draw an M&M from one of the bowls while blindfolded. How can you distribute the M&Ms between the two bowls to minimize the chance that the person will draw a green M&M?
Let's say you have two eggs, and you want to test from which story the eggs can fall from a 100-story building without cracking. Create a system which minimizes the number of attempts while ensuring that both eggs are not cracked before a conclusion can be drawn.
