I applied online. The process took 6 weeks. I interviewed at Expedia Group (Londra, Inghilterra) in Oct 2020
Interview
I was interviewed at Expedia London for an entry level Software Development role.
At first, finished their online assessment with a good score. After 5-6 weeks of the online assessment, I was invited for my final rounds of interviews. I had 3 interviews, 1 Coding Interview, 1 Behavioural Interview and 1 Design Interview with a coding challenge at the end.
Total Coding problems: 3
If you can solve Leetcode easy-medium problems, you can solve anything. I cannot reveal confidential coding problems that were asked in the interviews, but I can say I was asked Leetcode Easy-Level problems. Design interview was more focussed on Object Oriented Programming. Behavioural interview is pretty standard.
My tips to the candidates. Clearly communicate well with the interviewer. The whole purpose of the coding interview was to come to the most optimal solution. But that is okay even if your solution is not the best. Just walkthrough the interviewer clearly until the end. Make sure you review Object Oriented Principles.
Interview questions [1]
Question 1
Basic dynamic programming questions and Leetcode easy problems.
I applied through college or university. The process took 8 weeks. I interviewed at Expedia Group (Nuova Delhi) in Sep 2020
Interview
I gave interview for internships in expedia groups . Overall it was great experience with them. They were very cooperative and calm. I will suggest to go through your DS and algo concepts before interview.
I applied through college or university. I interviewed at Expedia Group (Nuova Delhi) in Aug 2019
Interview
The company Expedia visited the Campus of DTU in August 2019. I applied for the role of intern as a software development engineer. There were 3 rounds of interview, consisting of 2 technical rounds and 1 HR round.
Interview questions [1]
Question 1
Q: Given a row-wise sorted matrix consisting of only 0s and 1s. I was asked to calculate the total number of 1s in that matrix.