J'ai postulé via un recruteur. J'ai passé un entretien chez Azuga en août 2022
Entretien
1st round
DSA round ask 2 questions
4 sum
Find the smaller number than given number in tree
2nd round - Technical interview
Ask to create an application having some features
3rd round - technical round
Ask basic concepts, domain knowledge etc
Questions d'entretien [1]
Question 1
4 sum
Find the smaller number than given number in tree
J'ai postulé en ligne. Le processus a pris 4 jours. J'ai passé un entretien chez Azuga en juil. 2023
Entretien
It was a smooth process. Interviewer mainly focused on DSA problem solving questions. There are 2 technical rounds followed by HR round Technical interview- 1) Find the sum equilibrium of an array. 2) Given 2 array find the number of jobs done Some questions related to SQL queries and Springboot
Questions d'entretien [1]
Question 1
Technical interview- 1) Find the sum equilibrium of an array. 2) Given 2 array find the number of jobs done Some questions related to SQL queries and Springboot
J'ai postulé via un recruteur. Le processus a pris 1 semaine. J'ai passé un entretien chez Azuga (Bengaluru) en mai 2022
Entretien
I was contacted to interview for the Software Engineer (Backend - Java) position via Naukri.
Hr was supportive and
interviewers were polite and candid.
Proactive feedbacks were provided for each round.
Questions d'entretien [1]
Question 1
there were 3 rounds.
round 1: online coding cum MCQ round
a)Kadane's algo(maximum sum subarray),
b)simple SQL queries - JOIN, GROUP BY concept
round 2: JAVA questions + coding question
a)multi threading,
b)how to make immutable class,
c)equals and hashCode method for HashMap,
d)Integer Constant Pool,
e) find all list of pythagorean triplets in a given array (optimised solution was asked)
round 3: Design + Problem solving round
a) explain how kafka messaging works, can partitions of a topic be placed in different servers
b) how to define java compile version and packaging type in a pom file
c) Write a program for a simple calculator with undo and redo functions.
