Me postulé a través de una facultad o universidad. El proceso tomó 2 días. Acudí a una entrevista en Oracle (Silchar) en nov 2015
Entrevista
Job Interview for Oracle Finance Service Software Ltd.
Fresher. Electrical Engineering. Interviewed at NIT Silchar. 2015
Process:
1. Online Test which comprises of 4 sections. English, Aptitude, Basic Programming, And Core Programming(Data Structure)
2. Technical interview
3. HR Interview
Every round is an eliminating round. You must score good in Core Programming for Oracle GBU but for OFSS a descent score can clear you the 1st Round. ( We had same Test for both the Post)
You must have basic programming skills in C, OOPS and SQL
HR round is a stress round where the interviewer will test your patience and situation handling capabilities when given stress. Be Cool.
50 guys were selected after Online Test, 15 got selected after Technical Interview, 11 were finally selected after HR interview. Out of which 7 are for Applications Devfeloper and 4 for QA
Preguntas de entrevista [1]
Pregunta 1
Explain any Sort Algorithm ( Bubble Sort )
What is debugging
Why Developer?
Difference b/w Tester, Consultant and Developer ( HR )
Me postulé a través de una facultad o universidad. El proceso tomó 1 día. Acudí a una entrevista en Oracle (Kānpur, Uttar Pradesh) en dic 2025
Entrevista
3 rounds. Round 1-dsa, sql, overall system architecture for similar system to makemyshow, sorting algos. Round-2 dsa, database designing. Round-3 all questions purely on resume. Plus, one small hr round
Preguntas de entrevista [1]
Pregunta 1
Database(tables n attributes and all) designing for automation of library.
OA round , 2 technical rounds , 1 HR round , In technical round foucys on projects and dsa . Asked meduim to difficult questions. Rounds were medium level only . It was on campus interview
They asked me one question on DSA, OOPs concept and SQL.
They asked me to write the code and then explain it.
And also had a discussion on one of the project.
Preguntas de entrevista [1]
Pregunta 1
DSA question was to rotate a matrix in clock wise and anti clock wise direction alternatively.
