Me postulé a través de una facultad o universidad. El proceso tomó 1 día. Acudí a una entrevista en Adobe (Bengaluru) en oct 2011
Entrevista
first of all there was an exam in which an aptitude paper was there and after passing that round I was interviewd by the VP 1:1 he asked me from my CV in which I mentioned an emulator of 8085 microprocessor. He started asking me question over 8085 microprocessor like what is the multiplication code in it etc.
Me postulé a través de una facultad o universidad. El proceso tomó 2 días. Acudí a una entrevista en Adobe (Los Angeles, CA) en ene 2017
Entrevista
Went to my college's career fair, talked with a representative, gave her my resume, and got a call back from her that night for an on campus interview the next day. The interview lasted 30 minutes on the dot. First 10 minutes was two coding questions (I wrote my code down on paper while the interviewer watched my thinking process). The rest of the time was discussing my previous internship experience and projects.
Preguntas de entrevista [1]
Pregunta 1
1. Find a string in an unsorted array of strings.
2. Search for a string in a sorted array of strings.
Your solution can be coded in any language you choose.
Me postulé a través de una facultad o universidad. El proceso tomó 2 semanas. Acudí a una entrevista en Adobe
Entrevista
There are two rounds: a phone screen and an on-site interviews. The phone screen asks about your previous projects and your goal in career. We only did one simple technical question writing a factorial function (be careful of edge cases and input errors). Got to the on-site interview meeting with the manager and two other people on the team. The manager asks out vision and goal and another simple technical question. The second person asks two more harder technical questions, but still not too hard. The final one asks a brain teaser and an object-oriented design.
Preguntas de entrevista [1]
Pregunta 1
(1) Factorial and Fibonacci functions (recursion, trade-off, what if we want to call it several times?)
(2) Given a binary tree, return another tree with reverse in-order traversal.
(3) Find output and bugs in a given program.
(4) Design an object-oriented program for a library (emphasis on users, types of books, check-out, return)
