A very good company to work at, with a lot of good projects to work on
A very good company to work at, with a lot of good projects to work on
Good and challenging environment. Experienced folks to learn and work with. Good projects to work on and gain experience.
No Cons from my experience working here.
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Arista Networks Interview Questions
Arista Networks Interview Experiences
Software Engineer
Interview Process: * Online assessment * DSA round * Design round (Technical Director) * HR round I only finished the first two rounds. The online assessment included three coding questions, all of which were easy. In the DSA round, there was one
Software Engineer
It was smooth. HR and interviewers were quite helpful. HR had to schedule the interview multiple times as I was busy and asked for time. Each round was approximately 1 hour and provided the CoderPad. Interviewers were looking for a working code solut
Software Engineer
OA Round There were 4 sections: * 20 minutes for 15 MCQs. * 20 minutes: Integer to Roman. * 25 minutes: In an m*n grid with obstacles, find if (m-1,n-1) can be reached from (0,0) in less than or equal to a given time, where each movement costs 1 un
Software Engineer
Bengaluru, Karnataka, IndiaApril 1, 2025Interview Process: * Online assessment * DSA round * Design round (Technical Director) * HR round I only finished the first two rounds. The online assessment included three coding questions, all of which were easy. In the DSA round, there was one
Software Engineer
Bengaluru, Karnataka, IndiaMarch 1, 2025It was smooth. HR and interviewers were quite helpful. HR had to schedule the interview multiple times as I was busy and asked for time. Each round was approximately 1 hour and provided the CoderPad. Interviewers were looking for a working code solut
Software Engineer
Bengaluru, Karnataka, IndiaAugust 1, 2024OA Round There were 4 sections: * 20 minutes for 15 MCQs. * 20 minutes: Integer to Roman. * 25 minutes: In an m*n grid with obstacles, find if (m-1,n-1) can be reached from (0,0) in less than or equal to a given time, where each movement costs 1 un
