Interview Experiences on Data Structures

The interview process at LinkedIn consisted of seven rounds that tested various skills, including frontend optimization, JavaScript expertise, data structures and algorithms, system design, and product management. Candidates can expect challenging technical questions, particularly in later rounds, emphasizing coding and architectural design. Overall, the interview at LinkedIn presents a thorough assessment of both technical and behavioral competencies, reflecting a high level of rigor.

The interview experience at Juspay consisted of seven rounds, encompassing a variety of topics including aptitude tests, coding challenges pertaining to data structures and algorithms, and system design discussions. The process initiated with aptitude questions, followed by coding rounds focusing on trees and graphs, leading to deep discussions on core computer science principles in later rounds. Overall, the interview was comprehensive and technically demanding, testing a wide range of skills and knowledge relevant to software engineering.

The Goldman Sachs interview process consisted of five rounds encompassing a variety of technical and behavioral questions. Candidates should anticipate coding challenges on algorithms and data structures in the initial rounds, progressing to system design and Java concept discussions in later stages. The overall difficulty of the interview appears to be medium, making it a rigorous assessment of both technical expertise and cultural fit for prospective candidates.

The interview process at Goldman Sachs consisted of five rounds, focusing on diverse topics including data structures, core Java concepts, system design, and behavioral questions. Candidates faced coding challenges in the first two rounds, followed by system design discussions and HR conversations. Overall, the interview experience was moderately challenging, emphasizing technical prowess and the ability to articulate complex concepts.

The Nvidia interview process comprised two rounds, featuring a mix of coding and system design questions. Round 1 focused on algorithmic challenges, such as the variation of the 'Coco eating banana' problem and Go routines, while Round 2 delved into system design with topics like implementing a cache and vertical order tree traversal. Overall, the interview was technically demanding, requiring a solid understanding of data structures and concurrency concepts.