InterviewDigestManagerial Questions
31 real questions extracted from Managerial rounds.
Biggest problem faced during the pandemic and how it was addressed
Conducted by an interviewer with 8+ years of experience. Focused on cultural fit, problem-solving in pandemic, internship work, algorithms, and system concepts.
Ordering of memory/storage components by speed (e.g., Cache, HDD, SSD, L1 register, L2 register)
Conducted by an interviewer with 8+ years of experience. Focused on cultural fit, problem-solving in pandemic, internship work, algorithms, and system concepts.
Explanation of an algorithm (e.g., Hashing) and its industrial applications
Conducted by an interviewer with 8+ years of experience. Focused on cultural fit, problem-solving in pandemic, internship work, algorithms, and system concepts.
Explanation of Virtual Memory
Conducted by an interviewer with 8+ years of experience. Focused on cultural fit, problem-solving in pandemic, internship work, algorithms, and system concepts.
Microservices architecture understanding
Hiring manager interview focusing on project ownership, microservices architecture, and behavioral questions
Behavioural questions (teamwork, challenges, delivery)
Hiring manager interview focusing on project ownership, microservices architecture, and behavioral questions
Technical decision-making deep dive
Hiring manager interview focusing on project ownership, microservices architecture, and behavioral questions
Current project ownership and responsibilities
Hiring manager interview focusing on project ownership, microservices architecture, and behavioral questions
Define and explain the role of a lexical analyzer in compiler design.
Resume-based round focusing on past experience, projects, and interest in the Compiler Intern role. Questions covered computer architecture, memory hierarchy, GPU architecture, CUDA programming, compiler design phases, abstract vs semantic syntax trees, and lexical analyzers.
Explain the phases of compiler design and the difference between an abstract syntax tree and a semantic syntax tree.
Resume-based round focusing on past experience, projects, and interest in the Compiler Intern role. Questions covered computer architecture, memory hierarchy, GPU architecture, CUDA programming, compiler design phases, abstract vs semantic syntax trees, and lexical analyzers.
Explain how computer memory works, including the flow of information from secondary memory to CPU registers. Define cache memory and explain L1, L2, and L3 caches.
Resume-based round focusing on past experience, projects, and interest in the Compiler Intern role. Questions covered computer architecture, memory hierarchy, GPU architecture, CUDA programming, compiler design phases, abstract vs semantic syntax trees, and lexical analyzers.
Describe how memory is manipulated in CUDA programming.
Resume-based round focusing on past experience, projects, and interest in the Compiler Intern role. Questions covered computer architecture, memory hierarchy, GPU architecture, CUDA programming, compiler design phases, abstract vs semantic syntax trees, and lexical analyzers.
Explain the differences between CPU and GPU architecture.
Resume-based round focusing on past experience, projects, and interest in the Compiler Intern role. Questions covered computer architecture, memory hierarchy, GPU architecture, CUDA programming, compiler design phases, abstract vs semantic syntax trees, and lexical analyzers.
Explain your expectations for the role and future career plans.
A 1-hour managerial round involving a discussion about the candidate's current project, technical probing of the project's details, scenario-based questions, a final DSA DP question, and questions about role expectations and career plans.
Solve a DSA Dynamic Programming problem.
A 1-hour managerial round involving a discussion about the candidate's current project, technical probing of the project's details, scenario-based questions, a final DSA DP question, and questions about role expectations and career plans.
Discuss a project you have been working on for the past two years, including technical details and your contributions.
A 1-hour managerial round involving a discussion about the candidate's current project, technical probing of the project's details, scenario-based questions, a final DSA DP question, and questions about role expectations and career plans.
Describe how you handle working in teams, resolve conflicts, and ensure efficient collaboration.
The round focused on managerial aspects, project experiences, and teamwork dynamics.
Provide an example of a time when you faced an issue with a teammate and explain how you resolved it.
The round focused on managerial aspects, project experiences, and teamwork dynamics.
Explain the most challenging project you have worked on, the technologies used, and how you managed deadlines.
The round focused on managerial aspects, project experiences, and teamwork dynamics.
What are your future aspirations?
PDM round focused on resume-based questions and general topics.
Explain each of your projects in detail.
PDM round focused on resume-based questions and general topics.
Why did you choose C++ over Java?
PDM round focused on resume-based questions and general topics.
What job are you expecting to do at IBM?
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
Given 12 coins (11 real, 1 fake lighter), find the minimum number of weighings to identify the fake coin.
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
What is your favorite subject and which DBMSes are you aware of?
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
Given a very long URL, explain how to provide a shortened URL mapping to the original.
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
Explain your favorite project.
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
Explain the difference between Neo4j and MySQL and when to use each.
In-person round focusing on problem-solving, system design, DBMS knowledge, project discussion, and role expectations.
Project discussions, particularly those related to problem-solving and large-scale system design.
45-minute video interview focused on behavioral questions, teamwork, and past projects.
Decision-making approaches for challenges and technical decision-making.
45-minute video interview focused on behavioral questions, teamwork, and past projects.
Team-building scenarios and collaboration with team members.
45-minute video interview focused on behavioral questions, teamwork, and past projects.