Samsung R&D Bangalore
Built from 2 candidate reports with 10 first-hand accounts, covering 2026-27, 2025-26.
Hiring process
Roles: Advanced Developer Intern, Developer Intern- 1
Online test
Online assessment: AI/ML MCQs plus visual promptingUnstop140 min72 questionsMCQ 1 or 2 marks each; prompting questions 5 marks eacheliminatorySection Qs Min Topics MCQ 70 - machine learning, deep learning, statistics, probability, regularisation, CNN, RNN, LSTM, transformers, LLM prompting, aptitude Visual prompting 2 - prompt engineering, image generation machine learning · deep learning · statistics · probability · LLMs
One account is unsure of platform (guesses another vendor) and duration (2 hours); Unstop and 140 min are the majority. Sections are one-way; question sets vary. About 50 shortlisted by OA, CPI and branch. Replaced an earlier format of one long DSA problem.
- 2
Technical interview
Interview: projects, ML and DL, some DSAMicrosoft Teams25 mineasyproject deep dive · transformers · CNN · backpropagation · activation functions · LLM fine-tuning · precision and recall · embeddings · DBMS normalisation and indexing · graph cycle detection · monotonic stack · deque
One 45-min and the rest 25 min. Mostly resume based; DSA approaches only (no code) for some, none for others. Questions kept open-ended on purpose. No HR questions reported.
Advice from candidates
29 pieces of advice, in their own words. Names removed.
For the OA, thoroughly revise [creator]’s Samsung Practice repository, and focus especially on Dynamic Programming and Graph (BFS/DFS) concepts.
online_test · 2025-26
I highly recommend reviewing [creator]’s GitHub repository, particularly the problems marked as must-do, as Samsung often repeats these questions.
online_test · 2025-26
Although the interview questions were straightforward, having strong fundamentals in Trees, Graphs, and Dynamic Programming is extremely helpful.
preparation · 2025-26
For the OA, thoroughly go through [creator]’s Samsung Practice Repo
online_test · 2025-26
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Question patterns reported
The kind of problem, not the problem itself. Our practice questions are written to match these patterns.
- CodingBFS on a maze-like grid with connected pipe types, count reachable cells
- Technicalpair with target sum, then pair closest to target
- Technicalsearch in rotated sorted array, with duplicates
- Technicalfirst and last occurrence in sorted array
- Onlinewrite a prompt that recreates a shown reference image
- Technicalcycle detection in directed graph with three colours
- Technicalnext greater element via monotonic stack
- Technicalscenario-based choice between precision and recall