Samsung Placement Paper: Test Pattern and Syllabus 2026

Samsung India recruits engineering graduates through two distinct tracks: Samsung R&D Institute for software and research roles, and Samsung Electronics India for product and operations positions.

Most students searching for “Samsung placement paper” are from CSE, IT, or ECE branches targeting a campus drive. Which track applies to you determines which test you sit, and the prep for each is different enough that getting the distinction right before you start is worth five minutes.

Samsung Hiring in India: Which Track Are You On?

Samsung Research Institute India (SRI) operates campuses in Bangalore, Noida, and Delhi. It hires software engineers and researchers, mostly from NITs, IITs, and a curated list of partner private colleges. The SRI selection process weights the coding round heavily: aptitude is a gate, not the differentiator.

Samsung Electronics India recruits for product, manufacturing, and operations roles through the Global Samsung Aptitude Test (GSAT). The GSAT is the test most Tier-2 and Tier-3 college students encounter during campus drives. It is a 60-minute, 50-question online test across three sections, with no negative marking and no sectional cutoff.

This article covers both. The GSAT test pattern is the primary anchor. SRI’s coding component gets its own section.

Samsung GSAT: Test Pattern at a Glance

The GSAT runs for 60 minutes and covers 50 questions across three sections. There is no negative marking, so wrong answers cost nothing. No sectional cutoff means a weaker quant section can be offset by a stronger technical section.

Section	Topics	Questions (approx.)
Quantitative Aptitude	Data interpretation, percentages, profit-loss, time-work, averages	20
Logical Reasoning	Number series, coding-decoding, blood relations, clocks, cubes	15
Technical MCQs	Data structures, OS concepts, C/C++, Java, computer networks	15

Candidates who clear the GSAT receive an email invitation for the next stage. For SRI drives, that means the coding round. For Samsung Electronics drives, it typically means a direct jump to technical or HR interviews.

The GSAT format is similar in structure to what Texas Instruments uses in its campus drives. The Texas Instruments placement paper guide is a useful parallel for the Technical MCQ section in particular, since both companies lean on data structures and OS concepts.

Syllabus: What Each Section Covers

Quantitative Aptitude

The quant section puts the most weight on data interpretation, with graphs and charts appearing in multiple questions. Other topics that appear regularly:

• Percentages and profit-loss
• Time, work, and distance problems
• Averages and ratios
• Basic number theory and LCM/HCF

The questions are practical rather than abstract. Class-11 and class-12 maths is sufficient grounding for most of them. Speed matters more than depth here: 20 questions in roughly 24 minutes (proportional to the 60-minute total) leaves about 72 seconds per question.

Logical Reasoning

This section tests pattern recognition and rule-based thinking. The most common question types:

• Number series and letter series
• Coding-decoding (letter-shift rules, symbol substitution)
• Blood relations and seating arrangements
• Direction sense and clock problems

Number series questions appear most often. Clocks and cubes appear less frequently but have a high prep payoff because the solution patterns are systematic and learnable in a short session.

Technical MCQs

Fifteen technical questions in a 60-minute test is a high ratio. Topics:

• Arrays, linked lists, stacks, queues, trees (data structures)
• Process management, memory management, and deadlock (operating systems)
• C and C++ fundamentals: pointers, memory allocation, basic object-oriented concepts
• Java basics: classes, interfaces, exception handling, garbage collection
• Networking basics: OSI model layers, TCP/IP, IP addressing

ECE students should pay attention to the C/C++ questions specifically. They tend to be language-mechanics focused rather than algorithm-heavy, which plays to ECE students’ coursework if they have done embedded C.

The Coding Round (SRI Drives)

For Samsung R&D Institute campus drives, the aptitude test is followed by a separate coding assessment. This round typically presents 2 to 3 programming problems with a combined window of 90 minutes to 3 hours. The platform varies: some batches run on HackerEarth, others on Samsung’s own recruitment portal.

Problem difficulty ranges from medium to hard. Candidates who do well have usually practised:

• Dynamic programming problems (coin change, longest common subsequence, knapsack variants)
• Graph traversal: BFS, DFS, shortest path
• String manipulation and recursion
• Binary tree problems: traversals, lowest common ancestor, height calculations

Accepted languages vary by batch. C, C++, Java, and Python are consistently supported. Python solutions are accepted but may not pass on strict time-limit tests; a clean C++ or Java implementation of standard patterns is a safer bet.

If you are also targeting networking-sector companies, the Cisco placement paper guide covers a comparable online aptitude-plus-coding structure worth reviewing alongside this one.

Technical and HR Interview Rounds

Technical Interview

Candidates who clear the online tests move to 2 to 3 technical interview rounds, conducted via video call or on-campus. SRI interviews go deeper into the resume’s project section than most service-sector drives do. Typical questions:

• Walk through a project you built: architecture decisions, trade-offs, and what you would do differently.
• Data structure and algorithm problems, solved on a shared coding pad or whiteboard.
• OS concepts: process vs. thread, synchronisation primitives, semaphore vs. mutex differences.
• DBMS: normalisation, indexing, and basic query optimisation.

The technical panel is typically 2 to 3 people. Rounds may happen on the same day or on separate days depending on the campus drive schedule.

HR Interview

The HR round assesses communication clarity and role fit. It is not a formality at Samsung. Common topics:

• Why Samsung, and specifically why the R&D division (or Electronics division).
• Describe a situation where you solved a hard technical problem under time pressure.
• Work location preferences: SRI has offices in Bangalore, Noida, and Delhi.
• Standard fit questions: strengths, areas for growth, preferred team dynamics.

Answers that name specific Samsung products or research areas read as prepared. Generic statements about “wanting to work on meaningful products” are common and forgettable.

Illustrative Sample Questions

The questions below are in the same format as the actual Samsung tests. They are illustrative examples, not reproduced proprietary questions.

Quantitative Aptitude

• Q1: A rectangle’s length increases by 25% and its breadth decreases by 20%. What is the net change in area?

  • New area = 1.25L × 0.80B = 1.00 LB. Net change: 0%.
  • Answer: The area remains unchanged.

• Q2: A and B together complete a task in 12 days. A alone takes 20 days. How many days does B alone take?

  • A’s rate = 1/20 per day. Combined rate = 1/12 per day.
  • B’s rate = 1/12 minus 1/20 = 5/60 minus 3/60 = 2/60 = 1/30.
  • Answer: B alone takes 30 days.

Logical Reasoning

• Q3: Find the next number in the series: 3, 8, 15, 24, 35, __

  • Differences: 5, 7, 9, 11. Each difference increases by 2.
  • Next difference = 13. Next term = 35 + 13 = 48.
  • Answer: 48.

• Q4: In a code, STAR is written as UVCT. How is BOLD written in the same code?

  • Rule: each letter is shifted forward by 2 positions (S+2=U, T+2=V, A+2=C, R+2=T).
  • BOLD: B+2=D, O+2=Q, L+2=N, D+2=F.
  • Answer: DQNF.

Technical MCQs

• Q5: Which sorting algorithm always runs in O(n log n) time regardless of the input order?

  • Quick sort degrades to O(n squared) in the worst case. Bubble and insertion sort are O(n squared) in the average case.
  • Answer: Merge sort and heap sort both guarantee O(n log n) in all cases.

• Q6: Which traversal of a binary search tree yields elements in ascending sorted order?

  • Pre-order visits Root before children. Post-order visits Root after both children.
  • Answer: In-order traversal (Left, Root, Right).

Getting solid across all three sections is the baseline for GSAT clearance. For SRI drives, the coding round is where candidates separate. The candidates who convert that round have usually written real programs beyond coursework, not just solved algorithm puzzles on a platform.

Samsung’s coding interviews expect code that runs. TinkerLLM at ₹299 gives you LLM API access to build a working micro-project in a weekend. That is the kind of deliverable that makes the “what have you actually built?” question in the Samsung technical interview easy to answer with specifics instead of theory.

For hardware-tech company aptitude and technical test patterns, the Dell placement paper guide covers a similar structure and is a good companion resource.

Check the official Samsung India careers page for batch-specific eligibility details, including CGPA cutoffs and eligible branches, since these shift year to year and drive to drive.