Capgemini Game-Based Aptitude Test: Format and Practice

The Capgemini game-based aptitude test is, according to candidate reports, a set of short, timed puzzle games that freshers in India take as part of Capgemini's online assessment, alongside pseudocode and English sections and a behavioural profile. Instead of answering standard MCQs, you solve puzzles such as code-matching, logic grids and memory tasks, which typically score both speed and accuracy. This guide explains what Capgemini says officially, what candidates report about each game, and gives nine practice questions.

Who takes the test

Capgemini recruits freshers in India mainly through its Capgemini Exceller programme for technical graduates, through on-campus and pooled campus drives and through off-campus drives announced on its India careers site. Capgemini's recruitment page lists the fresher rounds as an online aptitude test (reasoning, verbal and quantitative), a coding or technical assessment, a group discussion for some roles, a technical interview and an HR interview.

An older Capgemini Exceller pooled campus drive notice (2022 batch) adds two useful details: the assessment includes a behavioural profiling module used to understand the candidate's profile, and only candidates who clear the earlier test steps are invited to interview. That notice also set eligibility conditions: 60% or above in diploma, graduation, MCA or ME/MTech, no backlogs when appearing for the process, and no more than a one-year gap between academic stages. These conditions change per batch, so check the notice for your own drive.

Capgemini does not describe the games themselves on its careers pages. What follows about the game-based section comes from candidate reports and prep sites, so treat the details as typical rather than guaranteed.

Format of the online assessment

Candidate reports from recent drives describe an assessment along these lines. Timings and the order of sections vary by drive, and some drives have been elimination-style, where you must clear one section to see the next.

Section What it tests Reported format
Pseudocode Tracing loops, conditions, recursion, bitwise operators MCQ, language-neutral
English communication Grammar, vocabulary, reading comprehension; some drives add a short written response MCQ, sometimes plus essay
Game-based aptitude Logic, pattern recognition, working memory, speed Several short timed games
Behavioural profiling Work style and preferences Self-report questionnaire, no right answers

Different prep sites give different game counts and total times, from four games to around eight. Read the instruction screen on test day rather than relying on one source.

The games candidates report

These are the game types most often mentioned by candidates. Not every drive uses all of them.

  • Switch challenge: you see a set of symbols go in and come out in a different order, and pick the code that describes the rearrangement. Speed matters because each correct answer adds time or points.
  • Deductive logic: short statements followed by a conclusion to judge as following or not following.
  • Inductive logic: find the rule behind a set of shapes or numbers.
  • Grid challenge: remember positions of dots on a grid while doing a second task in between.
  • Digit challenge: fill in missing digits so an equation works.
  • Motion challenge: slide blocks on a small board to move a ball to the exit in as few moves as possible.

Most games adapt or get harder as you go, and several reward the number of correct answers in a fixed time. A slow start while you learn the rules costs more than an occasional mistake later.

How scoring works

Capgemini does not publish cut-offs or scoring rules for the games. Game-based assessments in general score a mix of accuracy, speed and efficiency (for example, the number of moves used in a motion puzzle compared with the minimum). They are usually compared against a norm group rather than graded as pass or fail on a fixed number.

For the MCQ sections, candidate reports differ on negative marking between drives. If the instruction screen does not mention a penalty, answer every question.

Practice questions

Questions 1 to 4 imitate the logic behind the games in a written form. Questions 5 to 7 are pseudocode, and 8 and 9 are English.

Question 1

Switch challenge. The code tells you which input position appears in each output slot, read left to right. Input: ▲ ● ■ ◆. Output: ■ ▲ ◆ ●. Which code was applied?

A. 3142 B. 2413 C. 1342 D. 3124

Answer: A. Output slot 1 shows ■, which was input position 3. Slot 2 shows ▲ (position 1), slot 3 shows ◆ (position 4) and slot 4 shows ● (position 2). The code is 3142.

Question 2

Deductive logic. All analysts at the Bengaluru hub use Python. Some Python users work night shifts. Which conclusion definitely follows?

A. Some analysts work night shifts. B. All night-shift workers use Python. C. No analyst works night shifts. D. None of these.

Answer: D. The night-shift Python users may or may not be analysts, so A is not certain, and C is not certain either. B reverses the second statement. Nothing definite follows.

Question 3

Inductive logic. What comes next: 2, 6, 12, 20, 30, ?

A. 40 B. 42 C. 44 D. 36

Answer: B. The differences are 4, 6, 8, 10, so the next difference is 12 and the answer is 42. Each term is also n × (n + 1).

Question 4

Digit challenge. Using each of the digits 2, 3 and 4 exactly once in ( _ + _ ) × _, what is the largest result possible?

A. 14 B. 18 C. 20 D. 24

Answer: C. (3 + 4) × 2 = 14, (2 + 4) × 3 = 18 and (2 + 3) × 4 = 20. Multiplying by the largest digit gives the largest result.

Question 5

What does this pseudocode print?

Integer x = 1
for i = 1 to 4
    if i mod 2 == 0
        x = x * i
    else
        x = x + i
    end if
end for
print x

A. 24 B. 28 C. 10 D. 16

Answer: B. i = 1 (odd): x = 2. i = 2 (even): x = 4. i = 3 (odd): x = 7. i = 4 (even): x = 28.

Question 6

What does this pseudocode print?

function f(n)
    if n <= 1
        return 1
    return n + f(n - 2)
end function
print f(7)

A. 16 B. 15 C. 28 D. 12

Answer: A. f(7) = 7 + f(5) = 7 + 5 + f(3) = 7 + 5 + 3 + f(1) = 7 + 5 + 3 + 1 = 16.

Question 7

In the pseudocode below, & is bitwise AND and ^ is bitwise XOR. What is printed?

print (12 & 10) + (12 ^ 10)

A. 14 B. 22 C. 6 D. 8

Answer: A. 12 is 1100 and 10 is 1010 in binary. 1100 & 1010 = 1000 = 8, and 1100 ^ 1010 = 0110 = 6. The sum is 14.

Question 8

Choose the correct option: "The project was delayed because the client kept ___ the requirements."

A. altering B. alter C. altered D. to alter

Answer: A. "Keep" in the sense of continuing an action takes the -ing form: kept altering.

Question 9

Which part of the sentence contains an error? "Each of the trainees (A) / have submitted (B) / their assignment (C) / before the deadline (D)."

A. Each of the trainees B. have submitted C. their assignment D. before the deadline

Answer: B. The subject is "each", which is singular, so the verb should be "has submitted".

For more English and reasoning practice in MCQ form, see our verbal reasoning practice questions and abstract reasoning practice questions.

Strategies for the game-based section

Read the tutorial properly. Each game starts with a short demo. Candidates who click through it often spend the first scored minute working out the rules. Thirty extra seconds in the tutorial is usually worth it.

Find a method for each game type before test day. For the switch challenge, read the output slot by slot and match each symbol to its input position, as in question 1. Eliminate options as soon as the first digit does not fit, so you rarely need to read the whole code.

Accept small losses in speed games. In games that count correct answers in a fixed time, one wrong answer usually costs less than spending twenty seconds being certain.

Plan before you move in motion puzzles. Efficiency often counts. Look for which block is blocking the exit and work backwards from there before touching anything.

Keep your concentration for the memory game. Grid tasks punish distractions. Use a quiet room, turn off notifications and sit the test in one go.

Strategies for pseudocode and English

  • Trace pseudocode in a table, one column per variable. Watch for integer division, loop limits (does "1 to 4" include 4?) and whether a return statement ends a loop early.
  • Revise binary and bitwise operators: AND, OR, XOR, left and right shifts. They are quick marks once practised.
  • For English, revise subject-verb agreement, tenses, articles and prepositions. Many questions test one rule each.
  • If there is a written response, keep it structured: a one-line position, two short supporting points and a closing line. Spelling and grammar matter more than length.

Common mistakes

  • Treating the games as a break. They count towards your result just like the MCQ sections, so give them the same focus.
  • Gaming the behavioural profile. Answering as the "perfect employee" tends to produce inconsistent answers. Capgemini's 2022 drive notice states the workstyle report does not mean you cleared the assessment, so it is not a score you can push up.
  • Testing on a weak laptop or connection. Lag affects timed games directly. Close other programmes and use a stable network.
  • Using notes from an old drive. The format has changed over the years, and campus and off-campus drives have differed.

A ten-day preparation plan

Days Focus
1–2 Pseudocode: loops, conditions and recursion; 15 traced questions a day
3 Bitwise operators and number systems
4–5 English: grammar rules, error spotting, one reading passage a day
6–7 Logic puzzles: deductive statements, number series, code-matching, under a timer
8 Memory and speed: grid and sequence memory apps or puzzles, 15 minutes at a time
9 One full mock in one sitting, including a short essay
10 Review mistakes, check your system and test setup

Timed reasoning practice is available in our all test package, and you can try the free tests first. When you reach the interview stage, our Capgemini interview questions guide covers technical and HR rounds. If you are also applying elsewhere, compare the format with the Accenture assessment test.

Frequently Asked Questions

What games are in the Capgemini game-based aptitude test?

Capgemini does not publish a list. Candidates and prep sites describe short timed games such as switch or code-matching puzzles, deductive logic, grid memory, number or digit puzzles and motion or sliding-block puzzles. The mix varies between drives.

Can I prepare for a game-based assessment?

You cannot memorise answers, but you can get used to the mechanics. Practising similar puzzles under a timer reduces the time you lose learning the rules on test day, which is where most candidates drop points.

Does the pseudocode section need a specific programming language?

No. Candidates report that the pseudocode questions use language-neutral logic: loops, conditions, recursion and bitwise operators. You need to trace the code correctly, not know C or Java syntax.

Is the behavioural profiling round an elimination round?

Capgemini does not say whether it eliminates candidates. Its 2022 Exceller pooled campus drive notice describes a behavioural profiling module used to understand a candidate’s profile, and states that the workstyle report from it does not confirm that you cleared the assessment. Answer it honestly and consistently.

About the author

Ingmar van Maurik is a specialist in test and interview preparation who helps candidates perform better in recruitment processes.

References