Aptitude test
The Logical Reasoning Test
The logical reasoning test is a core component of pre-employment screening for top-tier corporate roles. This comprehensive guide details the mechanics of inductive, abstract, and diagrammatic assessments, outlining exactly what publishers like SHL and Talent Q evaluate. You will learn the underlying rules governing shape sequences, understand how to break down complex matrices, and discover structured preparation strategies to secure a top-percentile score.
In short
A logical reasoning test evaluates your ability to identify underlying rules, trends, or patterns within abstract sequences of shapes, symbols, or diagrams, and apply those rules to determine the correct next step or missing component. To pass, you must systematically isolate one visual element at a time, determine its transformation logic (such as rotation, movement, or shading changes), and eliminate incorrect options. Success requires a balance of speed and precision, as tests typically allocate 45 to 75 seconds per question. Consistent practice with realistic non-verbal frameworks is essential to build speed and accuracy under strict time constraints.
The basics
What it is
The logical reasoning test is an objective, non-verbal assessment widely deployed during the early stages of corporate recruitment. Unlike verbal or numerical tests that require specific linguistic or mathematical skills, logical reasoning strips out numbers and language entirely, using geometric shapes, grids, and symbols. By focusing on abstract data, employers can evaluate your innate problem-solving capacity without the confounding factors of educational background or cultural familiarity. This makes it an invaluable tool for global firms looking to standardise their evaluation across diverse applicant pools in both the UK and US markets.
Depending on the specific test publisher and employer, this assessment may be styled as an inductive, abstract, or diagrammatic reasoning test. While subtle distinctions exist, they all belong to the same core aptitude family and test the same fundamental mental faculties. Inductive and abstract variants typically present sequences or matrices of shapes where you must deduce the guiding pattern. Diagrammatic variants introduce an extra layer of operational logic, displaying process flows where inputs pass through specific operators that transform their properties. Regardless of the label, the underlying challenge remains identical: deciphering non-verbal rules under intense time pressure.
Firms across banking, management consulting, technology, and engineering rely heavily on these tests to filter massive volumes of applications for graduate schemes, summer analyst positions, and new-grad roles. Whether you are submitting a CV in London or a resume in New York, passing this automated stage is mandatory to progress to an assessment centre or superday. Given the high volume of applicants, top-tier firms use these scores as a hard filter. Investing time in understanding how these patterns operate can mean the difference between an immediate automated rejection and securing a lucrative first-round interview worth thousands of pounds or dollars.
Intervyo is an independent preparation platform dedicated to helping candidates excel in competitive corporate recruitment processes. We are not affiliated, associated, or connected with SHL, Talent Q, CEB, Aon, or any other test publisher mentioned in this guide. All preparation materials, sample frameworks, and explanations provided across our platform are original recreations developed for educational purposes, designed to simulate the structural format and cognitive demands of official assessments rather than copying active test questions.
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What it measures
The dimensions under test
Rule induction from limited examples
The test measures your ability to look at a small sample sequence of abstract figures and accurately extract the underlying laws governing their behaviour. You must distinguish between deliberate, rule-based transformations and irrelevant visual noise designed to distract you.
Applying a rule to a new case
Once you deduce the pattern from the initial sequence, you must demonstrate the cognitive agility to apply that exact rule to project the next shape or identify a missing component. This requires high precision to ensure the rule holds perfectly across all steps.
Isolating several simultaneous transformations
Complex items rarely feature a single rule; instead, multiple shapes change independently within one frame. The test evaluates your capacity to decouple these overlaid transformations, tracking changes in size, rotation, and shading simultaneously without becoming overwhelmed.
Spatial and diagrammatic processing
For process-flow and diagrammatic variants, the test assesses how well you manipulate visual configurations mentally. You must track how geometric properties change as they pass through logical operators, simulating the structured system analysis required in technical, engineering, and consulting environments.
Speed of fluid reasoning under the clock
Fluid intelligence is your capacity to solve novel problems without relying on pre-existing knowledge. This test measures how efficiently your brain processes these unfamiliar visual structures when constrained by a strict per-question time limit, reflecting your ability to perform under high-pressure corporate deadlines.
The format
What to expect
See it in action
A worked example
Let us break down a typical next-in-sequence question using a disciplined, step-by-step analytical approach to isolate multiple moving parts.
- 01
Isolate the first changing feature
Examine the primary geometric object in the sequence, which is an asymmetrical L-shape, and track its spatial orientation across frames one, two, and three. You will observe that the L-shape rotates exactly 90 degrees clockwise in each consecutive frame, meaning the next figure must feature the L-shape pointed downwards.
- 02
Isolate the second changing feature
Look past the orientation and analyse the internal properties of the L-shape, specifically focusing on its colour or shading pattern. In frame one it is solid black, in frame two it is stark white, and in frame three it returns to solid black, confirming that the shading alternates deterministically.
- 03
Combine the rules to predict the answer
Merge both deduced rules to form a single, concrete prediction of what the correct fourth frame must look like. Based on a 90-degree clockwise rotation from frame three and the alternating shading pattern, the correct item must contain a solid white L-shape pointed downwards.
- 04
Eliminate option choices that break the rules
Scan the multiple-choice options and immediately eliminate any figures that violate either of your confirmed rules, such as L-shapes that are black or oriented incorrectly. This systematic elimination leaves only the single option that satisfies both structural laws, ensuring a correct response.
The takeaway
By breaking down the complex image into separate layers of logic, you avoid cognitive overload and arrive at the correct answer quickly and systematically.
The scoring
How it is marked
Logical reasoning tests are norm-referenced, meaning your final score is not determined by the raw percentage of correct answers but by how your performance compares to a global norm group of peers. Your raw score is converted into a percentile ranking, and highly competitive firms adjust their cut-offs depending on the calibre of the applicant pool each season. Isolating one transformation at a time is what protects accuracy at the top band, preventing careless errors that severely damage your percentile placement.
90th percentile and up
This elite tier clears virtually any automated graduate or lateral cut-off bar in existence globally. Candidates scoring at or above the 90th percentile demonstrate exceptional fluid reasoning and speed, making them safe from automated rejection at elite investment banks, top-tier strategy consultancies, and quantitative trading funds.
70th to 89th percentile
This strong competitive band sits safely above the standard screening benchmarks set by the vast majority of international corporate employers. Scoring in this range will comfortably advance your application past the online testing phase and into the interview rounds for most graduate schemes, summer analyst roles, and engineering tracks.
Around the 50th percentile
This represents the exact median performance of the comparison norm group, placing your application in a highly vulnerable position. While sufficient for less competitive operations or regional positions, a 50th percentile score risks automated rejection when applying to oversubscribed programmes in major hubs like London or New York.
Below the 50th percentile
This performance falls into the lower half of the candidate distribution and is highly likely to trigger an immediate automated rejection from competitive employers. It indicates that either your accuracy broke down under time pressure or you struggled to correctly identify the core visual patterns within the test.
The variants
Versions you might be sent
SHL Verify Inductive Reasoning
This widely used format presents candidates with an interactive series of shape patterns, sequences, or matrices, often deploying adaptive testing technology. The system dynamically scales the complexity of the rules based on your ongoing performance, requiring total concentration across 15 to 18 questions.
Diagrammatic Reasoning with Operators
Frequently used for technical, IT, and engineering roles, this variant replaces simple sequences with operational flowcharts. Input shapes are modified by command symbols or operators that alter their properties, requiring you to deduce what specific rules each operator applies to the system.
Talent Q Elements Logical
A highly fast-paced, adaptive matrix completion test where you are presented with a three-by-three grid missing its final bottom-right cell. You must evaluate the patterns moving both horizontally and vertically, selecting the missing piece from a large pool of highly similar deceptive options.
Abstract Reasoning Matrices and Sequences
A broader category utilised by publishers like Kenexa, Saville, and Aon (scales cls). These assessments focus heavily on spatial relationships, point-and-line connections, and overlapping geometric layers, testing pure pattern recognition without any linguistic context or structural instructions.
The prep
How to prepare
Learn the common pattern types
Familiarise yourself with the foundational rule catalogue used by test publishers, including basic rotations, grid movements, symmetry reflections, and arithmetic changes in shape counts. Recognising these core mechanisms immediately reduces the time spent guessing during the actual exam.
Work through one changing feature at a time
Avoid trying to comprehend a complex visual puzzle all at once. Develop the habit of isolating a single element, mapping its behaviour across the frames, and then moving to the next element until the full pattern becomes clear.
Practise under realistic time pressure
Training without a clock can create a false sense of security. Always simulate the true constraints of the assessment by practising with strict per-question limits of 45 to 75 seconds to build your mental pacing and prevent panic during the test.
Eliminate options that break a confirmed rule
Treat the multiple-choice options as a tool rather than just a destination. The moment you confirm a single rule, scan the answer choices and cross out everything that violates it, which simplifies the remaining puzzle and boosts your accuracy.
How not to fail
Common failure modes
The specific ways candidates lose marks on this test. None of these need talent to avoid, only awareness.
- 01Trying to read every change at once. Becoming overwhelmed by staring at the entire complex figure simultaneously, which leads to confusion, cognitive fatigue, and missed patterns.
- 02Missing a secondary rule. Identifying the obvious primary movement rule but failing to notice a subtle secondary change, such as alternating line thickness or shifting background dots, leading to an incorrect choice.
- 03Over-analysing a hard item. Stubbornly refusing to skip a highly complex question, which burns up valuable minutes and ruins your pacing for the rest of the assessment.
- 04Ignoring the answer options as a check. Formulating a hypothesis without looking at the choices, failing to realise that the options can quickly confirm or disprove your assumed logic.
- 05Careless early errors. Rushing through the initial, easier questions too quickly and making silly mistakes that heavily penalise your score on adaptive testing platforms.
- 06Running out of time near the end. Managing your time poorly on non-adaptive tests, forcing you to blind-guess the last five questions and destroying your overall percentile ranking.
On the day
What strong candidates do
The habits that separate high scorers, most of them decided before the timer even starts.
Isolate one feature at a time
Deconstruct complex shapes systematically, focusing entirely on a single property like shading or rotation before looking at anything else.
Spot the dominant rule fast
Scan the sequence quickly to identify the most obvious transformation, establishing a firm anchor from which to decipher subtler secondary patterns.
Eliminate rule-breaking options early
Use partial information to cross off incorrect answers immediately, narrowing down the field and increasing the probability of a correct guess if time runs short.
Keep a steady pace
Monitor the countdown timer closely, spending no more than 60 seconds on any individual item before making an educated guess and moving forward.
Confirm a rule before applying
Verify that a deduced rule holds true across every single step of the sample sequence before trusting it to choose the final answer option.
Move on from a stuck item
Recognise when a specific pattern is not clicking, cutting your losses quickly to preserve precious time for questions you can solve easily.
Practise on the real format
Reading about the test is not practising it.
Intervyo recreates Logical Reasoning Test in its real format, timed and scored, with instant feedback so the structure is familiar before it counts. Start free, no card required.
FAQ
Common questions
Inductive and abstract reasoning tests are largely identical, focusing on identifying patterns within sequences or matrices of shapes. Diagrammatic reasoning tests introduce operational logic, displaying flowcharts where inputs are modified by specific operators or command keys that transform their physical properties, requiring you to deduce the functions of those operators.
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