Forces, load & balance
Force direction, load distribution, centre of gravity, balance, pressure, tension, compression, and practical load behaviour.
Mechanical aptitude skill assessment
Measure practical mechanical reasoning and equipment understanding with a Mechanical Aptitude Assessment Test.
Assess forces, motion, gears, pulleys, levers, springs, hydraulics, pneumatics, tools, machinery, spatial visualisation, fault diagnosis, measurement, safety, and practical mechanical judgement.
Forces, motion & energy
Gears, pulleys & levers
Hydraulics, tools & machinery
Spatial reasoning, faults & safety
Skill signals
What this Mechanical Aptitude Assessment Test helps you evaluate
Measure how candidates understand physical systems, predict mechanical behaviour, interpret diagrams, select tools, diagnose faults, and make safe practical decisions.
Motion, speed & energy
Linear and rotational motion, speed, acceleration, inertia, friction, torque, work, power, and energy transfer.
Gears, belts & chain drives
Gear direction, gear ratios, speed and torque changes, meshing, idlers, belts, chains, sprockets, and drive-system behaviour.
Pulleys, levers & mechanical advantage
Fixed and movable pulleys, rope tension, fulcrums, effort, load arms, lever classes, and mechanical advantage.
Springs, hydraulics & pneumatics
Spring behaviour, pressure, force multiplication, cylinders, valves, compressed air, fluid systems, and component interaction.
Tools, machinery & maintenance aptitude
Tool identification, correct tool selection, machine components, fasteners, lubrication, wear, alignment, and basic maintenance principles.
Spatial reasoning & technical diagrams
Views, sections, rotations, assemblies, exploded diagrams, component movement, dimensions, and interpretation of mechanical illustrations.
Fault diagnosis, measurement & safety scenarios
Symptoms, likely causes, measurement tools, tolerances, troubleshooting sequences, guards, hazards, lockout awareness, and practical judgement.
Assessment flow
A practical structure for fair mechanical-aptitude screening
Run a consistent assessment with realistic mechanical diagrams and scenarios, structured scoring, and decision-ready reports.
Set the mechanical context
Choose role level, machinery type, diagram complexity, tool knowledge, safety focus, time limits, and scenario difficulty.
Run realistic mechanical tasks
Candidates predict movement, compare mechanisms, interpret diagrams, select tools, diagnose faults, and choose safe actions.
Auto-evaluate
Score mechanical reasoning, diagram interpretation, calculation accuracy, tool knowledge, diagnosis, and safety judgement.
Review detailed reports
Compare competency breakdowns, question-level accuracy, scenario decisions, completion data, and evidence-based recommendations.
Score breakdown
Example mechanical-aptitude score areas
Forces, balance & motion
Load paths, direction, torque and movement prediction.
Gears, belts & drives
Direction, ratio, speed and torque behaviour.
Pulleys, levers & springs
Mechanical advantage, effort and stored energy.
Hydraulics & pneumatics
Pressure, force multiplication and fluid behaviour.
Tools, machinery & diagrams
Equipment knowledge, spatial interpretation, diagnosis and safe working.
Use cases
Where this assessment fits best
WO-001Maintenance bayReady
01
Technician and maintenance hiring
Evaluate practical reasoning around mechanisms, tools, machinery, troubleshooting, measurement, and safe working.
WO-002Production floorReady
02
Manufacturing, production and engineering roles
Assess candidates who work with equipment, mechanical drawings, assembly, operation, inspection, and process support.
WO-003Training cellReady
03
Apprentice, trade and entry-level screening
Identify candidates with strong mechanical intuition, spatial ability, learning potential, attention to detail, and safety awareness.
Use realistic mechanical reasoning tasks, automated evaluation, and explainable score reports to improve technician, maintenance, manufacturing, trade, and engineering hiring.
Identify candidates who can understand mechanical systems, diagnose practical problems, and work safely.
Use structured tasks, automated evaluation, and clear reports to shortlist stronger engineering candidates faster.