User-centred design & UX process
User goals, business goals, constraints, problem framing, discovery, definition, ideation, validation, iteration, and choosing the right UX activity.
UX design skill assessment
Measure user-centred thinking, interaction design, and evidence-based UX judgement with a UX Design Assessment Test.
Assess research planning, personas, journey maps, information architecture, task flows, wireframes, interaction design, prototypes, usability testing, accessibility, design rationale, and practical UX judgement.
Research, personas & journey maps
Information architecture & task flows
Wireframes, interaction & prototypes
Usability, accessibility & rationale
Skill signals
What this UX Design Assessment Test helps you evaluate
Measure how candidates understand users, frame problems, structure experiences, design interactions, validate ideas, and explain design decisions with evidence.
Research planning & evidence synthesis
Research questions, methods, participants, interview guides, surveys, observations, bias, notes, affinity mapping, themes, insights, and confidence in evidence.
Personas, journeys & experience mapping
Behaviour-based personas, goals, contexts, journey stages, touchpoints, emotions, pain points, opportunities, service interactions, and avoiding assumption-led artefacts.
Information architecture & navigation
Content grouping, labels, hierarchy, navigation models, card sorting, tree testing, findability, mental models, taxonomy, and information-structure trade-offs.
Task flows, wireframes & interaction design
User tasks, decision points, edge cases, screen states, hierarchy, layout, feedback, affordances, error prevention, recovery, and interaction consistency.
Prototyping & design iteration
Low- and high-fidelity prototypes, appropriate fidelity, interaction behaviour, realistic content, assumptions, testability, iteration speed, and prototype limitations.
Usability testing & UX metrics
Test planning, participant tasks, facilitation, observation, task success, time on task, errors, satisfaction, severity, findings, prioritisation, and actionable recommendations.
Accessibility, rationale & real-world scenarios
Inclusive design, keyboard use, focus, contrast, readable content, screen-reader considerations, design rationale, stakeholder communication, trade-offs, and practical judgement.
Assessment flow
A practical structure for fair UX-design screening
Run a consistent assessment with realistic product, research, flow, and usability scenarios, structured scoring, and decision-ready reports.
Set the UX context
Choose product type, user audience, role level, research depth, artefact expectations, time limit, and scenario difficulty.
Run realistic UX tasks
Candidates frame problems, interpret research, improve journeys, structure navigation, review flows, critique wireframes, and prioritise usability findings.
Auto-evaluate
Score user-centred reasoning, research judgement, information architecture, interaction quality, usability analysis, accessibility, and rationale.
Review detailed reports
Compare competency breakdowns, scenario decisions, design reasoning, response quality, and evidence-based recommendations.
Score breakdown
Example UX-design score areas
92
User-centred process & research
90
Synthesis, personas & journey maps
88
Information architecture & navigation
86
Task flows, wireframes & interaction design
84
Prototyping & usability testing
Use cases
Where this assessment fits best
UX designer hiring
Evaluate user-centred process, research, journeys, architecture, flows, wireframes, prototypes, usability, accessibility, and design rationale.
Product and interaction-design screening
Assess candidates who simplify workflows, improve product findability, define interactions, validate concepts, and communicate trade-offs.
Internal UX capability development
Identify gaps in research quality, synthesis, information architecture, usability analysis, accessibility, evidence use, and stakeholder communication.
Use realistic UX scenarios, automated evaluation, and explainable score reports to improve UX, product-design, interaction-design, research, and service-design hiring.
Identify candidates who can turn user evidence into clear, usable, accessible, and testable product experiences.
Use structured tasks, automated evaluation, and clear reports to shortlist stronger engineering candidates faster.