Microsoft Senior Product Designer Interview Preparation Guide

Product Designer

Microsoft

Senior

6 rounds

Updated 6/16/2026

Microsoft's interview process for Senior Product Designer combines behavioral assessments, design case studies, technical design discussions, and cross-functional collaboration evaluation. The process emphasizes end-to-end design thinking, user-centered problem solving, and alignment with Microsoft's mission to empower users through technology. Candidates are evaluated on design expertise, communication skills, and cultural fit across multiple rounds with different Microsoft team members.

Interview Rounds

Recruiter Screening

30 min3 focus topicsculture fit

Design Phone Screen

45 min3 focus topicstechnical

Onsite: Product Design Case Study

90 min4 focus topicscase study

What to Expect

In-depth design challenge where you'll receive a product scenario and tasked with designing a comprehensive solution. You'll have time to think through the problem, ask clarifying questions, and present your approach. This round evaluates design thinking, problem-solving capability, communication clarity, and ability to articulate design rationale. You'll present your solution and discuss your reasoning with interviewer(s).

Tips & Advice

Start by clarifying the problem deeply: ask about users, business goals, constraints, success metrics, and existing solutions. Outline your approach before diving into details. Sketch or describe wireframes and user flows clearly. Discuss user needs, pain points, and how your solution directly addresses them. Be prepared to iterate based on interviewer feedback. Show your thinking process, not just final design. Discuss accessibility and inclusive design considerations. Consider edge cases and how your design handles them.

Focus Topics

Design Communication & Articulation

Clearly explain your design decisions, reasoning, and trade-offs. Present wireframes, flows, or prototypes with coherent narrative that others can follow.

Practice Interview

Study Questions

Problem Framing & User Understanding

Ask insightful questions to understand users, business goals, constraints, and success metrics before designing. Define the design problem clearly based on research and data.

Practice Interview

Study Questions

End-to-End Design Thinking

Demonstrate ability to design comprehensive product experiences from concept through implementation. Show consideration of complete user flows, interactions, visual design, information architecture, and implementation details.

Practice Interview

Study Questions

User-Centered Problem Solving

Center design decisions on validated user needs and pain points. Reference user research principles, user personas, and usability best practices in your solution approach.

Practice Interview

Study Questions

Onsite: Design System & Visual Design

60 min4 focus topicstechnical

What to Expect

Discussion and assessment of visual design capabilities, design systems expertise, and branding approach. You may discuss design system experience, scalability of design solutions, visual hierarchy, typography, color theory, accessibility standards (WCAG), and maintaining design consistency across products. You might review or critique existing designs, discuss your design system contributions, or work on visual design challenges.

Tips & Advice

Prepare concrete examples of design systems you've created or significantly contributed to. Discuss how you ensure design consistency, scalability, and developer handoff across products. Be deeply familiar with accessibility standards (WCAG 2.1 AA/AAA) and how you implement them. Discuss principles of visual hierarchy, typography, color theory, and their impact on usability. Show understanding of how design systems enable cross-functional teams and scale design. Be ready to critique designs constructively. Mention proficiency with design tools (Figma, Adobe XD) and documentation approaches.

Focus Topics

Accessibility & Inclusive Design

Demonstrate deep knowledge of WCAG standards, accessible design practices, and inclusive design principles. Show how you embed accessibility considerations from project start, not as afterthought.

Practice Interview

Study Questions

Design Tooling & Prototyping

Show advanced proficiency with industry-standard design tools (Figma, Adobe XD) and prototyping capabilities. Discuss how you use interaction design tools to communicate complex ideas and validate concepts.

Practice Interview

Study Questions

Visual Design & Branding

Show mastery of visual design principles: typography, color theory, visual hierarchy, layout, iconography, and visual consistency. Discuss how visual design supports both usability and brand identity.

Practice Interview

Study Questions

Design System Development & Maintenance

Demonstrate experience building or significantly contributing to design systems. Discuss component libraries, design tokens, documentation, governance, and maintaining consistency across teams.

Practice Interview

Study Questions

Onsite: User Research & Testing Strategy

60 min3 focus topicstechnical

What to Expect

Discussion of user research methodologies, usability testing approaches, and how you use research to drive design decisions. You may be asked to design a research plan, discuss past research-driven projects, critique research approaches, or explain how you've used different research methods effectively. This round evaluates your understanding of research-driven design and ability to advocate for user needs.

Tips & Advice

Be prepared to discuss diverse research methodologies: qualitative (user interviews, contextual inquiry, diary studies) and quantitative (surveys, analytics, A/B testing, metrics analysis). Explain when and why you'd use each method for different questions. Share specific examples of how research revealed unexpected user needs or contradicted assumptions. Discuss how you've translated research insights into actionable design recommendations. Show ability to work with research teams or conduct research independently. Discuss how you measure design success and iterate based on data.

Focus Topics

Translating Research into Design

Show ability to synthesize research insights, identify patterns, and translate findings into actionable design solutions. Discuss how you communicate research discoveries to stakeholders and build consensus.

Practice Interview

Study Questions

User Research Methodologies

Demonstrate knowledge of diverse research approaches: qualitative methods (interviews, contextual inquiry, observation), quantitative methods (surveys, analytics, metrics), and mixed-method approaches. Discuss how to choose appropriate methods for different research questions.

Practice Interview

Study Questions

Usability Testing & Iteration

Discuss experience planning and conducting usability testing, analyzing results, identifying patterns, and iterating design based on findings. Show how you measure design effectiveness and validate improvements.

Practice Interview

Study Questions

Onsite: Behavioral & Cross-Functional Collaboration

60 min4 focus topicsbehavioral

What to Expect

Discussion of behavioral competencies, collaboration approach, and cultural fit with Microsoft values. Interview will use STAR method to explore past situations demonstrating Microsoft competencies: adaptability, collaboration, customer focus, drive for results, influencing for impact, and sound judgment. You'll discuss how you partner with product managers, engineers, and other designers. This round assesses leadership qualities and how you influence team direction.

Tips & Advice

Use STAR method (Situation, Task, Action, Result) for all responses. Prepare specific, detailed examples showing collaboration with product and engineering teams. Include situations where you influenced design decisions or led team toward better solutions. Discuss how you handle disagreements constructively and incorporate feedback. Show adaptability when requirements changed or new information emerged. Demonstrate genuine alignment with Microsoft's mission to empower users through technology. Be authentic, conversational, and specific with metrics/outcomes.

Focus Topics

Adaptability & Growth Mindset

Discuss situations where you adapted to feedback, learned from challenges, shifted approach based on new information, and grew from difficult experiences.

Practice Interview

Study Questions

Customer Focus & Business Impact

Share examples of prioritizing user and customer needs, measuring impact of design work, and driving results aligned with business goals. Connect design decisions to outcomes.

Practice Interview

Study Questions

Design Leadership & Influence

Show examples of leading design initiatives, influencing team and leadership decisions, advocating for design solutions, and mentoring junior designers. Demonstrate thought leadership.

Practice Interview

Study Questions

Cross-Functional Collaboration & Communication

Demonstrate ability to work effectively with product managers, engineers, and other designers. Share examples of collaborating on complex projects, aligning diverse perspectives, and building consensus toward better solutions.

Practice Interview

Study Questions

Frequently Asked Product Designer Interview Questions

Cross Functional Collaboration and CoordinationHardTechnical

45 practiced

Senior leadership asks you to prioritize a metric that would increase short-term revenue but risks long-term retention. As the design lead, craft a negotiation strategy to align product, sales, finance, and customer success around a balanced roadmap. Include proposed experiments, guardrails, rollback criteria, and how you'd surface trade-offs to execs.

Sample Answer

**Situation & goal (one line)** As design lead I’d negotiate a balanced roadmap that delivers short-term revenue uplift while protecting long-term retention and product health.

**Negotiation strategy — high level**- Start with a cross-functional workshop (Product, Sales, Finance, CS, Eng) to align on north star metrics, time horizons, and constraints.- Present a dual-path proposal: controlled short-term revenue experiments + retention-protecting investments (UX fixes, onboarding, support scaling).- Use data and personas to show downstream retention risk in concrete terms (LTV, churn scenarios).

**Proposed experiments**- Time-limited upsell test: surface a higher-margin offer to 10% of new users with clearer onboarding cues and optional trial.- Price-discount cadence: A/B test a single-purchase incentive vs. recurring discount for 3 months.- Dark-launch friction mitigation: deploy UI changes only for experiment cohort with in-product tooltips and NPS prompts.

**Guardrails & instrumentation**- Only run revenue-focused changes on <20% of eligible users.- Track leading indicators: activation rate, 7/30-day retention, NPS, support volume, refund rate, and cohort LTV.- Require instrumentation before launch (events, session recordings, funnel dashboards).

**Rollback criteria**- Immediate rollback if: 7-day retention drops >10% vs control, refund rate >2x baseline, or CS ticket volume spikes >50% in 48 hours.- Auto-flag review if negative sentiment (NPS drop >8 points) or LTV projection diverges >5% at 30 days.

**How I’d surface trade-offs to execs**- Deliver a one-pager with: expected short-term revenue uplift, modeled long-term LTV impact under best/worst cases, experiment risk score, and recommended mitigation.- Weekly dashboard with cohort visualizations and decision checkpoints at 2, 7, and 30 days.- Recommend a go/no-go executive review before scaling beyond experiment scope.

**Why this works**- Balances commercial pressure with user-centered safeguards, uses data to de-risk, and creates clear, fast decision paths so revenue opportunities can be captured without sacrificing retention.

End to End Design ProcessHardTechnical

54 practiced

Design an accessible datagrid component that supports large datasets via virtualization, keyboard navigation, sorting, column resizing, and selection. Describe the HTML semantics or ARIA strategy, focus management approach when rows are virtualized, how to announce changes to screen readers, and tradeoffs between accessibility and virtualization performance.

Sample Answer

**Overview (what I’d deliver)** I’d design a datagrid that balances full accessibility with high-performance virtualization. It uses semantic HTML where possible, ARIA grid roles for richer interactions, clear keyboard patterns, and progressive enhancement so assistive tech works even if JS is limited.

**HTML / ARIA strategy** - Use <table> for simple grids; for complex interactive cells use a div[role="grid"] with role="row" and role="gridcell" or role="columnheader". - Mark selectable rows with aria-selected, sortable headers with aria-sort, and resizable columns with aria-resizable/aria-valuenow (custom implemented). - Provide an offscreen live region (aria-live="polite") for announcements (sort changes, selection counts, column resize complete).

**Focus & virtualization approach** - Keep one DOM focusable element per visible row (e.g., a focusable container) and manage arrow/Home/End/Page navigation in JS. - Maintain a virtual index pointer separate from DOM: when navigation moves to a row not currently rendered, update the viewport, render the target row, and move focus to its element. Use requestAnimationFrame to avoid jank. - Persist focus position via row IDs so keyboard users don’t lose place when the list refreshes.

**Announcements for screen readers** - On sort/resize/selection change write concise messages to the aria-live region: “Column Name sorted ascending,” “3 rows selected.” For row focus changes from virtualization, avoid noisy announcements—only announce when context changes (e.g., row focused and contains important status).

**Tradeoffs & recommendations** - Performance vs. semantics: Full DOM for every cell improves AT compatibility but kills performance. Virtualization requires careful focus management and more JS—adds complexity and testing across SRs. - Testing priority: screen readers + keyboard + low-bandwidth device tests. Provide a non-virtualized fallback (pagination or server-side rendering) for users who disable JS or need persistent DOM.

This balances UX goals: fast for all users, predictable for keyboard/AT users, and maintainable for engineering.

Accessibility and Inclusive DesignMediumTechnical

63 practiced

Describe how you would design and specify an accessible modal/dialog pattern for a web application. Cover focus management (trap and restore), background inertness, keyboard shortcuts, ARIA roles/properties, screen reader announcements, and how to handle nested dialogs and non-modal popovers in your spec.

Sample Answer

**Overview / goal**Design a modal pattern that is fully accessible, consistent, and implementable by engineers: trap and restore focus, make background inert, provide clear keyboard and ARIA rules, ensure screen readers announce changes, and support nested dialogs and non‑modal popovers.

**Focus management**- On open: save previously focused element; move focus to the dialog container or first meaningful focusable (e.g., first form field or close button). - Trap: intercept Tab / Shift+Tab to cycle within dialog; ensure focus never leaves active dialog. Implement via JS focus loop or use inert on siblings. - On close: restore focus to saved element; if closed by Escape, restore and announce closure.

**Background inertness**- Use HTML inert attribute (or polyfill) on all elements outside the active dialog so they are non-interactive and removed from sequential focus and AT tree. - Additionally set aria-hidden="true" on outside content for older ATs when inert unavailable. Ensure aria-modal="true" on the dialog.

**Keyboard shortcuts**- Escape: close current (topmost) dialog. - Enter: submit primary action if focus within form controls. - Tab / Shift+Tab: cycle focus inside modal. - Optional global shortcut (e.g., Mod+M) — document in product keyboard map; avoid conflicts and provide toggle only if required.

**ARIA roles/properties & announcements**- Use role="dialog" with aria-modal="true". For urgent confirmations, use role="alertdialog". - Provide aria-labelledby referencing the visible dialog title and aria-describedby pointing to explanatory content. - On open, screen readers should announce via move of focus into dialog; ensure title and description are available to AT. For extra assurance, set aria-live="assertive" on a temporary live region that echoes “Dialog opened: <title>” for SRs that miss focus change.

**Nested dialogs**- Maintain a stack for open dialogs. Only the topmost dialog is interactive and traps focus. - When opening nested dialog, inert the previous dialog content (or set aria-hidden) so it’s not reachable; save/restore focus per stack. Escape closes only the topmost. - Ensure z-index and visual focus cues show hierarchy; document behavioral expectations.

**Non-modal popovers**- Use role="dialog" only for modal; for popovers, prefer role="menu"/role="tooltip" or a non-modal role depending on semantics. Do NOT set aria-modal on non-modal popovers. - Do not trap focus for non-modal popovers; allow users to move between popover and background. Close on outside click or Escape, and ensure keyboard entry/leave patterns are clear. Provide aria-haspopup and aria-expanded on the trigger.

**Edge cases & testing**- Test with VoiceOver, NVDA, JAWS, keyboard only, screen magnifiers, and mobile AT. - Handle focusable elements added dynamically, forms with validation, and screen readers that don’t respect inert. Provide polyfills and defensive aria-hidden toggles. - Document guidelines in the design system with code snippets, keyboard matrix, examples (simple modal, form modal, nested, non-modal popover), and QA checklist.

This spec balances UX needs and engineering constraints, reduces cognitive load for assistive tech users, and provides concrete implementation rules for consistent delivery.

Design System Development and GovernanceMediumTechnical

77 practiced

Propose a testing strategy for a component library that covers unit tests, visual regression tests, accessibility checks, and integration tests. Describe when each type should run (PR, nightly, pre-release) and which tools you would use.

Visual Design and Branding ExcellenceEasyTechnical

57 practiced

A primary CTA currently uses 14px white text on a pastel blue button. Explain how you would evaluate this combination against WCAG guidelines, which tools and steps you'd use to improve accessibility while preserving the brand palette, and the minimum effective changes you could recommend.

Design Rationale CommunicationHardTechnical

91 practiced

You lead design for an enterprise product. Sales wants high customization per customer, security/compliance wants standardization, and UX wants consistency and simplicity. Design a one-day workshop agenda and a communication plan to resolve these conflicting goals, with artifacts, decision criteria, and how you'll document the final decisions for all teams.

Sample Answer

**One-day workshop agenda (Product Designer running it)**

09:00 — 09:20: Kickoff & goals- Purpose, success criteria, roles, timebox rules.- Artifact: shared Miro board + agenda.

09:20 — 10:00: Empathy & constraints alignment- Each team (Sales, Security/Compliance, UX) gives 5–7 min: top needs, non-negotiables, and examples.- Artifact: constraint cards (red = hard stop, yellow = negotiable).

10:00 — 11:00: Customer & business impact mapping- Map customer segments, revenue impact, and risk on a 2x2 (Value vs Complexity).- Artifact: impact map + personas.

11:00 — 12:30: Solution brainstorming (timeboxed)- Generate customization patterns (config flags, tiered features, plugin architecture) and standardization prototypes (guardrails, templates).- Artifact: rapid wireframes / click-through Figma frames.

12:30 — 13:30: Lunch

13:30 — 15:00: Decision criteria & weighted scoring- Define criteria: user impact, compliance risk, implementation effort, maintenance cost, sales velocity.- Use a weighted decision matrix where stakeholders assign weights; score each pattern.- Artifact: decision matrix (Google Sheet).

15:00 — 16:00: Trade-off negotiation & pilot plan- Select 1–2 patterns with highest scores; define pilot scope, success metrics, and rollback conditions.- Artifact: pilot brief (scope, metrics, timeline).

16:00 — 16:45: Roles, next steps & ticketing- Assign owners for design system updates, compliance checks, engineering spike.- Artifact: action log + Jira epics created live.

16:45 — 17:00: Wrap-up & commitment- Agreement capture and communication plan.

**Decision criteria (used in matrix)**- User value (customer-facing impact)- Compliance risk (pass/fail constraints weighted heavily)- Implementation effort (engineering hours + infra)- Long-term maintenance cost- Revenue / sales enablement potential- Time-to-market

**Communication plan**- Same-day: Send workshop summary email with links to Miro, Figma, decision matrix, and action log.- 48 hours: Distribute pilot brief and finalized weighted scores; invite questions in a 1-week feedback window.- Weekly (during pilot): 15-min syncs; status updates in Slack channel #cust-config-decisions.- Final decision: Publish Design RFC + Confluence page with outcomes, artifacts, and Jira epics; product marketing + sales get a one-pager and FAQ.

**How I’ll document final decisions**- Confluence decision record: problem, options considered, decision, rationale (matrix screenshot), owner, date.- Design Spec (Figma + tokens): patterns, component variants, usage guidelines, accessibility notes, and compliance checklist.- Engineering artifacts: Jira epics/acceptance criteria, API contracts, and test plans.- Rollout checklist: pilot criteria, metrics dashboard, and rollback plan.

This approach balances empathy, data-driven trade-offs, and clear ownership so design-led standards and targeted customization coexist safely and measurably.

Design Tools and PrototypingHardSystem Design

142 practiced

Design a complex date-picker conceptually that must be implemented on iOS, Android, and Web. Show how you would model tokens (spacing, typography, color), API props (value formats, locale, min/max), and platform-specific visual differences so the same conceptual component can be implemented natively while preserving behavior and accessibility.

Sample Answer

**Overview & Goals**Design a single conceptual DatePicker that maps to native iOS/Android/web implementations while preserving behavior, accessibility, and brand theming. Goals: consistent API, token-driven visuals, locale-safe formats, and platform parity for interactions.

**Tokens (design system)**- Spacing: token examples — spacing.xs = 4, .sm = 8, .md = 16- Typography: type.body, type.h6 with font-family, size, weight, line-height- Color: palette.surface, interactive.primary, text.primary, error- Motion: motion.duration.short = 120ms, easing.standardRationale: tokens are platform-agnostic source of truth exported to iOS (Swift enums), Android (XML/dp/Sp), and CSS variables.

**Public API / Props**- value: ISO 8601 string or unix ms (both accepted)- onChange(value: ISO 8601)- mode: "date" | "time" | "datetime" | "range"- locale: BCP 47 string (default: system)- minDate / maxDate: ISO strings- disabledDates: predicate or list- firstDayOfWeek: 0–6 override- accessibilityLabel, placeholder- renderTrigger: slot for custom activatorDesign: keep value canonicalized to UTC ISO on change; SDK adapters convert to native date objects.

**Platform-specific visual differences**- iOS: use native UIDatePicker styles; token-map: map type.h6 to UIFont.preferredFont; use wheel or compact style; preserve motion tokens but follow Apple haptics.- Android: Material DatePicker (calendar + input). Map tokens to Material theming and use shape tokens.- Web: accessible popover with calendar grid, keyboard nav, ARIA roles, and CSS variables for tokens.Ensure visual parity by mapping tokens to platform equivalents, not pixel-perfect replication.

**Accessibility & Behavior**- Keyboard navigation, screen-reader labels, role="grid", aria-selected- Announce min/max violations, required fields- Time zones: store in UTC, present in locale-specific offset; allow user timezone override- Edge cases: leap years, DST transitions, large ranges (virtualized month list)

**Dev handoff**- Deliver token palette, component spec (props, state machine), interaction prototypes, and platform mapping table. Provide example DTOs for value and events for each platform and QA matrix for parity checks.

Design Initiative LeadershipHardTechnical

27 practiced

Design a six- to twelve-month program to upskill a cohort of junior designers so they can independently lead initiatives. Include curriculum topics, project assignments, mentorship structure, feedback and critique cadence, measurable OKRs, and criteria for promotion to mid-level and senior roles.

Sample Answer

**Program overview (6–12 months)** A staged curriculum that moves juniors from supported contributors to independent initiative leads across discovery, execution, and cross-functional delivery.

**Curriculum (by month blocks)** - Months 1–2: Foundations — user research methods, journey mapping, interaction patterns, design system fundamentals, accessibility, stakeholder communication. - Months 3–5: Applied product design — problem framing, ideation workshops, prototyping (Figma + Framer), usability testing, metrics-driven design. - Months 6–8: End-to-end ownership — product strategy, roadmap alignment, A/B testing, data interpretation, handing off to engineering. - Months 9–12 (optional accelerated track): Leadership skills — influencing PMs/Eng, mentoring, prioritization, negotiation, hiring calibration.

**Project assignments** - Month 2: Research synthesis project (lead user interviews + artifacts). - Month 4: Feature prototype & test with users; measure UX metric improvement. - Month 7: Cross-functional mini-launch: define scope, design, handoff, and post-launch analysis. - Capstone (month 10–12): Lead a 6-week initiative from discovery to shipped experiment.

**Mentorship & structure** - 1:1 weekly mentor (senior designer) for coaching + career goals. - Biweekly design partner peer reviews. - Monthly cross-functional stakeholder reviews with PM/Engineering.

**Feedback & critique cadence** - Weekly lightweight design crits (feedback + action items). - Monthly formal reviews with rubric (research rigor, usability, visual quality, delivery). - Post-launch retrospective within two weeks.

**Measurable OKRs** - O1: 90% of cohort can independently run a discovery session (measured by observation rubric). - O2: Average usability task success increases by 15% across cohort projects. - O3: 80% of cohort complete capstone and ship an experiment. - O4: Time-to-handoff to engineering reduced by 25%.

**Promotion criteria** - Mid-level: consistently leads feature designs end-to-end with minimal oversight; demonstrates independent research, measurable impact on KPIs, clear handoffs, and positive peer feedback. - Senior: owns multi-quarter product areas, influences strategy, mentors others, drives process improvements, and shows repeatable shipped outcomes with business impact.

Why this works: progressive skill-building, concrete measurable outcomes, frequent feedback loops, and clear evidence-based promotion gates aligned to product design responsibilities.

Cross Functional Collaboration and CoordinationHardTechnical

43 practiced

At the executive level you must justify ongoing investment in design resources. Draft an approach to measure and communicate the ROI of design to executives and finance, including leading indicators, attribution strategies, qualitative narratives (case studies), and a quarterly dashboard of metrics you would present.

End to End Design ProcessEasyTechnical

61 practiced

Describe how you create personas and user journey maps that are actionable for product teams. Include which data sources you use to build them, minimum fields to include in a persona (for example goals, pain points, behaviors, context), how you validate personas with research, and how you ensure teams use personas to drive prioritization and design decisions.

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Microsoft Senior Product Designer Interview Preparation Guide

Interview Process Overview

Interview Rounds

Recruiter Screening

What to Expect

Tips & Advice

Focus Topics

Microsoft's Design Philosophy & Products

Practice Interview

Study Questions

Portfolio & Career Trajectory

Practice Interview

Study Questions

Design Leadership & Project Ownership

Practice Interview

Study Questions

Design Phone Screen

What to Expect

Tips & Advice

Focus Topics

Design Decisions & Trade-offs

Practice Interview

Study Questions

User Research & Validation

Practice Interview

Study Questions

Design Process & Methodology

Practice Interview

Study Questions

Onsite: Product Design Case Study

What to Expect

Tips & Advice

Focus Topics

Design Communication & Articulation

Practice Interview

Study Questions

Problem Framing & User Understanding

Practice Interview

Study Questions

End-to-End Design Thinking

Practice Interview

Study Questions

User-Centered Problem Solving

Practice Interview

Study Questions

Onsite: Design System & Visual Design

What to Expect

Tips & Advice

Focus Topics

Accessibility & Inclusive Design

Practice Interview

Study Questions

Design Tooling & Prototyping

Practice Interview

Study Questions

Visual Design & Branding

Practice Interview

Study Questions

Design System Development & Maintenance

Practice Interview

Study Questions

Onsite: User Research & Testing Strategy

What to Expect

Tips & Advice

Focus Topics

Translating Research into Design

Practice Interview

Study Questions

User Research Methodologies

Practice Interview

Study Questions

Usability Testing & Iteration

Practice Interview

Study Questions

Onsite: Behavioral & Cross-Functional Collaboration

What to Expect

Tips & Advice

Focus Topics

Adaptability & Growth Mindset

Practice Interview