Top 12 Interactive Designer Skills to Put on Your Resume

In a crowded market, interactive designers who blend sharp technical chops with an instinct for storytelling rise faster. A resume that shows range—tools, systems thinking, a grip on usability—signals you can ship work that feels smooth, looks clean, and solves real problems.

Interactive Designer Skills

  1. Photoshop
  2. Illustrator
  3. Sketch
  4. Figma
  5. InVision
  6. HTML5
  7. CSS3
  8. JavaScript
  9. User Research
  10. Prototyping
  11. UX Writing
  12. Accessibility Standards

1. Photoshop

Photoshop is a powerhouse for visual craft—compositing, retouching, and asset creation for interfaces across web and mobile. It turns fuzzy ideas into crisp pixels.

Why It's Important

It delivers control. From micro-icons to hero imagery, Photoshop lets designers polish visuals, prep production assets, and optimize files for fast, faithful UI.

How to Improve Photoshop Skills

Level up with habits that stick:

  1. Master foundations: Layers, masks, selections, smart objects, and shortcuts—fluency here makes everything faster.

  2. Apply UI/UX principles: Contrast, hierarchy, spacing, and typographic rhythm should shape every layout.

  3. Customize your workspace: Panels, actions, and custom shortcuts tuned to your flow shave hours off projects.

  4. Use plugins wisely: Texture generators, color tools, icon helpers—extend when it saves real time, not just because it’s shiny.

  5. Work non-destructively: Smart filters, adjustment layers, linked assets—keep your edits reversible.

  6. Track trends thoughtfully: Study patterns, not fads. Replicate, then refine.

  7. Seek critique: Share work-in-progress with teammates or design communities. Tight feedback loops build taste.

  8. Practice with constraints: Time-boxed challenges or themed prompts keep your skills sharp.

How to Display Photoshop Skills on Your Resume

How to Display Photoshop Skills on Your Resume

2. Illustrator

Illustrator creates crisp, scalable vector graphics—logos, iconography, diagrams, and UI elements that stay razor-sharp across any screen.

Why It's Important

Vectors mean precision and flexibility. Edit once, reuse everywhere. Complex systems—design tokens, icon sets, diagrams—start here and scale cleanly.

How to Improve Illustrator Skills

Sharpen both tools and taste:

  1. Own the Pen Tool: Handles, anchor points, and path editing—true control lives here.

  2. Build with shapes first: Pathfinder and shape builder before bezier noodling. Faster, cleaner, and consistent.

  3. Tune your type: Kerning, tracking, optical sizing, grids. Typography is interface DNA.

  4. Adopt helpful plugins: Add-ons that accelerate tedious steps (alignment, precision editing) are worth it.

  5. Use styles and symbols: Global colors, graphic styles, reusable symbols—systemize for sanity.

  6. Practice on real problems: Create icon sets, responsive logos, complex infographics. Ship-worthy work teaches best.

  7. Trade feedback: Peer critique exposes gaps you’ll never spot alone.

How to Display Illustrator Skills on Your Resume

How to Display Illustrator Skills on Your Resume

3. Sketch

Sketch focuses on UI design. Lightweight, vector-based, Mac-native, with components and libraries that help teams keep interfaces consistent.

Why It's Important

It’s a fast environment for interface layout and prototyping, especially in Mac-first workflows. Reusable components keep design systems tidy.

How to Improve Sketch Skills

Make it sing with structure:

  1. Get fluent with the core: Symbols, shared styles, text styles, resizing rules. These are the scaffolding.

  2. Build a UI foundation: Grid systems, spacing scales, and token-driven color/type decisions.

  3. Curate plugins: Content generators, linting, and asset export helpers save real time.

  4. Prototype early: Link flows, add microinteractions, test the feel—not just the look.

  5. Organize libraries: Clear naming, versioning, and documentation prevent chaos as teams grow.

  6. Seek critique: Reviews with engineers and PMs surface edge cases fast.

  7. Practice regularly: Rebuild real product screens. Speed comes from repetition.

How to Display Sketch Skills on Your Resume

How to Display Sketch Skills on Your Resume

4. Figma

Figma is collaborative UI/UX design in the browser—design, prototype, comment, and handoff in one shared space.

Why It's Important

Real-time collaboration keeps teams aligned. Components, variants, and design tokens push consistency. Prototyping and Dev Mode tighten the loop.

How to Improve Figma Skills

Turn features into leverage:

  1. Auto Layout everywhere: Build flexible components that respond to content and container changes.

  2. Components and variants: Structure states, sizes, and themes under one roof. Less duplication, fewer errors.

  3. Interactive components: Bake microinteractions into the component level to scale behavior, not just visuals.

  4. Prototype deeply: Transitions, smart animate, variables, conditions—simulate reality, not slides.

  5. Curate plugins: Content, accessibility checks, linting, token management. Add only what speeds work.

  6. Maintain a system: Document tokens, patterns, usage rules. Keep libraries clean and versioned.

How to Display Figma Skills on Your Resume

How to Display Figma Skills on Your Resume

5. InVision

InVision historically powered clickable prototypes, collaboration, and design systems for many teams.

Why It's Important

Knowledge of InVision helps when working with legacy workflows and archives. More importantly, it maps cleanly to modern prototyping and handoff practices in current tools.

Update

InVision’s platform has been sunset. Many organizations have migrated to Figma (Design/Dev Mode, FigJam) or alternatives. Treat “InVision” as experience with prototyping, commenting, and design system management—and be ready to translate that to current toolsets.

How to Improve InVision Skills

If supporting legacy projects or migrations:

  1. Replicate flows in modern tools: Rebuild hotspots, transitions, and overlays in Figma to preserve intent.

  2. Migrate design systems: Map DSM components and tokens to component sets, variables, and styles.

  3. Handoff parity: Ensure inspect specs, redlines, and assets match or improve on the old workflow.

  4. Document changes: Communicate deltas in interaction behavior and component naming to stakeholders.

  5. Archive wisely: Export critical prototypes and screens for historical reference before decommissioning.

How to Display InVision Skills on Your Resume

How to Display InVision Skills on Your Resume

6. HTML5

Modern HTML is the living standard for structuring content and interactive experiences—semantic tags, media, forms, and APIs that play nicely across devices.

Why It's Important

Clean, semantic HTML boosts accessibility, SEO, and maintainability. It sets the stage for CSS and JavaScript to shine without hacks.

How to Improve HTML5 Skills

Build for clarity and reach:

  1. Use semantic elements: Header, nav, main, article, section, aside, footer. Meaning first, styling second.

  2. Design for accessibility: Landmarks, proper headings, labels, and ARIA when necessary—never as a crutch.

  3. Master responsive structures: Fluid layouts, intrinsic sizing, and images that adapt without breaking.

  4. Lean on native capabilities: Audio, video, dialog, details/summary, and the Canvas API where appropriate.

  5. Use modern APIs thoughtfully: Storage, geolocation, viewport controls, and form validation to reduce JS bloat.

  6. Optimize: Logical DOM order, minimal nesting, and early hints for critical assets.

  7. Practice: Rebuild common layouts and forms with semantic rigor and no frameworks—then add them back in.

How to Display HTML5 Skills on Your Resume

How to Display HTML5 Skills on Your Resume

7. CSS3

CSS (often called CSS3, though it evolves continuously) styles and animates interfaces—layout systems, variables, and effects that make products feel alive.

Why It's Important

Great CSS reduces complexity. It improves performance, accessibility, and consistency while keeping interaction smooth.

How to Improve CSS3 Skills

Chase robustness, not hacks:

  1. Own layout systems: Flexbox for one-dimensional flow, Grid for two-dimensional structure. Combine them wisely.

  2. Use custom properties: Tokens for color, spacing, and typography enable theming and dark mode with minimal churn.

  3. Animate with intent: Transitions, keyframes, and reduced-motion respect. Delight, don’t distract.

  4. Responsive by default: Fluid type, container queries, and modern units (rem, ch, lh, vw/vh used carefully).

  5. Organize at scale: BEM or utility-first conventions, plus a component mindset to avoid cascade chaos.

  6. Accessibility in styling: Contrast, focus states, visible error and success cues—no color-only signals.

  7. Performance matters: Minimize repaints, trim unused CSS, and avoid deep selectors.

  8. Practice: Recreate real product UI and refactor for clarity and reuse.

How to Display CSS3 Skills on Your Resume

How to Display CSS3 Skills on Your Resume

8. JavaScript

JavaScript powers interaction—state, logic, and dynamic behaviors that transform static screens into responsive experiences.

Why It's Important

It enables real-time feedback, complex flows, and microinteractions. Done well, it feels invisible—fast, predictable, helpful.

How to Improve JavaScript Skills

Ground yourself, then build up:

  1. Nail the fundamentals: Types, scope, functions, modules, and error handling. Clarity beats clever.

  2. DOM fluency: Querying, events, accessibility-friendly interactions, and clean teardown.

  3. Modern syntax: ES6+ features, async/await, and array/object patterns that simplify code.

  4. Smart interactivity: Prefer CSS for simple animations; use libraries like GSAP or native APIs for complex timelines.

  5. Performance hygiene: Debounce, throttle, batch DOM updates, and measure before optimizing.

  6. Framework literacy: React, Vue, or Svelte—understand component models, state, and routing.

  7. Testing and tooling: Linting, basic unit tests, and accessible interaction tests for critical flows.

  8. Ship small projects: Rebuild widgets, dashboards, or flows end-to-end. Repetition cements patterns.

How to Display JavaScript Skills on Your Resume

How to Display JavaScript Skills on Your Resume

9. User Research

User research uncovers needs, friction, and motivations so designs solve the right problems in the right way.

Why It's Important

Assumptions are expensive. Research reduces risk, informs prioritization, and guides decisions with evidence—not guesswork.

How to Improve User Research Skills

Make findings unavoidable and useful:

  1. Set crisp objectives: What decision will this research inform? Scope methods to match.

  2. Mix methods: Pair qualitative interviews with quantitative surveys or analytics for a fuller picture.

  3. Recruit the right people: Screen for behaviors and contexts, not just demographics.

  4. Prototype early: Test flows before pixels get precious. Low fidelity invites honest feedback.

  5. Run usability tests regularly: Small, frequent sessions beat rare, elaborate ones.

  6. Synthesize clearly: Affinity maps, journey diagrams, and opportunity areas that connect dots to decisions.

  7. Close the loop: Share findings, implement changes, and validate impact.

How to Display User Research Skills on Your Resume

How to Display User Research Skills on Your Resume

10. Prototyping

Prototyping builds a tangible model—quickly—to test ideas, flows, and interactions before committing to full development.

Why It's Important

It de-risks design. You learn faster, fix earlier, and align stakeholders around experiences they can click, not just imagine.

How to Improve Prototyping Skills

Bias toward speed and learning:

  1. Match fidelity to questions: Low-fi for concepts, mid-fi for flow, high-fi for motion and feel.

  2. Use the right tools: Figma for most UI, plus tools like Framer, ProtoPie, or Axure when logic and device sensors matter.

  3. Test with real content: Replace lorem ipsum with realistic data, edge cases, and empty states.

  4. Document interactions: Name transitions, timings, states. Engineers love specificity.

  5. Iterate ruthlessly: Short cycles: test, learn, adjust. Keep artifacts light.

  6. Design-system first: Prototype with components and tokens to ensure what you test is what you’ll ship.

How to Display Prototyping Skills on Your Resume

How to Display Prototyping Skills on Your Resume

11. UX Writing

UX writing crafts the words inside the interface—microcopy that guides, reassures, and nudges users toward successful outcomes.

Why It's Important

Words shape behavior. Clear, consistent copy reduces errors, speeds tasks, and builds trust.

How to Improve UX Writing Skills

Make every word work:

  1. Know your audience: Tone, terminology, and context should match users’ mental models.

  2. Be clear and concise: Short sentences. Concrete verbs. No fluff.

  3. Keep a style guide: Voice, grammar, capitalization, and terminology rules—documented and shared.

  4. Test variants: A/B test critical microcopy (errors, CTAs, onboarding). Keep what proves out.

  5. Design for accessibility: Plain language, scannable structure, descriptive labels, and meaningful alt/help text.

  6. Consider the whole journey: Empty states, confirmations, errors, and recovery paths deserve thoughtful words.

How to Display UX Writing Skills on Your Resume

How to Display UX Writing Skills on Your Resume

12. Accessibility Standards

Accessibility standards ensure people of all abilities can use your product. Think inclusive by default—perceivable, operable, understandable, and robust experiences.

Why It's Important

It’s ethical, often required by law, and flat-out good design. Accessible products reach more users and perform better.

How to Improve Accessibility Standards Skills

Bake it into every step:

  1. Know the standards: WCAG 2.2 principles and ARIA patterns—when to use them, when to avoid them.

  2. Use semantic HTML: Proper landmarks and headings let assistive tech do its job.

  3. Support keyboard use: Visible focus, logical tab order, and no keyboard traps.

  4. Respect contrast and scale: Adequate color contrast, scalable type, and reflow-safe layouts.

  5. Write meaningful alt text: Purpose over description; decorative images should be ignored by screen readers.

  6. Build accessible forms: Labels, instructions, error prevention, and clear recovery paths.

  7. Test with assistive tech: Screen readers, voice control, and zoom. Better yet, test with people who use them daily.

  8. Automate checks: Linters and audit tools catch low-hanging issues before review.

How to Display Accessibility Standards Skills on Your Resume

How to Display Accessibility Standards Skills on Your Resume
Top 12 Interactive Designer Skills to Put on Your Resume