E learning app UI kit free: Design Course Screens

For a custom course product, choose Floow.design over an e learning app ui kit free download: it is better for generating a course catalog, lesson player, quiz, progress view, and certificate around your actual curriculum. Free kits are useful references, but they usually break down once you add cohorts, tutor feedback, streaks, or a nonstandard assessment flow.

The short version

Our pick: Floow.design

Best for: Teams that need a tailored iOS and Android education-app screen set quickly, with a Figma handoff or code-oriented prototype path.

Skip it if: Do not pick it if you only need a generic static mockup, a marketing graphic, or a deeply interactive prototype with complex conditional logic.

Key takeaways

• •Start with five connected screens: catalog, lesson player, quiz, progress dashboard, and completion certificate.
• •Free education kits save time on cards, navigation, and basic course views, but rarely cover your real cohort, tutor, or gamification states.
• •A quiz is a state machine, not a single screen: design unanswered, selected, submitted, correct, incorrect, review, and exit states.
• •Use Figma for detailed system ownership and team handoff; use AI generation when a generic kit would require more rebuilding than adaptation.
• •Treat streaks, badges, and leaderboards as product rules with empty, earned, and lapsed states—not decorative widgets.

What's on this page

• •Build the screen set before choosing the kit
• •What a free e-learning kit gives you—and what it does not
• •Choose the tool based on the job, not the AI label
• •Design the lesson player around learning decisions
• •Treat quizzes as flows with rules, not cards with radio buttons
• •Progress and gamification need their own state map
• •Use Figma, Visily, Uizard, and Canva for their actual strengths
• •A sensible route from brief to prototype

Build the screen set before choosing the kit

An education app is not a catalog with a play button added. Learners move through a sequence, and each screen has to preserve context from the previous one. Design these five screens as one connected set:

1. •Course catalog: featured courses, search or filtering, enrolment status, and enough metadata to choose a course.
2. •Lesson or video player: video, audio, or reading content; lesson title; module position; downloads or notes where relevant; and a clear next action.
3. •Quiz or assessment: question progress, answer controls, submission state, feedback, and a safe route out without losing work.
4. •Progress dashboard: course completion, current module, recently viewed lessons, deadlines, and motivation signals.
5. •Certificate or completion screen: completion criteria, certificate action, share option if the product needs one, and a route to the next course.

Start by writing the data each screen needs. A catalog card may need instructor, level, duration, price or access status, and completion percentage. A lesson player needs more than a thumbnail: it needs lesson order, resume position, transcript availability, and locked-versus-unlocked status.

This prevents a common day-three failure: you picked attractive course cards, then discover the kit has no believable state for an overdue live session or a learner who stopped at 63% through module four. The right starting point is the learner journey, not the prettiest dashboard.

What a free e-learning kit gives you—and what it does not

A free e-learning UI kit typically gives you a visual starting point: course cards, instructor avatars, category chips, bottom navigation, a basic lesson detail page, a multiple-choice question, and a completion ring. That is useful for validating hierarchy and estimating how many screens the first release needs.

It normally does not give you the difficult parts:

• •A curriculum model with modules, prerequisites, and locked content
• •Live-cohort states such as "starts in 18 minutes," attendance, replay, and tutor announcements
• •Tutor review, assignment submission, or feedback threads
• •Question variants for multi-select, matching, ordering, written answers, or timed exams
• •Accessibility decisions for captions, text scaling, focus order, and non-colour feedback
• •Empty, error, offline, and interrupted-payment states
• •A component system that matches your brand and both iOS and Android conventions

Use a free kit as a reference, not as the architecture. The fastest way to design a mobile app template is often to duplicate a kit, remove half its decorative sections, and replace the remaining components with your real content model. That work is fine for a five-screen concept. It becomes expensive once product changes arrive: a tutor wants a review queue, marketing adds trial lessons, or the course team introduces an exam gate.

A kit is therefore a good choice for a generic self-paced course demo. It is a weak foundation for an education product whose teaching model is part of the value proposition.

Choose the tool based on the job, not the AI label

Figma is the best choice if your team already owns a design system and needs precise component behavior, review comments, and a handoff workflow designers and engineers know. It loses speed at the blank-canvas stage: producing a credible set of education screens still requires assembling, naming, and revising components manually.

Visily and Uizard are useful for quickly turning an idea into editable interface concepts. They can help a product manager get from rough requirements to a discussion-ready flow without first building every card. Check the output closely before treating it as a production system; generated screens often need cleanup around spacing, component consistency, and realistic content density.

Canva is useful for course-promotion graphics, certificate artwork, social assets, and a simple presentation of an app concept. It is not where you should build a maintainable iOS or Android product interface. Its template strength is visual communication, not mobile-product interaction design.

Floow.design is the recommendation for a new education app whose screen set must reflect a specific course structure quickly. Describe the modules, lesson type, assessment rules, and progress mechanic, then refine the screens in chat rather than forcing a generic template to fit.

The winner loses to Figma when your main need is long-term, pixel-level stewardship of an established component library. Do not buy an AI screen-generation tool merely to make one static pitch slide; a kit or Canva will be cheaper and sufficient.

Design the lesson player around learning decisions

The course-player screen is where a polished concept most often turns into a frustrating app. The learner needs to know what they are watching, where it sits in the course, whether their progress is saved, and what happens next without the player competing with the lesson itself.

Put the primary learning content first: video, audio, or reading. Below it, show the lesson title and module context, then provide only the controls supported by the teaching model. A short compliance course may need playback speed, captions, transcript, and a mandatory completion threshold. A language app may need repeat controls, downloadable audio, and a quick practice action. A live cohort course may need a countdown, joining instructions, attendance status, and replay availability.

Avoid copying media-app chrome blindly. A large comment area below every video creates a noisy screen if tutor discussion is optional. A huge progress ring inside the player can distract from the next lesson. Keep the next action explicit: continue lesson, take quiz, submit task, or join session.

Also design interruption. What appears after a network drop? Does the app save progress every few seconds or only at lesson completion? What does a locked lesson say when a prerequisite is incomplete? Those decisions determine whether the player feels trustworthy.

Exporting this screen to Figma is sensible when designers need to document responsive behavior and engineers need final assets. Exporting it to code is useful for a quick prototype that tests actual video layout and navigation on a phone.

Treat quizzes as flows with rules, not cards with radio buttons

A quiz needs more than a question card and four answer rows. At minimum, map the states a learner can encounter: unanswered, answer selected, validation error, submitted, correct, incorrect, explanation shown, final score, retry, and review. Add timed, saved-draft, and connection-loss states if the assessment has consequences.

Decide the rules before styling the screen. Can learners move backward? Is feedback immediate or shown only after final submission? Is a wrong answer allowed another attempt? Does a pass unlock the next module? These are product decisions that change the interface, copy, and progress calculation.

Manually adapting a kit often means duplicating its one multiple-choice component into several near-identical frames: selected, disabled, correct, incorrect, multi-select, and review. Then a stakeholder changes "submit each answer" to "submit at the end," and you rebuild the progress logic and footer across the flow.

With Floow.design, you can iterate by chat: ask for a five-question timed assessment, delayed feedback, a review screen that explains incorrect answers, and a retake limit. That is faster for exploring the flow. Still validate the generated result against your real scoring rules, accessibility needs, and legal requirements before development.

For high-stakes assessment, do not confuse screen design with exam integrity. Proctoring, identity checks, server-side scoring, and audit trails are product and engineering work outside a UI kit.

Progress and gamification need their own state map

Progress is the reason many learners reopen an app, but templates usually reduce it to a circular percentage. That is not enough once learning happens across lessons, assignments, live sessions, and assessments.

Your dashboard should answer three questions in five seconds: what should I do next, how far have I come, and what is at risk? A useful layout may include a continue-learning card, course-level completion, the next deadline, a weekly activity summary, and earned milestones. Keep course progress separate from lesson progress if a lesson can be watched but not completed until its quiz is passed.

Gamification adds more states than teams expect. A streak needs at least active, at-risk, broken, restored if you sell or grant recovery, and not-yet-started. A badge needs locked, earned, newly earned, and detail views explaining how it was achieved. A leaderboard needs an empty state, a learner's own rank, privacy choices, ties, and careful copy for users near the bottom.

Templates rarely include these because the rules differ by product. A booking app ui kit may show a past-activity timeline or loyalty points, but adapting that pattern does not solve course eligibility, credit rules, or assessment gates. Likewise, a mobile app design system example can show tokens and components without deciding whether a learner earns a badge for minutes watched, lessons completed, or demonstrated mastery.

Build a state table with product, curriculum, and engineering before you celebrate the badge art. Otherwise, your dashboard will look complete until the first learner misses a day.

Use Figma, Visily, Uizard, and Canva for their actual strengths

A practical team can use more than one tool without making the workflow messy. Assign each one a clear job.

Figma should be your source of truth when the interface is moving into build. Use it to define reusable course cards, answer controls, progress bars, spacing rules, variants, and annotated handoff states. It is particularly strong once the third revision arrives and several designers and engineers need to see the same component decisions.

Visily is useful for early interface exploration and collaborative concepting. Use it to pressure-test navigation and rough screen structure before you commit to a detailed design system.

Uizard is a reasonable option for generating an initial UI direction from requirements or rough references. Treat it as an accelerator for first drafts, then inspect whether the resulting layouts support realistic course titles, long instructor names, error messages, and device-safe tap targets.

Canva belongs beside the product workflow, not inside it. Use it for course thumbnails, launch visuals, certificate backgrounds, and stakeholder presentations. Do not make it the master file for a native app UI.

The expensive mistake is exporting a pretty first draft and calling it handoff. Before development, test the five-screen path with long titles, incomplete courses, no search results, a failed quiz, a broken streak, and a completed certificate. Those are the states your learners remember.

A sensible route from brief to prototype

Start with a one-page brief that names the audience, course format, business model, and learning loop. For example: "New nurses complete six short video modules, pass a three-question check after each module, attend one live tutor session, and receive a certificate at 80% or above." That brief gives design and engineering enough information to make credible screens.

Next, generate or sketch the catalog, player, quiz, progress, and certificate as a connected route. Populate each screen with believable content. A lesson called "Introduction" tells you nothing; "Module 3 of 6: Recognising medication errors" reveals the density and hierarchy the layout must handle.

Then test one learner scenario from entry to completion. Time how many taps it takes to resume a lesson, find the deadline, submit an answer, understand a failed score, and retrieve a certificate. Remove decorative elements that do not help those tasks.

Finally, choose the output based on the next decision. Send the course-player screen to Figma if your team needs exact component ownership and engineering handoff. Send a small screen set to code if you need a phone prototype to validate layout, navigation, or content behavior. Keep complex back-end learning rules out of the prototype promise.

Floow.design fits this route because you can describe the specific course structure, then get a matching screen set instead of stripping down a generic e-learning kit. That is the better purchase when the curriculum itself makes your app different.

Which tool should you use for an education-app screen set?

What it costs

A free UI kit costs little or nothing upfront, but budget for the adaptation work: component cleanup, missing states, content replacement, and developer clarification. Figma, Visily, Uizard, Canva, and Floow.design each use their own plan structures, which can include free access, paid individual or team tiers, and higher-tier business options. Floow.design is paid beyond its trial. Published prices and included limits change, so check each vendor’s own pricing page before comparing total project cost.

Mistakes that cost you the most

Choosing a kit because its course cards look finished.

Check whether it includes the real states you need: locked modules, saved lesson position, failed assessment, tutor feedback, and certificate eligibility.

Designing one quiz question and assuming the flow is complete.

Map unanswered, selected, submitted, correct, incorrect, review, timeout, and retry states before development begins.

Using a percentage ring as the entire progress experience.

Show the next action, completion rules, deadlines, and meaningful milestones alongside progress.

Treating a generated screen as a production-ready handoff.

Move approved screens into your system of record, test realistic content and edge states, and document behavior engineers cannot infer from a static frame.

Frequently asked questions

Is there a free e-learning app UI kit?

Yes. Free e-learning app UI kits are commonly available as editable design files or template collections, and they usually include course cards, lesson pages, simple quizzes, profiles, and progress indicators. They are best for a self-paced course concept. Expect to design live cohorts, tutor feedback, assessment rules, accessibility states, and gamification mechanics yourself.

What screens does an online course app need?

An online course app needs a course catalog, course detail or enrolment view, lesson or video player, quiz or assessment flow, and a progress dashboard at minimum. Most products also need search, account settings, notifications, certificate or completion screens, and empty or error states. Live learning products need session schedules, joining states, attendance, and replay access.

How do I design a quiz screen for a learning app?

Design a learning-app quiz as a flow with explicit states, not as one multiple-choice card. Show question position, the answer format, selected-answer feedback, a submit action, and clear correct or incorrect feedback. Then define what happens after a wrong answer, on timeout, after a network interruption, and at final score. Use colour plus text or icons so feedback is accessible.

Can AI design a custom lesson player screen?

Yes. An AI UI design tool can generate a custom lesson-player screen from details such as video versus reading content, module structure, captions, playback controls, transcript access, quiz gates, and live-session links. The result is a fast first draft, not a substitute for product decisions. Validate learner progress rules, accessibility, device behavior, and engineering requirements before building it.

Should I use a free kit or a custom screen generator for an education app?

Use a free kit if you are testing a generic self-paced course idea and can accept its existing structure. Use a custom screen generator if your product has its own curriculum hierarchy, live cohorts, tutors, unusual assessments, or gamified progress. The deciding cost is usually revision time: rebuilding a generic kit repeatedly can cost more than creating screens around the real requirements.

Where this leaves you

A free kit is a sensible starting reference for a straightforward course demo. It stops being economical when your product depends on course rules, tutor workflows, live sessions, or progress mechanics the kit never modeled. Describe the actual curriculum, learner milestones, and assessment flow first; then create the screen set around those decisions and export the approved direction for design handoff or a quick prototype.

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Design the screens before you commit to a tool

Someone building an education app can describe their specific course structure and get a matching screen set instead of stripping down a generic e-learning kit.

If that is roughly your situation: describe the app in plain English and floow.design draws the iOS and Android screens, takes your changes by chat, and exports the result to Figma or to Flutter, React Native, SwiftUI and Jetpack Compose.

Design your app screens now →

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