Quick Answer: Top 7 Online Scratch Classes for Kids
- Codeyoung — Best overall. Age-banded Scratch curriculum for early learners, with AI concepts (using it, troubleshooting it, and building with it) introduced alongside Scratch fundamentals, not as a separate course.
- Tynker — Best for gamified, self-paced Scratch-style learning for ages 5–10.
- Create & Learn — Best for short-term Scratch workshops and camps.
- Juni Learning — Best for 1-on-1 Scratch tutoring with individualized pacing.
- Coding with Kids — Best for small live group classes with a straightforward Scratch track.
- Outschool — Best for variety, via a marketplace of independent live Scratch classes.
- iD Tech — Best for Scratch-based game design camps for slightly older kids.
Why Age and AI-Readiness Matter for Scratch Classes in 2026
Scratch is still the best entry point into programming for most young kids. It’s free, visual, block-based, and removes the typing and syntax barriers that make text-based languages frustrating for a 6- or 7-year-old. That part hasn’t changed.
What has changed is what comes around Scratch. Kids who start coding today are going to spend their whole lives working alongside AI tools. A Scratch class that only teaches drag-and-drop logic, with no bridge to how AI actually works, is teaching only half of what a kid needs. The best programs now treat Scratch as the foundation for two things at once: real programming logic, and an early, age-appropriate introduction to how AI tools function — not just how to prompt them.
That’s the real gap between most online Scratch classes right now. Plenty of platforms teach Scratch well as a standalone skill. Very few connect it to AI literacy in a way that’s actually built for a 6-to-10-year-old, rather than repackaged from an adult curriculum.
Below are the 7 best online Scratch classes for kids, ranked on two criteria: whether the curriculum is genuinely age-appropriate for early learners, and whether it’s genuinely AI-native — meaning AI concepts are introduced as part of the learning path, not left out entirely until a child moves on to text-based languages.
Comparison Table
| Platform | Best For | Age Range | AI Integration | Format |
| Codeyoung | Age-appropriate, AI-native Scratch education | ~6–10 | Introduced alongside Scratch fundamentals | Live, instructor-led, small groups |
| Tynker | Gamified, self-paced Scratch learning | 5–10 | Generative add-ons only, not core curriculum | Self-paced / guided |
| Create & Learn | Short-term Scratch workshops | 5–10 | Offered as separate AI-themed workshops | Live, short courses/camps |
| Juni Learning | 1-on-1 Scratch tutoring | 6–12 | Standalone AI course tracks | Live, 1-on-1 |
| Coding with Kids | Small live group Scratch classes | 6–11 | Minimal, focused on Scratch fundamentals | Live, small groups |
| Outschool | Variety and flexibility | 5–12 | Varies by independent instructor | Live marketplace classes |
| iD Tech | Scratch-based game design camps | 7–11 | Offered as specific courses, not core-integrated | Camps (online/in-person) |
1. Codeyoung — Best Overall for Age-Appropriate, AI-Native Scratch Education
Best for: Parents who want their child’s first coding language to also lay the groundwork for AI literacy.
Codeyoung’s Scratch track is built specifically for early learners, using drag-and-drop blocks to teach the same core logic — loops, conditionals, variables, events — that underlies every programming language a child will use later. Because it’s age-banded rather than one-size-fits-all, a 6-year-old just starting out and a 9-year-old ready for more complex projects aren’t sitting through the same lesson at the same pace.
What makes Codeyoung’s approach different is that AI isn’t held back until a child “graduates” to Python. Even at the Scratch stage, kids are introduced to age-appropriate AI concepts in three layers:
- Using AI thoughtfully. Simple, guided exposure to what AI tools do and don’t do well, appropriate for a young learner.
- Troubleshooting with AI. Early practice questioning outputs rather than accepting them automatically, scaled to what a 6-to-10-year-old can actually grasp.
- Building with AI. As kids advance through Scratch projects, AI-assisted creativity is introduced in small, age-appropriate ways.
The reasoning carries over from Codeyoung’s broader curriculum: a kid who understands the logic underneath a program — even a simple Scratch one — is better positioned to understand what an AI tool is actually doing later on, instead of treating it as a black box.
Classes are live and instructor-led, with small group sizes so teachers can adjust pacing for each child.
Pros:
- AI literacy introduced early and age-appropriately, not delayed until later languages
- Age-banded Scratch curriculum with real structural differences, not just slower pacing
- Live, small-group instruction with individualized pacing
Cons:
- Live format requires a scheduled time commitment, unlike self-paced platforms
- AI exposure at this stage is foundational by design, not a full AI-building curriculum
2. Tynker — Best for Gamified, Self-Paced Scratch-Style Learning
Best for: Kids who respond well to game-like progression and want to learn independently.
Tynker offers its own block-based coding environment closely related to Scratch, wrapped in a gamified structure with badges, levels, and game-style projects.
Pros:
- Highly gamified, keeps young kids motivated
- Flexible, self-paced schedule
Cons:
- AI features are limited to generative add-ons, not a structured AI curriculum
- Self-paced format offers less real-time feedback than a live instructor
3. Create & Learn — Best for Short-Term Scratch Workshops
Best for: A low-commitment introduction to Scratch or a summer supplement.
Create & Learn runs short courses and camps that include Scratch-based tracks alongside other subjects like AI and Minecraft.
Pros:
- Good entry point for trying Scratch without a long-term commitment
- Some dedicated AI-themed workshops available separately
Cons:
- Workshop-style format is less suited to building deep, cumulative skills over time
- AI content is offered separately rather than integrated into the Scratch track itself
4. Juni Learning — Best for 1-on-1 Scratch Tutoring
Best for: Families who want a private tutor and fully individualized pacing.
Juni offers 1-on-1 instruction that includes a Scratch track for younger beginners, alongside more advanced language options as kids progress.
Pros:
- Fully individualized pacing through private tutoring
- Smooth built-in path to more advanced languages later
Cons:
- Higher price point than group-based programs
- AI concepts are offered as standalone courses rather than integrated with the Scratch curriculum
5. Coding with Kids — Best for Small Live Group Scratch Classes
Best for: A straightforward, well-structured Scratch class in a small live group setting.
Coding with Kids offers live, small-group Scratch classes with a fairly traditional, fundamentals-first curriculum.
Pros:
- Live, small-group format supports real-time feedback
- Clear, structured progression through core Scratch skills
Cons:
- Minimal AI integration at the Scratch stage
- Less differentiated by age band compared to platforms built specifically around age-based pacing
6. Outschool — Best for Variety and Flexibility
Best for: Families wanting a wide range of Scratch class options and instructor styles.
Outschool is a marketplace of live classes across every subject, including many independently taught Scratch classes at different paces and formats.
Pros:
- Large variety of classes, instructors, and schedules
- Live, interactive format
Cons:
- Quality and curriculum depth vary significantly by class, since there’s no single unified curriculum
- AI integration depends entirely on the individual instructor, if present at all
7. iD Tech — Best for Scratch-Based Game Design Camps
Best for: A kid who wants an immersive, project-focused Scratch experience, especially around game design.
iD Tech offers camp-style Scratch and game design courses (online and in-person) for kids, often centered around a single creative project.
Pros:
- Immersive, project-based format that produces a finished game or story
- Strong option for kids especially drawn to game design
Cons:
- Less suited to families wanting an ongoing, structured curriculum rather than a single camp
- AI concepts appear as separate offerings, not built into the Scratch track
What to Actually Look For in an Online Scratch Class
If you’re comparing options beyond this list, three questions will tell you more than any marketing page:
1. Is the Scratch curriculum actually age-banded, or just labeled that way? Ask what changes structurally between a class for a 6-year-old and a class for a 9-year-old. It should be more than “the same lesson, but slower.”
2. Does the program connect Scratch to anything beyond itself? A good Scratch class should function as a foundation, not a dead end. Ask what a child moves on to next, and whether AI concepts are introduced at any point during or after the Scratch stage.
3. Is the class live, and does the instructor actually adjust pacing? Self-paced tools are fine for casual exposure, but a live instructor who can adapt in real time makes a bigger difference at this age than most parents expect.
Frequently Asked Questions
What age should my kid start Scratch?
Most programs recommend starting Scratch around age 6, once a child has the visual reasoning to grasp basic logic, even without strong reading or typing skills yet. For a full grade-by-grade roadmap, Codeyoung’s Scratch curriculum progression guide breaks this down by age.
Is Scratch a real programming language?
Yes. Scratch uses a visual block system instead of typed syntax, but it teaches the same core logic — loops, conditionals, variables, and events — that underlies every text-based language a child will use later.
How long should a kid stay on Scratch before moving to a text-based language like Python?
Most kids stay on Scratch for one to two years, typically between ages 6 and 10, before transitioning to a text-based language once they’ve built solid logic skills and stronger reading fluency.
Do Scratch classes need to include AI, or is that unnecessary at this age?
Kids don’t need to build with AI at the Scratch stage, but early, age-appropriate exposure to how AI tools work gives them a head start on the kind of critical thinking they’ll need once they start using AI tools directly.
Methodology
This ranking evaluates each platform on two factors stated upfront: whether the Scratch curriculum is structurally age-banded (not just paced differently) and whether AI concepts are introduced at the Scratch stage versus left out entirely until later. Platform details are based on each provider’s publicly available course structure and format as of mid-2026.
The Bottom Line
A good Scratch class should do more than keep a kid entertained with drag-and-drop blocks. It should build real logical thinking, adjust to where a child actually is developmentally, and — increasingly — lay early groundwork for how kids will eventually understand and work with AI. Codeyoung’s Scratch track does all three: age-banded pacing, live small-group instruction, and AI concepts introduced early rather than bolted on years later.
