Tynker

Tynker is a coding platform for children and teens aged 5 to 18, used at home by families and in classrooms by teachers. Kids work through game-like, story-based lessons at their own pace on the web or on a tablet, starting with picture blocks and moving on to text languages such as Python and JavaScript. The About page calls it "the world's leading K-12 creative coding platform" and says its curriculum "has been used by one in three U.S. K-8 schools, 150,000 schools globally, and over 100 million kids across 150 countries." The company's headquarters is in Chicago, Illinois, "with a distributed team worldwide," according to the same page.

Two readers come to Tynker: a parent looking for a structured, self-guided way for a child to learn programming, and a teacher or school that wants a ready-made computer science curriculum. Both draw on the same course library, but they buy it in different ways, as described below.

Courses, from picture blocks to Python

The parent plans cover "70+ courses" and "5,000+ activities," per the pricing page, across block coding, text coding, Minecraft modding, game design, robotics, hardware, web development, Python, JavaScript, Processing (P5.JS), data science and advanced computer science. The home page FAQ adds Java, art and image processing.

The youngest learners start with icon coding for pre-readers. Kids aged 5 to 7 "learn coding basics by connecting picture blocks to move their characters," the home page says. From there they move to Tynker's visual block language, where "Drag-and-drop code blocks snap together" and "Pieces of code that don't make computational sense won't fit together, making syntax errors impossible." Older children then make the move to text languages. The home page describes a Python course for browser-based games built with pen drawing and Turtle graphics, and an elective course on artificial intelligence and machine learning taught in JavaScript.

The school course catalog shows how the ladder is laid out by grade: Programming 101 and 102 for grades 3 to 4, Programming 201 and 202 for grades 5 to 6, and Programming 301 and 302 for grades 7 to 8. Alongside them sit JavaScript 101, Python 101 and 201, Java 101, Web Development, MicroPython 101, Microbit 101, Augmented Reality, Data Science 1, and two AI courses, Artificial Intelligence 101 and 401. At the top are AP Computer Science Principles and AP Computer Science A. The home page says Tynker "is recognized by College Board as an endorsed curriculum provider" for both AP courses.

A placement step decides where a child begins. The pricing FAQ says "Tynker will assess your child when they start and place them on the right path," and the Lifetime plan "is set up to assess your child yearly."

How a lesson works

The curriculum page explains the structure of a typical course. Each of the 100, 200 and 300 level courses "consists of 16-17 lessons," and each lesson is designed to last one class period, 45 minutes to an hour. Inside a lesson, students move through five kinds of module: interactive lectures that set the context, step-by-step tutorials that build a project in Tynker Workshop, puzzles where students program or debug a scenario, open-ended projects, and multiple-choice quizzes.

Help is built in. The curriculum FAQ names videos, guides, tutorials and "the very helpful Tynker Troll that provides contextual help for students." Kids also get creativity tools, which the pricing page lists as a physics engine, a rich media gallery and an art studio, plus a character builder and level editor for game projects.

Progress is tracked automatically. Parents get a Parent Dashboard "with mastery stats," showing progress through courses, the projects a child has created and the concepts learned. The pricing page also lists "Personalized assessments and certifications in real-world languages," "Mastery certifications," and awards and certificates earned along the way. These are Tynker's own records of a child's progress inside the platform.

Finished projects can be shared. The pricing page describes "a safe and collaborative community" where kids can open featured projects to learn from and "Explore over 2 million games, apps and minecraft mods."

Mobile apps and Minecraft modding

Tynker runs in any computer with a modern browser, and the mobile page lists "3 Highly-Rated Mobile Apps for Learning Code," all included with the paid home plans:

• Tynker Junior, for ages 4 to 7, built around picture block coding. The mobile page says "Even pre-readers can learn to code!" and describes ten courses "complete with voice instructions."
• Tynker, for ages 7 to 13, with block and Swift coding. It carries sixteen mobile courses on building apps, games and robots, and the pricing page adds controlling toys.
• Mod Creator, for ages 7 to 13, where kids build Minecraft add-ons, skins and mods with block code.

The pricing page counts "16 on iPad, 7 on iPhone" among its courses, and the home page cites a 4.7-star rating for the mobile app. The curriculum page names iOS and Android for the tablet app.

Minecraft modding is a large part of the appeal for many kids. The pricing FAQ says Tynker supports Minecraft: Bedrock Edition. Children build mobs, skins, blocks and add-ons, download the creation onto a computer or mobile device that has Minecraft installed, and import it into the game.

Tynker in schools

Schools get a separate offer. The curriculum page lists "FREE Resources with Registration": 4 free coding courses, free weekly STEM projects, Hour of Code activities, project templates, block and text coding tools, unlimited student accounts, student progress metrics, and free professional development. A Premium plan for elementary, middle and high school adds lesson plans, answer keys, automatic grading, school progress metrics, and training and support. Premium is sold through a quote request, and the page invites schools to "Talk to our team about discounts for multiple school sites."

Teachers do not need a computer science background. The FAQ says "No coding experience and no training is required" and that "teachers can also learn alongside the students." A built-in assessment framework tracks progress per student and per class, with a concept map, grading and metrics dashboards, and quiz scores land in the Grading Dashboard.

The curriculum page says Tynker's course pathways align with the Common Core State Standards, the Next Generation Science Standards, CSTA K-12 standards, ISTE standards, several US state CS standards, and the UK National Standards. The home page adds CA CS and TEKS to that list.

Hour of Code activities

Tynker publishes a large set of free Hour of Code lessons for classrooms. The teacher page offers "50+ fun ways to complete an Hour of Code with Tynker," filtered by grade and grouped into block coding, text coding, arcade, AI/ML, NASA and STEM activities. Each activity carries a grade range, a level and a duration, most of them between about 30 and 60 minutes, and comes with a teacher guide and often a puzzle solution. Space Quest has 23 puzzles on loops and conditionals; Dragon Blast has 27 on sequencing and debugging. Both are offered in Chinese Simplified, Japanese, Spanish, English, French and German. A newer Hour of AI set uses Tynker's AI pose tracking and hand tracking blocks with pre-trained models, so students in grades 3 to 8 can build projects they control with gestures.

Home plans and prices

The parent pricing page lists three self-paced plans, each shown at 40% off an earlier price:

• Quarterly: $18 a month (was $30), billed at $54 USD each quarter, for 3-month access to all self-guided courses.
• Yearly: $15 a month (was $25), billed at $180 USD a year, for 1-year access.
• Lifetime: $468 one time (was $780), marked "Best Deal."

"All plans include access for up to 3 children," and each child needs a separate login, because "Multiple children cannot share the same account, because they will overwrite each other's work." All premium home plans include the web courses and all three apps. Subscriptions renew automatically by default; auto-renewal can be switched off from the Parent Dashboard, and purchases made in the iPad app are canceled through the iPad's Apple ID settings. Plans can also be bought as gifts, charged up front without renewal.

The pricing page states "All plans come with a 30-day money-back guarantee." Refunds for website purchases go through Tynker's support by email, and for iPad app purchases through the App Store. The pricing page also has a tab for live online courses, though the plans it details are the self-paced ones. The home page invites families to "Get Started for Free" before choosing a plan.

Company background

The About page says "We celebrated our 10th anniversary in 2022" and sets the goal "that, by 2033, every high school graduate has been exposed to some formal coding education." The team describes itself as "a passionate group of developers, educators, gamers, hackers, and parents" who "started Tynker to give our kids a more engaging introduction to programming." The page lists awards including a Gold Award, Editor's Choice, and Best Apps for Teaching and Learning. The copyright notice on Tynker's pages is in the name of CodeHS.

Who it suits

Tynker suits a parent of a child aged 5 and up who wants a self-paced, game-based path that does not need a parent who codes. The three-child allowance makes it good value for siblings, and the Minecraft modding courses give reluctant learners an obvious reason to keep going. Teens who reach Python, Java and the AP courses still have somewhere to go.

For schools, the free tier with unlimited student accounts lets a teacher try the curriculum with a full class before asking for a Premium quote, and the standards mapping and AP endorsement help with curriculum planning. The main caveat is that school Premium pricing is quoted rather than listed, so budgeting a district rollout takes a conversation with the sales team. Learning is self-guided, so a child who needs a person beside them will rely on a parent or teacher to fill that role.