Coding for School: Teach K-12 Students to Code | Tynker (2024)

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Join over 150,000 schools in delivering the best Computer Science education for your students. All the curriculum, tools and resources you need to support your students on their path to coding success.

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Built for Educators

With award-winning lesson plans, automatic grading tools and easy student management, getting started is as easy as 1-2-3!

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Hands-on Learning

Students learn through videos, puzzles and hands-on coding in our interactive self-guided courses with over 5,500 learning modules.

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No experience required!

You don’t have to be a coder. Simply assign ready-to-use interactive lessons for students to complete by themselves!

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Student data is secure and owned by your district. Tynker is COPPA, FERPA, and SOPIPA compliant. Please refer to our privacy center to learn more.

Coding and STEAM courses

A Curriculum for Every Grade

Over 1,600 contact hours of standards-aligned computer science curriculum for grades K-12 with immersive lessons, teaching materials and automatic grading.

Elementary School

A strong foundation with block coding

31 Courses | 990 Hours

  • Icon and Block Coding
  • 200 STEM & PBL Projects
  • Pre-reader Experiences
  • Digital Citizenship
  • Creative Coding
  • Game Design
  • micro:bit & Lego® WeDo
  • Augmented Reality
  • Intro to AI

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Middle School

Real world programming made fun and easy

19 Courses | 1,000 Hours

  • Block and Text Coding
  • 300 STEM & PBL Projects
  • Intro to Coding
  • Web Development
  • Python
  • JavaScript
  • MicroPython
  • Augmented Reality
  • Intro to AI

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High School

Career and college readiness with AP CS and more

12 Courses | 1,200 Hours

  • Real-World Text Coding
  • Python
  • JavaScript and p5.js
  • Web Dev with HTML/CSS
  • Art Effects with p5.js
  • Data Science
  • AP CS P with Python
  • AP CS A with Java
  • AI/ML with MediaPipe

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Comprehensive curriculum

100% Compliant with CSTA and AP CS Standards

Grade-specific and self-paced, Tynker’s interactive K-12 coding curriculum lets students learn by creatively applying coding concepts to core subjects. The curriculum includes over 50 programming courses with over 1,600 contact hours.

  • K-5 Grade 100% CSTA Alignment

    39 CSTA Standards are aligned over 30 Tynker courses. See Course Alignment

  • 6-12 Grade 100% CSTA Programming Alignment

    38 CSTA programming standards are aligned over 24 courses. See Course Alignment

  • AP College Board Endorsed

    Tynker is recognized by the College Board as an endorsed provider of curriculum and professional development for AP® Computer Science Principles (AP CSP).

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Over 150,000 schools teach programming using Tynker

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A Clear Commitment to Privacy and Data Security

Student data is secure and owned by your district. Tynker is COPPA, FERPA, and SOPIPA compliant. Please refer to our terms of use to learn more.

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Easy to integrate

Start Teaching in Minutes

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  • Supports Clever, Google Classroom, ClassLink, Canvas, Microsoft Azure, Apple Classwork

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Free Professional Development

Tynker offers a variety of free and paid training programs based on your needs. Whether or not you have coding experience, we’ll help you earn PD credits and develop the skills you need to support a K-12 coding program at your school.

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Blue Ribbon Program

We created the Blue Ribbon Training Program to help bring computer science to all. Select educators receive exclusive training, tools, and support designed to help them become coding experts. In return, our Blue Ribbon educators commit to making the coding movement a reality across the globe.

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Built with love in California

Loved by Teachers & Trusted by Millions

Tynker is a wonderful program for taking students from learning the basics of coding to applying their skills in meaningful ways. The ability to seamlessly integrate coding with core content in Tynker has allowed coding to become an effective and engaging tool for our students when learning any content.
Tynker provides a fun and engaging platform for our students from elementary to high school. The lessons and activities provide seamless progression and application of skills from block coding to writing complex programs in Python.

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FAQ

What is Tynker?

Tynker’s coding for schools is an online platform that easily and successfully teaches students how to code through the activities they already love: games and stories. Tynker’s goal is to provide every child with a solid foundation in STEM (Science, Technology, Engineering, and Math) thinking abilities to prepare them for 21st century degrees and careers.

How can I use Tynker at my school?

Schools are using Tynker’s grade-specific lesson plans to teach programming in formal Computer Science classes or to support project-based learning across all subject areas — science, math, ELA, social studies and more.

Is it easy to monitor what my students are learning?

Absolutely! We understand how busy educators are, which is why we have a whole suite of educator tools. Tynker has a built-in assessment framework that tracks both student and class progress. You can use the concept map, grading and metrics dashboards to easily track how your students are learning.

Do my students need prior coding experience?

Tynker’s coding programs for schools provide a fun and easy introduction to programming for all students. Grade-specific programming courses allow students to develop skills year-after-year with a gradual transition to traditional programming languages like JavaScript.

What are Tynker Courses Like?

Each of our 100-, 200- and 300-level courses for teaching coding in the classroom consists of 16-17 lessons. Lessons are designed to last one class period (45 min to 1 hr.). As students progress through a lesson, they’ll be working through different types of learning modules.

How does Tynker Support Learning in Other Areas?

Tynker easily lends itself to supporting all areas of learning. Schools are using Tynker as a way for students to demonstrate their understanding of other subjects such as science and math. Tynker’s lessons support and enhance Common Core State Standards.
View Common Core mapping here.

Do I need coding experience or training to use Tynker with my students?

Not at all! No coding experience or training is required. Teachers love Tynker because the self-paced curriculum gets students started on their own. Tynker provides a rich set of resources to answer student questions, such as videos, guides, tutorials, and the very helpful Tynker Troll that provides contextual help for students.

What do My Students Learn with Tynker?

Tynker’s coding for schools curriculum is designed to teach students computational thinking and core computer science concepts. Through Tynker, students learn the fundamentals of programming found in all object-oriented programming languages in a way that’s fun and easy for Students to understand.

Can I Use Tynker with my Entire School?

Absolutely! Tynker’s grade-specific programming for schools curricula teach through activities that all students love!

What are Students Creating?

Students are creating all sorts of amazing projects. Check out some of our favorites in our Kid Creations gallery.

Join Millions of Other Teachers

Coding for School: Teach K-12 Students to Code | Tynker (2024)

FAQs

Why is coding in the K 12 classroom important? ›

Coding Helps Teach Digital Literacy

In the modern world, being able to understand and engage with technology isn't just good to have — it's a necessity for navigating an increasingly digitized society. Children need to know technology; in other words, they need to be digitally literate.

How to teach coding to 12 year olds? ›

Getting Your 12-Year-Old Started with Coding
  1. Choose course formats that work best for your child. When selecting coding courses, consider your child's learning style and preferences. ...
  2. Choose engaging topics. ...
  3. Find the best classes for their age group. ...
  4. Keep it going.

How do you teach coding in school? ›

How to Teach Code
  1. Note: It may be helpful to also read my post on how we learn.
  2. Set clear expectations. ...
  3. Create a safe place to fail. ...
  4. Mirror the career world in the classroom, again mostly for adult learners. ...
  5. Use best practices. ...
  6. Link new information to what they already know. ...
  7. Appeal to multiple learning styles.

Is 12 a good age to start coding? ›

If you're thinking about introducing your 12-year-to coding but wonder if it's possible, we are here to tell you that it is! Coding is a wonderful tool for kids to have at all ages. Whether they're learning it at age 7 or age 12, the important thing is that they're learning.

How does coding help students? ›

Coding teaches problem-solving and critical thinking skills.

By teaching kids problem-solving skills early on through coding, they are better prepared for the world that follows after high school and beyond.

What is a coding example? ›

Here's a simple example of code, written in the Python language: print 'Hello, world!' Many coding tutorials use that command as their very first example, because it's one of the simplest examples of code you can have – it 'prints' (displays) the text 'Hello, world! ' onto the screen.

How to explain coding to a child? ›

In kid-friendly terms, coding is using a set of instructions to communicate with computers. There are different coding languages and they all have different rules and uses, but they all give computers instructions on how to do specific tasks.

What is the best age to teach a child coding? ›

Kids as young as 7 years of age can start coding and learning programming basics. In fact, coding for kids has gained popularity rapidly in recent years as technology becomes increasingly part of everyday life. Kids who learn to code when they're young can set themselves up for a lifetime of opportunities for success.

Is coding good for kids to learn? ›

It's an excellent way to learn soft skills, like creativity, confidence, and communication, that are hugely important for kids to thrive in the future. If you're on the fence, we've compiled the 26 most impactful benefits of your child learning to code. Decide if coding is right for your child and get started.

How do you teach coding in a fun way? ›

Coding games that encourage your child to play to learn are a great way to make coding fun for kids. Kodable allows kids to explore at their own pace and prompts them with weekly coding challenges.

What age is too late to learn coding? ›

Coding is a skill that can be learned at any age.

Which age is perfect for coding? ›

There is no specific age to start coding. Experts say that a child can begin coding even at the age of 5 years. You can start with logical games so that they will first develop an interest in coding. Kids can then move to tricky exercises.

Can you start coding at 40? ›

Anyone can become a programmer, at any age, but it's important to be aware of the challenges and expectations that will arise along the way. The later you start, the harder it will be, but not impossible. Passion and dedication can help overcome the initial difficulties and prove one's worth in the programming field.

Why do we need to teach coding in kindergarten? ›

However, coding has become an integral part of the curriculum in many schools. Introducing kids to the basic elements of programming at a young age helps in the development of vital skills. Coding in kindergarten gives children the opportunity to innovate, design, invent, and create an original invention.

Why learn to code and what are the benefits of learning coding? ›

Coding tests a variety of abilities. It hones problem-solving and analysis skills, such as finding errors and thinking logically. Further, coding often helps people develop teamwork and interpersonal skills since software and application projects are often cross-disciplinary and collaborative.

Why is it a good idea to teach kids to code? ›

It builds problem-solving skills.

Problem-solving is equally important in daily life. Learning to code gives the children a chance to learn this skill in their growing age that will go a long way with them throughout their life.

What is the importance of developing code focused skills in kindergarten? ›

Code-focused interventions help students develop critical early literacy skills by teaching aspects of the alphabetic principle, including phonological awareness, alphabet knowledge, and early decoding skills (National Early Literacy Panel, 2008).

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