Go To Tynker

Tynker is a site that teaches children how to program as they create games and animated projects. Students easily learn to code using Tynker’s visual programming language by solving fun puzzles and creating original projects and games. They gain a solid foundation in programming and computational thinking, which prepares them to transition to any mainstream object-oriented programming language.

Anyone can Tynker! Most of our courses and activities are designed for students ages 7-14, but students as young as Kindergarten age have successfully created projects with Tynker.

All Tynker courses teach critical 21st century skills, including programming and computational thinking. Students learn how to logically sequence events, create playable games, tell a good story, and model real situations. They also learn computational thinking by developing algorithmic and design thinking abilities. After learning the fundamentals, students can transition to Javascript within the Tynker learning system.

Tynker is free to HCOS students.  About Tynker  **Anything that is advertised on the website which requires payment is NOT part of our subscription and will need to be purchased through the purchasing department.

You may be asking, “Why coding?” and here is an answer from Tynker:  Why coding?

What is Tynker?

Here is information about how the Tynker site works:  How Kids Learn Coding in Tynker

Step-by-Step Success

Lessons are designed to guide kids on a path to earning cool new badges. In each lesson, kids engage with interactive learning modules, mini-games, coding projects, and puzzles.

Interactive Approach


Cool characters introduce code blocks and how to use them.

How-To Videos

Short clips demonstrate common actions such as deleting Actors or changing the background.


Preview the games you build in each lesson and play bonus games along the way.

Tynker courses are all free to HCOS students.

Go to this link in our school system to sign up for a first-time Tynker account:  Register for Tynker

Students who already have an account in Tynker do not need to sign up again.  Just email Beth Johnson to have more classes added to their “Launchpad”.

Log in to Tynker  and “Sign in” on the top right-hand, then going to “Student” to enter your login credentials.

Students need to do the various projects in order to complete Tynker.  Just viewing the screens is not going to give them a grade in the site!  The site assess their work and assigns a grade to it.  Students may go back and re-do projects at any time, which will improve their grade.

Students can access their lessons by going to “My Classes”.  There are a number of free activities in “Visual Coding”, “Minecraft” and “Hour of Code”.  Anything marked “Unlock” is not part of our subscription.  To pay for that with your curriculum budget, you would need to make arrangements with your support teacher.

  • There are helpful explanations in the “Help Links” at the bottom right-hand of the student’s page, which students can access at any time.
  • There are options for extra good things in the “Explore Projects” menus at the bottom middle of the page.  These are available to students right away.
  • Tynker support tutorials  for students wishing to use Tynker.

Here is a 5-minute video to give you an idea of how Tynker can be used:  Tynker Workshop Basics.

Parents who are interested in purchasing programs which are not included in our Tynker subscription may go to this link to find information:  Parent Information

Tynker support tutorials  for students wishing to use Tynker.

Teachers who would like to have their own classes in Tynker (and see their students’ detailed progress) should email Beth Johnson Beth Johnson for a teacher roster.

Here is the  Tynker webinar for HCOS which was held on Oct. 26, 2017.

Yes, the STEM programming courses are part of our subscription.  Anything that shows up on the Tynker screen that is “locked” is not part of our subscription.  To purchase that using their curriculum budget, parents will need to go through the purchasing department.

Grade and Reading Level for Tynker Courses

  • The reading difficulty is K-4 for the A and B lessons, Grades 4-6 for the 101 and 102 lessons, Grades 6-8 for the 201 and 202 lessons, and Grades 8-10 for the 301 and 302 lessons.  (The various levels cover essentially the same material, but with activities geared to the age group listed.)  We have changed the grade level on the recommendation of Mark Lamden.
  • The WeDo Coding course in Tynker would be approximately Grades 5-7 level.
  • The new JavaScript 101 (P401) and Python 101 (P411) courses are geared to upper middle or high school learners, and are also part of our school’s subscription.  These would be assigned after the 202 level classes which are approximately Gr. 6-8 level.

**Note that your student needs to go into the “Classroom” on his/er homepage to do the lessons, not just play in “Hour of Code”.

  • Be aware that completed lessons drop down to the bottom of the student homepage, so if the student logs in and starts on what appears to be the second lesson, it may in actuality be Lesson Three!  That makes them feel incompetent when they get stuck.
  • Click on a lesson in your teacher roster, and scroll down to find a lesson plan, standards, answer keys, etc.
  •  Choose the “List” view and it will give you the option for “Student View”, so you can see what your students see.
  • NOTE:  Tynker has good help videos, which will show at the top of your teacher homepage, and these can be hidden so they don’t take up space on your homepage.
  • NOTE:  The new Drones 101 course requires a drone and camera, which students will have to provide from their own funds, as the Ministry no longer allows us to purchase equipment using students’ curriculum budgets.

When you are considering signing up your student to use the LEGO WeDo 2.0 robotics course, please be aware that there are some required parts that will be needed.  The Ministry no longer allows students to purchase equipment using their curriculum budget, so this would be the family’s own responsibility.

The main part of the LEGO WeDo is the Smart Hub–It’s what makes the connection from the iPad to the robot–and it comes with the WeDo Education set:  Link to the LEGO page   LEGO WeDo 2.0 Core Set

Here is the link for the purchase of the Smart Hub:  LEGO WeDo Smart Hub   ($ 62.95 US in 2018) and it needs the Rechargeable Battery as well:  LEGO WeDo Smart Hub Rechargeable Battery   (also $ 62.95 US in 2018).

The projects for LEGO WeDo that are created in Tynker must be run through a tablet. If your student does not have a tablet, they will not be able to test their code but they can get past the DIY by clicking “I’m Done” at the end. If the student does have a tablet, they need to sign in to Tynker through the app and then their projects will synchronize and they can test the project.  Here is the link for the app for Android and here is the link for iOS. The student needs to log in through the app, not through the browser on the tablet.

NOTE:  The Minecraft courses are not available to schools at this time.  For families to purchase them with the curriculum budget, they would need to have them processed through the purchasing department.  Here is the 2018 info about the Minecraft lessons from Tynker:

We offer Minecraft courses either through our Camp product or through our home subscription. With the camp version of our courses, the cost will be $100 per student per course with a minimum of 5 students. We have 2 Minecraft courses for camps. 

With the home subscription, we have three different plans – quarterly, yearly, and lifetime – that come with access to our home Minecraft courses as well as access to our private server. The quarterly plan costs $48/3 months, the yearly plan costs $96/year, and the lifetime subscription is a one time cost of $200.

To find Tynker correlations please go to this link and scroll down to find Tynker alphabetically.

When we first started with Tynker, we only had the 1A and 1B, the 101 and 102, the 201 and 202, the 301 and 302 courses available.  There were 2 courses for each level, the beginner and the more advanced coding.  Each level taught basically the same material, but geared to increasing reading abilities.

Now, they also offer courses in the coding languages JavaScript 101, Python 101 and Python 201.  There is a course in learning to program drones, Drones 101.  At the top of each of these pages, you can choose “Lessons” or “Details” to get information. Students can learn to program the Lego WeDo 2.0 Smart Hub in Lego WeDo Coding.   The newest course has just been released in summer of 2018:  Augmented Reality.  There are also STEM courses in the Sciences, Math, Social Studies and English.  Students should be aware that any equipment required to use these programs will be their own responsibility, as the Ministry does not allow us to purchase equipment using students’ curriculum budgets.

These courses are all free to HCOS students.  If a student logs in and sees something which requires him or her to pay, this is not a part of our school subscription.

Augmented Reality Course

Augmented Reality is a new way to extend coding beyond the screen. In this introductory course, your students will discover how to use the webcam in their computer or iPad to build interactive experiences that blend the real and virtual world. They will be able to physically stand in front of the camera and participate in the games they build by waving their hands or dancing, rather than just watching a screen.

This course includes 10 lessons. Students are introduced to the new AR blocks where they learn to turn the webcam on and off, take a screenshot and mask pictures. Through the course, they learn a variety of useful concepts such as motion sensing, color calibration, gesture detection and motion direction sensing, so that they can build a wide range of AR. In the last four lessons, they apply all the concepts they have learned to build fun AR versions of classic games such as Fruit Ninja, Pong, Brick Breaker, as well as a boxing game.

Each lesson is designed for a class period of 45-60 minutes. Students will learn AR concepts on their own as they complete interactive tutorials, solve coding puzzles, build their own projects, and take quizzes. All student work is automatically tracked and assessed; and with access to Tynker’s premium offerings, you’ll even be able to monitor student progress and mastery charts.

Topics Covered: Camera control, taking pictures, special visual effects, detecting motion, hand gestures, masking, and AR game design.

To see the lessons covered, go to Augmented Reality.

Tynker Apps

The Tynker app can be found on Apple iTunes or Google Play stores.  Note that the web courses will not show up in the app (for either school or home-based courses).  However, projects that students make on the web can be synced to the mobile app (and vice versa) for on-the-go app building on tablets.  The tablet apps also come with some puzzles.  However, they are not related to school courses.

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