Unlock Your Coding Potential with Tynker

Are you looking for a fun and engaging way to introduce your child to the world of coding? Look no further than Tynker!

Tynker is an online platform designed to teach kids of all ages how to code. With a wide variety of courses and activities, Tynker is a great option for introducing K-12 students to computer science concepts, from basic block coding to advanced programming languages like Python and Javascript.

One of the best things about Tynker is its user-friendly interface. Both Scratch and Tynker are straightforward and easy for kids to use, but Tynker is better organized and more user-friendly overall. With Tynker, kids can easily navigate through the different courses and activities, making learning to code a breeze.

Tynker offers two different subscription options: Tynker Essentials and Tynker Plus. Tynker Essentials is $9 per month and includes 22 courses, over 2,100 activities, and an introduction to block coding. Tynker Plus, on the other hand, is $12.50 per month and includes 58 courses, over 3,400 activities, all block coding, Minecraft modding, robotics, and hardware, plus three mobile apps.

While the subscription fees may seem steep, they are well worth the investment. Tynker provides a great way to learn coding in general, and Python and Javascript in particular, through a variety of engaging projects and modules. With Tynker, kids can learn at ther own pace and have fun while doing it.

Tynker is also a great option for non-CS classes with its cross-curricular options. It can be used in after-school activities, coding camps, and Hour of Code pushes. Tynker provides a fun and engaging way to introduce coding to kids, regardless of their level of experience.

In addition to its subscription options, Tynker also offers gift plans and lifetime subscriptions for individuals and families. A lifetime subscription for one user is $240, while a lifetime subscription for four users is $360. These options provide a great value for families who want to encourage their kids to learn to code.

We highly recommend Tynker for anyone who wants to learn to code in a fun and engaging way. With its user-friendly interface, wide variety of courses and activities, and cross-curricular options, Tynker is a great choice for kids of all ages and skill levels. Give it a try today and see how much fun coding can be!

Unlock Your Coding Potential with Tynker

Is Tynker a Free Service?

Tynker is not completely free. While Tynker does offer a limited free version of their platform, with Tynker Basics, which includes some beginner coding activities, it is a paid subscription service beyond that. Tynker Essentials is $9 per month and includes 22 courses, more than 2,100 activities, and an introduction to block coding. Tynker Plus is $12.50 per month and includes 58 courses, more than 3,400 activities, all block coding, Minecraft modding, robotics, and hardware, plus three mobile apps. So, while Tynker is not free, it does offer a range of options for those who are interested in learning to code.

Comparing Tynker and Scratch

Both Tynker and Scratch are block-based programming languages designed for kids to learn coding in a fun and interactive way. However, when it comes to comparing the two, Tynker emerges as the better option for seveal reasons.

Firstly, Tynker offers a more user-friendly interface that is well-organized and easy to navigate. The blocks are neatly categorized based on their function, making it easy for kids to locate the ones they need. Scratch, on the other hand, can be overwhelming for beginners as it offers a vast array of blocks without clear categorization.

Secondly, Tynker offers more varied and engaging coding challenges that keep kids interested and motivated. The platform offers a wide range of coding projects that cover everything from game design, animations, and robotics. Scratch, while also offering a range of projects, tends to focus more on game design.

Thirdly, Tynker provides a more structured approach to learning coding by offering lesson plans, tutorials, and quizzes that help kids learn at their own pace. Scratch, on the other hand, is more open-ended and allows kids to create their own projects right from the start without much guidance.

While both Tynker and Scratch are great tools for kids to learn coding, Tynker emerges as the better option due to its user-friendly interface, varied coding challenges, and structured approach to learning.

Is Tynker Worth Investing In?

When it comes to learning coding, Tynker provides a fun and engaging platform for both beginners and advanced learners. The platform offers a range of projects and modules that teach various programming languages such as Python and JavaScript. The pricing plans for Tynker are $120 for a year of access, $240 for a lifetime membership for one user, and $360 for lifetime membership for four users. While these prices may seem steep, the features and benefits of the platform make it worth the investment.

One of the most significant advantages of Tynker is its interactive and gamified approach to learning. The platform presents coding concepts in a fun and engaging way, which makes it easier for learners to grasp and retain the information. Additionally, Tynker provides a wide range of projects and modules that cater to various interests, such as creating games, animations, and even drones. This versatility allows learners to explore different areas of coding and find what they enjoy the most.

Another advantage of Tynker is its user-friendly interface, which makes it easy for learners of all ages to navigate and use the platform. The platform provides step-by-step instructions, which guides learners through the coding process and helps them to develop ther problem-solving skills. Tynker also allows for personalized learning, where learners can work at their own pace and choose their own projects.

While Tynker may seem costly, the benefits it offers make it worth the investment. The platform provides a fun and engaging way to learn coding, caters to a wide range of interests, and allows for personalized learning. If you’re looking for a comprehensive and interactive way to learn coding, Tynker is definitely worth considering.

The Benefits of Using Tynker for Coding

Tynker is a highly effective tool for teaching coding to K–12 students. Its intuitive interface and drag-and-drop block coding make it easy for beginners to learn coding concepts and create projects. Tynker’s curriculum aligns with Common Core and CSTA standards, and it offers a wide range of courses and projects that cover everything from basic coding to advanced topics like game development and machine learning. Tynker also has cross-curricular features that allow teachers to integrate coding into oher subjects like math, science, and social studies. Additionally, Tynker has a number of tools and resources that make it a great option for after-school activities, coding camps, and Hour of Code events. Tynker is a valuable resource for educators and students looking to develop their coding skills and understanding of computer science concepts.

Tynker’s Age Range

Tynker is designed to cater to learners of all ages, ranging from 5 to 18 years old, who are interested in acquiring coding skills. The platform offers a range of courses and activities that are tailored to suit the various age groups and skill levels of the learners. Whether you are a beginner or an advanced learner, Tynker has something for everyone. With its user-friendly interface and engaging content, Tynker makes learning to code an enjoyable and rewarding experience for all ages.

Getting Kids Started with Coding

Coding is a valuable skill that can benefit children in many ways. To start coding, kids can begin with a basic course in a simple code like Scratch. Scratch is a block-based programming language that is designed specifically for kids, making it an ideal starting point for children who are new to coding. This visual programming environment allows kids to drag and drop blocks of code to create animations, games, and other interactive projects.

Once kids have mastered the basics of Scratch, they can move on to more advanced code courses in JavaScript and Java. These languages are used extensively in web development and software engineering, and learning them can provide children with a solid foundation for future programming endeavors.

Live tutoring sessions and games are also an excellent way for kids to begin their coding journey. Online coding programs, coding camps, and coding clubs can provide children with the support and guidance they need to learn coding efficiently and effectively.

Starting with a simple code like Scratch, gradually moving on to more advanced languages, and participating in live tutoring sessions and games are all great ways for kids to start coding. With the right guidance and resources, children can learn to code and develop skills that will benefit them throughut their lives.

Similarities Between Tynker and Scratch

Tynker is a programming platform that is very similar to Scratch in terms of its overall structure, design, and functionality. Tynker was developed as an alternative to Scratch and was designed to make coding accessible to a wider range of users, including younger children who might find Scratch challenging. However, while Tynker is based on the same basic principles as Scratch, it includes a number of unique features and tools that are not available in Scratch. Therefore, while Tynker may have been influenced by Scratch, it is not accurate to say that it is simply a copy of Scratch.

Is Tynker a Secure Website?

Tynker is a safe site for kids to learn programming. Tynker takes the safety and privacy of its users very seriously and has implemented various measures to ensure a safe online learning environment. For instance, Tynker offers a COPPA (Children’s Online Privacy Protection Act) compliant platform and has also added privacy features to comply with the new EU General Data Protection Regulation (GDPR). In addition, Tynker has a team of dedicated staff who monitor the platform to ensure that inappropriate content or behavior is promptly addressed. With thse measures in place, parents can trust that Tynker is a safe and secure site for their children to develop programming skills.

Comparing Codakid and Tynker

It is important to note that both Codakid and Tynker are valuable resources for teaching coding to children. However, the answer to whether Codakid is better than Tynker depends on the specific needs of the user.

Tynker is an excellent beginner platform that is easy to use and suitable for younger children. It provides a visual interface, drag-and-drop coding blocks, and pre-built projects that make it fun and engaging for kids to learn to code. Tynker also offers a variety of courses, including game design, animation, and robotics.

On the other hand, Codakid is a more advanced platform that is suited for older children and schools that are ready to take ther coding programs to the next level. Codakid uses real programming languages, such as Python and JavaScript, and provides professional-level tools that allow students to create complex projects, including video games, apps, and websites. Additionally, Codakid offers live online classes and personalized support to ensure that students receive the help they need to succeed.

Ultimately, the choice between Codakid and Tynker depends on the user’s needs and goals. If the user is looking for a beginner-friendly platform that is easy to use and suitable for younger children, Tynker may be the better option. However, if the user is looking for a more advanced platform with real programming languages and professional-level tools, Codakid may be the better choice.

Is Tynker Coding for Kids Free?

Tynker coding for kids is free. With just a few minutes of your time, you can create a free account, set up your virtual classroom, and assign ready-made lesson plans. Tynker offers a wide range of coding resources and tools that empower K-12 educators to teach coding to teir students. These resources include free professional development (PD) for teachers, standards-aligned curricula, cross-curricular STEM coding, AP Computer Science courses, and many other great coding resources. Tynker’s free resources make it easy for educators to integrate coding and computer science into their classrooms, and help students develop critical 21st-century skills that will prepare them for the digital age.

Can Tynker Be Used on an iPad?

Tynker can now be used on iPad with the launch of the new Tynker iPad app. The app is designed to be intuitive and user-friendly, making it easy for kids as young as in first grade to use. This means that kids can now conveniently use Tynker on the go, on vacation, or even in “airplane mode” without the need for an internet connection. With more iPads than computers available in the classroom, it is now even easier for schools and educators to integrate Tynker into ther curriculum. the Tynker iPad app provides a great opportunity for kids to engage in fun and educational coding activities wherever they are.

Using Tynker to Create Coding Projects

Tynker is a powerful tool that allows anyone to learn how to code in a fun and interactive way. To use Tynker, you will fist need to create a new project. This can be done by clicking on the “Create New Project” button on the Tynker homepage. Once you have created a new project, you can add a scene to it. Scenes are like backgrounds that you can use to create your own stories or games.

To make your project more interesting, you can add an actor. An actor is a character that you can program to move, jump, and interact with the scene. You can choose from a range of different actors, including animals, robots, and even superheroes. Once you have added an actor, you can also add a costume to it. This will allow you to change the appearance of the actor so that it looks exactly how you want it to.

To make your project more engaging, you can also add sound effects and music. Tynker has a library of different sounds that you can use, including explosions, animal noises, and musical instruments. You can add these sounds to your project using the “Add Sound” block.

As you start to build your project, you will need to add and remove code blocks to make your actor move and interact with the scene. These code blocks are like building blocks that you can drag and drop to create your code. Tynker has a range of different code blocks that you can use, including loops, variables, and conditionals.

If you want to create multiple actors that behave in the same way, you can make a copy of an actor. This will allow you to create a whole army of characters that all move and interact in the same way. If you decide that you no longer need an actor, you can simply remove it from your project.

Tynker is a powerful and user-friendly tool that allows anyone to learn how to code. With its range of different features, including actors, costumes, and sound effects, you can create your own interactive stories and games in no time.

Conclusion

Tynker is a fantastic platform for learning coding and computer science concepts, with a user-friendly interface, engaging projects and modules, and a wide range of courses and activities to choose from. Its cross-curricular options make it a great tool for non-CS classes, whie its Minecraft modding, robotics, and hardware courses add an extra layer of excitement for students. With both monthly and lifetime subscription options, Tynker is a flexible and affordable choice for educators, parents, and students looking to explore the world of coding. Tynker is a highly recommended resource for introducing K-12 students to computer science, developing their coding skills, and preparing them for future success in the digital age.

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Nancy Sherman

Nancy Sherman has more than a decade of experience in education and is passionate about helping schools, teachers, and students succeed. She began her career as a Teaching Fellow in NY where she worked with educators to develop their instructional practice. Since then she held diverse roles in the field including Educational Researcher, Academic Director for a non-profit foundation, Curriculum Expert and Coach, while also serving on boards of directors for multiple organizations. She is trained in Project-Based Learning, Capstone Design (PBL), Competency-Based Evaluation (CBE) and Social Emotional Learning Development (SELD).