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Nov 18,  · In these modern times, scratch is fed as a treat because it lacks sound, wholesome nutritional substance giving only % protein equivalency which is vastly inferior . Is Scratch a good way to learn coding? Yes, in a small way. Scratch is good for very young people who do not yet have the attention span needed to code in a text language. You can get . Jan 23,  · I would say no though. The reason is that most professional programmers laugh at you for using Scratch. Is that because it’s not valid code or because most professional .
 
 

– Should my Child Learn to Code with Scratch or Python? | Coder Kids

Talking with your child about their goals and interests. When using Scratch, students can create amazing art and games, and they can enrich their learning with hardware. Kids will love learning to create a game sprite character , and kinesthetic learners who engage with hands-on projects can connect Scratch with VEX robotics.

Scratch also offers numerous interdisciplinary options as kids code their own story or song using simple block-based or drag-and-drop tools. Python, on the other hand, has more sophisticated and practically unlimited project potential. Perhaps your student loves video games or is intrigued by the recent developments in artificial intelligence technology. From coding arcade games to progressing to a more advanced Python course with complex algorithms, machine learning, and cryptography, the language is rich subject matter just waiting to be explored.

On a related note, the amount of work that goes into seeing a concrete payoff varies greatly between Python and Scratch. For those who prefer more visual or hands-on learning experiences, consider starting with something simple or with a hardware add-on. With Scratch, the path to seeing a payoff is much faster! With Scratch, the visual drag and drop allows kids to move quickly and have fun , no matter their skill level. Anyone all over the world can use Scratch.

One of the benefits of it being a pre-programmed programming language is that it can be translated into any language. All anyone needs is an internet connection or Scratch desktop and you can create projects and connect with people from everywhere.

The fact that you can run motors and other hardware sensors off Scratch is a huge game changer. With tools like Microbit and Makey-Makey , kids can make their own game controllers. So basically they can create a full-on video game like Super Nintendo in Scratch! Python is a programming language used by professionals in industry. It is a lightweight and simple to read programming language compared to others.

In industry and based on my experience, Python is primarily used for data science and finance. So many of the powerful data-crunching algorithms that a high-frequency trading algorithm might use would likely be programmed in Python. Many web apps run on Python as well!

Of course there are many other applications for Python, even at a young age. We recommend Python to curious kids and parents who want to take the next steps in their coding journey.

In addition to being a great entry point for anyone to jump into the world of coding, learning to code in Scratch also helps kids strengthen a variety of important life skills. While exploring the infinite possibilities for projects in Scratch, the following skills are repeatedly practiced and sharpened. Scratch has a large library of preset sprites and backgrounds, but it also lets you draw your own designs.

This means that with enough practice, your child will be able to create interactive stories with any character they can think of! Customizing sprites and building narratives will improve their artistic skills and make them better at design , storytelling , and thematic consistency. To plan out the mechanics of their game or story, your child will need to figure out how multiple parts of their code or design will work together. Practicing brainstorming in Scratch helps kids develop strong planning and organizational skills that are transferable across multiple areas of life.

Creating projects in Scratch makes your child a better programmer, and familiarizes them with how computer science works. By practicing basic logical thinking and problem-solving coding concepts , your child will be prepared to tackle higher-level computer science or even accelerate their learning in other subjects like math or science. For all the reasons above and more, Scratch is an innovative platform and coding language that brings creativity and easy learning to new coders of all ages.

To get started, your child can create an account for free on the Scratch website, scratch. They can create a blank project and play around with different blocks to see what they can create!

For some inspiration, they can also reference projects made by other Scratchers in the Scratch Community. For structured Scratch learning, Juni Learning offers two project-based courses, Scratch Level 1 and Scratch Level 2 , for students to get started with coding.

Our Scratch curriculum prepares students with full mastery of the Scratch environment, and prepares them to advance into coding in more advanced, text-based languages like Python. When they understand these and create projects successfully, it becomes easy for them to pick up other programming languages in the future.

Aside from the features that makes Scratch easy to learn is the fact that there are so many online communities dedicated to the platform. Plus of course, there are courses such as the ones we offer at FunTech to help your kids take their skills to the next level.

We currently offer virtual Scratch lessons and summer camp spaces at various UK locations. You can explore both options on our Scratch Coding page. Be the first to know about Flash and Early Bird Sales as well as new courses, summer locations and more. Sign in Term Time. Request assessment. Book a camp. Scratch offers almost unlimited possibilities for teachers wanting to integrate coding with different subject areas. Its design supports learning through exploration, practice, play, and collaboration.

Through the Scratch community, teachers and students can find a variety of lesson ideas and tutorials to help develop coding skills. Shared projects allow for remixing and give inspiration for new challenges. Scratch is an awesome learning resource, it could be used as an individual project as well as a group effort which helps with students’ interpersonal, collaborative, and problem-solving skills.

The only thing limiting a student with the desire of creating work is their own imagination, the possibilities are endless with the number of applications this program can have in a school setting, the only caveat would be that sometimes students can get frustrated at a program not working correctly, but I see it as an opportunity to teach them patience and perseverance.

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If they are turned off by something, for whatever reason, let them try something else. Students who have a strong grasp on logic and typing can typically complete a simple project quickly. While exploring the infinite possibilities for projects in Scratch, the following skills are repeatedly practiced and sharpened.

Chicken Scratch: What You Need To Know Before Feeding -.Is Scratch Hard to Learn: How Easy is it for Beginners?

Scratch also offers numerous interdisciplinary options as kids code their own story or song using simple block-based or drag-and-drop tools. Python, on the other hand, has more sophisticated and practically unlimited project potential. Perhaps your student loves video games or is intrigued by the recent developments in artificial intelligence technology. From coding arcade games to progressing to a more advanced Python course with complex algorithms, machine learning, and cryptography, the language is rich subject matter just waiting to be explored.

On a related note, the amount of work that goes into seeing a concrete payoff varies greatly between Python and Scratch. For those who prefer more visual or hands-on learning experiences, consider starting with something simple or with a hardware add-on. With Scratch, the path to seeing a payoff is much faster! Plus, learning the language comes with plenty of bells and whistles to keep kids engaged and having fun throughout the process. Our recommendation: if you have an elementary age student, using Scratch is a great place to start, and it can prime their thinking skills to learn text-based programming with Python later on.

If your student is of secondary age, Python is among the great starter programming languages depending on what their goals are. In industry and based on my experience, Python is primarily used for data science and finance. So many of the powerful data-crunching algorithms that a high-frequency trading algorithm might use would likely be programmed in Python. Many web apps run on Python as well! Of course there are many other applications for Python, even at a young age. We recommend Python to curious kids and parents who want to take the next steps in their coding journey.

It is funny to me that Java is the language of choice in most high school computer science classes because Python has much less challenging syntax than Java in my experience.

Students who have a strong grasp on logic and typing can typically complete a simple project quickly. As you have probably gathered, Python also has the ability to create extremely high-level projects.

I know this could have something to do with a tween attitude, but we are trying to motivate kids to take their first steps in coding. If they are turned off by something, for whatever reason, let them try something else.

They can try all sorts of stuff, and hopefully they will find something that sticks for them. I have only known a few kids who have the focus and dedication to build out a full website, app, game, etc.

It is great preparation for a career, and learning Python is going to set them up better to learn a language like Swift or Java where they can create a phone app. Looking back on my own childhood, I really enjoyed the complexity of a computer.

Easy Coding for Kids Ages What is Scratch Coding? In particular, one of the most common questions we get from parents is: “What coding language should my child start learning first? Scratch is an introductory coding language for kids and adults of all ages. A program that prints the message, ‘Hello! Treasure Cave is an interactive story in Scratch.

Play it yourself by clicking the Green Flag! Funky Town is a simple and fun non-interactive story in Scratch about a dancing dinosaur.

Click the Green Flag to start the animated clip! A Scratch game that involves planning how multiple sprites behave together! Blocks in Scratch like the one pictured above help kids practice using logical thinking to solve problems, such as practicing “if Go further with Juni Find your potential through our exclusive educational content, guides, and resources only available to Juni Subscribers.

Get fun activities sent straight to your inbox Enjoyed this article? Become a Juni subscriber to get even more exclusive educational content, guides, and deals sent straight to your email inbox. First Name Last Name. These concepts give kids an understanding of when and how to use them to create a code for their algorithms. When they understand these and create projects successfully, it becomes easy for them to pick up other programming languages in the future.

Aside from the features that makes Scratch easy to learn is the fact that there are so many online communities dedicated to the platform.

Plus of course, there are courses such as the ones we offer at FunTech to help your kids take their skills to the next level. We currently offer virtual Scratch lessons and summer camp spaces at various UK locations.

You can explore both options on our Scratch Coding page. Be the first to know about Flash and Early Bird Sales as well as new courses, summer locations and more. Sign in Term Time. Request assessment. The Scratch platform can be another option for project-based assessments — an alternative to writing, presentations, etc.

For coding teachers, Scratch is a great springboard to traditional text-based coding languages like Ruby or Swift. Scratch has an expansive community of users and educators from around the world, since Scratch supports dozens of languages.

Because of this community, everyone from the complete novice to the seasoned expert can find tutorials, answers to questions, projects to remix, and, most important, inspiration to continue building their coding skills and finding new challenges.

It can be used online or downloaded and used without an internet connection. Like its predecessors, Scratch allows students to learn and put to use essential elements of coding and computer science.

From creating variables to building functions, students snap drag-and-drop blocks of code together to create programs for animation, digital storytelling, art, math — you name it. With Scratch, students can also program a variety of peripheral devices like the micro :bit for robotics, science, and engineering learning.

Scratch programmers have extensions that allow them to include text-to-speech and language translation. Teachers can register for educator accounts that provide additional features, like the ability to create classes and add students, group student work by project, and moderate student activity. The Scratch screen is divided into three sections: the stage on the right side where you see the results of your code in action , the workspace in the center where you put the code together , and the blocks palette on the left where you find all the code blocks.

Students code the actions of multiple sprites the different characters or screen elements and can also add sounds, images, and textual elements to build almost anything. Scratch is a powerful platform for learning to code not only because it teaches all the essential concepts of coding, but also because it can be easily integrated into almost any subject area.

Students can tackle meaningful projects that express understanding of novels, historical events, and math and science concepts while also reinforcing coding and computational thinking skills.