#scratchjr

[ghibranmadz]

[useoftoysforchildsdevelop]

Empowering Home-Based Learning: A Comprehensive Guide to Educational Resources for Kids

Empowering home-based learning can be an enriching experience for both parents and children. With the abundance of educational resources available online, you can create a comprehensive and engaging learning environment for your kids. 

Here's a guide to help you navigate the vast sea of educational tools and materials:

1. Online Learning Platforms:

a. Khan Academy: Offers free online courses, lessons, and practice in various subjects.

b. Coursera for Kids: Provides courses from top universities on a wide range of topics suitable for children.

c. edX for Kids: Offers high-quality courses from universities and institutions around the world.

2. Interactive Learning Websites:

a. ABCmouse: A comprehensive early learning academy for children aged 2-8.

b. PBS Kids: Provides educational games and videos based on popular PBS shows.

c. Starfall: Focuses on reading, mathematics, and phonics for young learners.

3. Educational Apps:

a. Duolingo: A fun language learning app suitable for various age groups.

b. ScratchJr: Introduces young children (ages 5-7) to programming concepts through coding.

c. Epic!: A digital library with a vast collection of e-books for children.

4. STEM Resources:

a. NASA Kids' Club: Offers games, activities, and information about space exploration.

b. Mystery Science: Provides open-and-go lessons for elementary school children.

c. National Geographic Kids: Educational resources on science, geography, and more.

5. Virtual Museums and Tours:

a. Google Arts & Culture: Allows virtual exploration of museums and cultural landmarks.

b. Smithsonian Learning Lab: Offers access to millions of digital resources from the Smithsonian's collections.

6. Educational YouTube Channels:

a. SciShow Kids: Makes science accessible and fun for young learners.

b. National Geographic Kids: Features videos about animals, science, and geography.

c. TED-Ed: Provides lessons worth sharing on a variety of subjects.

7. Educational Games:

a. Prodigy Math Game: Makes learning math engaging through a game-based platform.

b. BrainPOP: Offers educational games on various subjects.

c. Funbrain: Provides interactive games focused on math and reading skills.

8. Coding Resources:

a. Code.org: Features free coding lessons and activities for kids.

b. Tynker: Introduces coding through interactive games and projects.

c. Scratch: A visual programming language that makes coding accessible to children.

9. Printable Worksheets and Activities:

a. Education.com: Offers a wide range of printable worksheets for different subjects and grade levels.

b. Super Teacher Worksheets: Provides resources for math, reading, writing, and more.

c. Teachers Pay Teachers: A platform where educators share and sell their educational resources.

10. Library Resources:

a. Libby/OverDrive: Allows access to a wide range of e-books and audiobooks from local libraries.

b. Storyline Online: Features videos of actors reading children's books aloud.

11. Parent-Teacher Collaboration:

a. Seesaw: Enables communication and collaboration between parents and teachers.

b. ClassDojo: Connects teachers, students, and families to share updates and communicate.

12. Adaptive Learning Platforms:

a. IXL: Offers personalized learning in math, language arts, science, and social studies.

b. DreamBox: Focuses on math education with adaptive learning technology.

13. Mindfulness and Well-being:

a. Headspace for Kids: Introduces mindfulness and meditation practices for children.

b. GoNoodle: Provides movement and mindfulness videos to promote physical activity and well-being.

14. Educational Podcasts:

a. Brains On!: A science podcast for kids and curious adults.

b. But Why: A Podcast for Curious Kids: Addresses questions submitted by young listeners.

15. Parental Controls and Safety:

a. Common Sense Media: Offers reviews and recommendations for age-appropriate content.

b. Kid-friendly Browsers: Consider using kid-safe browsers like KidzSearch or Kidoz.

Tips for Effective Home-Based Learning:

1. Create a Schedule: Establish a daily routine to provide structure.

2. Encourage Exploration: Let your child explore topics of interest.

3. Balanced Screen Time: Monitor and balance screen time with offline activities.

4. Engage in Activities Together: Participate in learning activities to make it more enjoyable.

5. Foster a Love for Learning: Celebrate achievements and foster a positive attitude toward learning.

Remember, the key is to adapt these resources to your child's learning style and interests. Each child is unique, so feel free to experiment and tailor your approach to what works best for your family.

READ FOR MORE INFO SO PLEASE CLICK HERE AND VISIT OUR MAIN WEB PORTAL

[makers-muse]

Are STEM coding classes necessary for early childhood education? 

In today’s digital age, children are exposed to technology from a very young age. From playing with tablets to interacting with smart toys, kids are already familiar with gadgets before they even start school. This early exposure begs the question: should we introduce STEM coding classes in early childhood education? The answer is a resounding yes, and here’s why. 

Start STEM and Coding Early! 

Starting STEM (Science, Technology, Engineering, and Mathematics) education early helps children develop critical thinking and problem-solving skills. Coding, as a part of STEM, is not just about learning to program a computer; it’s about teaching kids to think logically and creatively. 

Early Benefits of STEM Coding Classes: 

Fosters Creativity: Young children are naturally curious. Coding allows them to create stories, games, and animations, turning their creative ideas into reality. 

Builds Problem-Solving Skills: Coding challenges kids to find solutions. If a code doesn’t work, they learn to debug it, fostering resilience and analytical thinking. 

Prepares Kids for the Future: According to the World Economic Forum, 65% of children entering primary school today will end up in jobs that don’t exist yetequips them with essential skills for an uncertain future. 

The Role of Coding in Early Cognitive Development 

Coding can be compared to learning a new language. It helps children understand the logic behind sequences and patterns, which are fundamental in math and science. For instance, when kids use block-based coding platforms like Scratch, they learn to organize their thoughts step-by-step, which enhances their cognitive abilities. 

  Research from MIT shows that children who engage in coding activities tend to have better math skills and are more adept at logical thinking . 

Misconceptions About Early Coding Education 

Some parents worry that introducing coding too early might overwhelm their children. However, modern coding platforms designed for young learners are more like interactive games. These tools use colorful blocks and engaging stories to teach basic coding concepts without overwhelming kids with complex syntax. 

Examples of Kid-Friendly Coding Tools: 

ScratchJr: A simplified version of Scratch, ideal for kids aged 5-7, allowing them to create animations and stories with drag-and-drop coding blocks.enroll now 

LEGO® Education Kits: These kits combine physical play with coding, helping young kids understand the basics of programming through hands-on activities. 

Long-Term Impact of STEM Coding Education 

Investing in STEM coding classes at an early age can set children on a path to lifelong learning. As technology continues to shape our world, coding is becoming an essential skill, much like reading and writing. Children who start coding early are more likely to pursue STEM careers, as they gain confidence and interest in these subjects from a young age.  A study by Google found that 84% of parents in the United States believe that computer science is just as important as math and English, and they want it included in the school curriculum . 

Ready to ignite your child’s coding journey? 

If you’re considering enrolling your child in a coding class, look for programs that are designed to be age-appropriate and fun. Interactive games, project-based learning, and storytelling elements can make the experience enjoyable and educational.  Introduce your child to the world of coding and give them a head start in developing essential skills. Check out our beginner-friendly coding classes for kids and see them thrive in a fun and interactive learning environment! 

[xionisgr]

ISBN: 978-960-02-4114-3 Συγγραφέας: Marina Umaschi Bers , Mitchel Resnick Εκδότης: Εκδόσεις Παπαζήση Σελίδες: 170 Ημερομηνία Έκδοσης: 2023-12-12 Διαστάσεις: 24x17 Εξώφυλλο: Μαλακό εξώφυλλο

[a078740849aposts]

ISBN: 978-960-02-4114-3 Συγγραφέας: Marina Umaschi Bers , Mitchel Resnick Εκδότης: Εκδόσεις Παπαζήση Σελίδες: 170 Ημερομηνία Έκδοσης: 2023-12-12 Διαστάσεις: 24x17 Εξώφυλλο: Μαλακό εξώφυλλο

[socscilearn]

Kids code the strangest things! 😅 #scratchJR #storytelling https://t.co/jecbyr22XV — Stacy Anne Allen (@stacyanneallen) Apr 25, 2024

—

[software-specialist]

کاربرد هوش مصنوعی برای کودکان

هوش مصنوعی (AI) با رایج شدن کاربردهای آن در زندگی ر  کاربرد هوش مصنوعی برای کودکان  وزمره ما به موضوعی فزاینده محبوب تبدیل شده است. پس هوش مصنوعی چیست؟ و آی ا کودکان می توانند آن را یاد بگیرند؟ آیا می خواهید بهترین مکان برای یادگیری هوش مصنوعی را بدانید؟ کد نویسی مقدمه یک راهنمای نهایی برای تمام اطلاعات مورد نیاز شما در مورد هوش مصنوعی آماده کرده است!

A.I چیست؟

هوش مصنوعی یا هوش مصنوعی ممکن است فوراً تصاویری از داستان های علمی تخیلی را به ذهن متبادر کند، اما این موضوع در زندگی روزمره ما شیوع و تأثیر بیشتری دارد.  کاربرد هوش مصنوعی برای کودکان  ما اینجا هستیم تا به ابهام زدایی از موضوع و بحث در مورد ارزش آن در آموزش کودکان خردسال کمک کنیم!

هوش مصنوعی را می‌توان به سادگی توانایی رایانه‌ها و ماشین‌ها برای انجام کارهایی دانست که معمولاً به هوش انسانی نیاز دارند، مانند ادراک، یادگیری، حل مسئله و تصمیم‌گی کاربرد هوش مصنوعی برای کودکان  ری. با استفاده از مقادیر زیادی از ورودی داده، الگوریتم های هوش مصنوعی به طور مداوم برای شناسایی الگوها، پیش بینی ها و توصیه اقدامات آموزش داده می شوند.

آخرین باری که با یک چت ربات پشتیبانی کاربرد هوش مصنوعی برای کودکان  مشتری آنلاین تعامل داشتید یا زمانی که نتفلیکس توصیه کرد در ادامه چه چیزی را تماشا کنید را به یاد دارید؟ نمی دانستید که تمام هوش مصنوعی در کار است!

چرا کودکان باید A.I را یاد بگیرند؟

پسری که مفاهیم اولیه رباتیک را یاد می گیرد.

به گفته یونیسف، بیشترین تأثیر هوش مصن کاربرد هوش مصنوعی برای کودکان  وعی به احتمال زیاد روی کودکان خواهد بود. از یک طرف، همانطور که در مورد سایر مهارت های فناوری مورد تقاضا مانند علم داده وجود دارد، یک دلیل عملی برای یادگیری وجود دارد. در دنیایی که به سرعت در حال تغییر و تحول است و مبتنی بر فناوری، تجهیز کودکان به دانش و مهارت‌های هوش مصنوعی به اطمینان از قابلیت اشتغال و پتانسیل شغلی آنها در آینده کمک می‌کند.

از سوی دیگر، آموزش هوش مصنوعی به  کاربرد هوش مصنوعی برای کودکان  جوانان نیز حیاتی است، زیرا، حتی بدون دانستن آن، در حال حاضر حضور ثاب��ی در زندگی روزمره آنها دارد. از بازی‌های ویدیویی گرفته تا دستیارهای مجازی که بچه‌ها در خانه با آنها ارتباط برقرار می‌کنند، اغلب در معرض فناوری‌ها و دستگاه‌های مبتنی بر هوش مصنوعی هستند. این می تواند بر درک اساسی کودکان از چیستی هوش تأثیر بگذارد. بر اساس تعامل آنها با هوش مصنوعی، این یک تمایل رایج برای کودکان خردسال است که آنچه را که هوش مصنوعی می‌تواند به دست آورد، بیش از حد تخمین بزنند. بنابراین، آموزش هوش مصنوعی – اصول، کاربردها و حتی محدودیت‌های آن – در سنین پایین راهی عالی برای شروع تفکر انتقادی است و بچه‌ها را برای تبدیل شدن به مصرف‌کنندگان هوشمند فناوری آماده می‌کند.

بیشتر خواندن:

"برنامه نویسی برای کودکان"

"STEM برای کودکان"

بهترین سن برای A.I چه سنی است؟

چیزی نیست که نتوان آموخت. اعتقاد بر این است که حتی برای یادگیرندگان 3 ساله که می توانند کاوش هوش مصنوعی را به شیوه ای ساده و اساسی شروع کنند نیز صادق است. از کاربرد هوش مصنوعی برای کودکان  این گذشته، بچه ها یادگیرندگان سریع و کنجکاو هستند. با رویکرد و منابع مناسب، یادگیری هوش مصنوعی می تواند یک تجربه آموزشی بسیار سرگرم کننده و مفید برای کودکان در هر سنی باشد.

چگونه فرزندان من می توانند یادگیری A.I را شروع کنند؟

ممکن است تعجب کنید که چگونه فرزندان شما می توانند یادگیری A.I را شروع کنند. همانطور که به نظر می رسد یک "مفهوم دور". اما در واقعیت، برای بچه های  آموزش برنامه نویسی کودکان و نوجوانان این نسل، بچه ها توسط هوش مصنوعی احاطه شده اند. آنها باید بدانند که چگونه کار می کند تا ما.

بیشتر خواندن:

"کلاس کدنویسی برای کودکان"

1. برای کودکان زیر 9 سال

دختر بچه ای که ScratchJR را با آی پدش یاد می گیرد.

برای بچه‌های کوچک‌تر زیر 9 سال، کاردستی به کاربرد هوش مصنوعی برای کودکان  عنوان کارآمدترین ابزار در آغاز A.I توصیه می‌شود. مرحله یادگیری جیسون بوگ، روزنامه‌نگار و نویسنده «به‌سوی علم داده» توصیه می‌کند که A.I کوچک را با دست ساخته شود. کتاب با بچه ها به خانواده او کمک کرد تا A.I را یاد بگیرند. با پسر 40

2. برای کودکان 9-14 ساله

نوجوانی که با لپ تاپ خود پایتون را یاد می گیرد.

طبق یک A.I. برنامه ای که توسط Blakeley Payne، دستیار تحقیقاتی فارغ التحصیل در آزمایشگاه رسانه MIT، برای کودکان 9 تا 14 ساله ایجاد شده است، فعالیت های تعاملی است که به دانش آموزان کمک می کند کشف کنند که چگونه الگوریتم ها مهمترین عنصر هستند. فعالیت‌های پیشنهادی شامل «نمونه‌سازی با قلم و کاغذ» و بازی‌هایی مانند «بینگو» با کارت بود که به بچه‌ها برای یادگیری هوش مصنوعی توانمند می‌شود. در حین ساخت و بازی

از آنجایی که بلیکلی برنامه درسی را منبع باز کرده است، می توانید به آن نگاهی بیندازید و آن را به عنوان یک مرجع در راهنمای آموزشی او برای هوش مصنوعی کودکان موث�� Application of artificial intelligence for children  ظر بگیرید. کلیدهای یادگیری:

[chiefpiratepeach]

membuat game sendiri di aplikasi scratchJr

[codingcanvas]

Discover the Top 5 Coding Games 

That Makes Learning Fun for Kids

This new year, coding is becoming an essential skill for success in various fields. Recognizing this, many parents and educators are eager to introduce coding to children at an early age. However, traditional teaching methods can often be tedious and lack engagement. That's where coding games come in – making learning an enjoyable and interactive experience. In this blog post, we will explore the top 5 best coding games for kids, combining education with entertainment to cultivate a love for programming.

1. ScratchJr: Building Blocks of Code 

ScratchJr is an excellent introductory coding game designed for younger kids (ages 5-7). Developed by the MIT Media Lab, ScratchJr utilizes a visual programming language that employs colorful blocks to represent code elements. Through a simple drag-and-drop interface, kids can create their own interactive stories and games.

One of the key benefits of ScratchJr is its focus on creativity and storytelling. Kids can bring their ideas to life by programming characters to move, jump, and interact with each other. 

The game not only introduces coding concepts but also encourages logical thinking and problem-solving skills. By making coding a playful experience, ScratchJr lays the foundation for a lifelong interest in programming.

2. CodeCombat: An Adventure in Coding 

CodeCombat takes a unique approach to teaching coding by turning it into an adventure game. Geared towards children aged 9 and up, this platform engages kids in a quest-style game where they write code to control their in-game characters. With a variety of programming languages to choose from, including Python and JavaScript, CodeCombat provides a dynamic and real-world coding experience.

The game introduces coding concepts gradually, allowing players to develop their skills as they progress through levels. It also offers a multiplayer option, fostering collaboration and friendly competition among kids. CodeCombat successfully combines entertainment and education, making coding an exciting journey rather than a daunting task.

3. Robot Turtles: Board Game for Coding

For parents who prefer a hands-on, screen-free coding experience, Robot Turtles is an excellent choice. Designed for younger children (ages 4-8), this board game introduces the fundamentals of programming through a playful and tactile approach. 

Created by a software entrepreneur and inspired by the Logo programming language, Robot Turtles makes coding accessible to even the youngest minds.

The game involves guiding a turtle to its jewel using command cards, effectively teaching kids the concept of sequences and basic programming logic. As players progress, they encounter obstacles that require problem-solving skills to overcome. 

Robot Turtles not only teaches coding but also promotes critical thinking, making it a valuable addition to any young learner's educational toolkit. So, book your Free trails and join them to learn Robot turtles at their own pace.

4. Kodable: Fun with Fuzzballs 

Kodable is an engaging coding game that caters to a wide age range, starting from 4 years old and going up to 10. The game features adorable fuzzball characters that kids guide through mazes by writing code. With a curriculum aligned with coding standards, Kodable introduces concepts like loops, conditionals, and algorithms in a child-friendly manner.

One of the standout features of Kodable is its adaptability to different skill levels. As children progress, the game becomes more challenging, ensuring a continuous learning experience. Kodable mostly emphasis on problem-solving and logic makes it a comprehensive coding package for young learners, preparing them for more complex coding languages in the future.

5. Minecraft: Education Edition 

Minecraft: Education Edition takes the immensely popular game and turns it into a powerful tool for learning. Geared towards children aged 6 and up, this edition introduces coding through a block-based interface called Code Builder. With the ability to use either JavaScript or MakeCode, kids can program their own creations within the Minecraft world.

The beauty of Minecraft: Education Edition lies in its versatility. Whether kids are interested in building structures, creating interactive landscapes, or designing games within the Minecraft environment, they can do so while learning fundamental coding concepts. This integration of coding into an existing, beloved game ensures that kids are not just learning to code but are also applying their skills in a context they enjoy.

Incorporating coding games into a child's learning journey can ignite a passion for technology and problem-solving from an early age. The top 5 coding games mentioned above – ScratchJr, CodeCombat, Robot Turtles, Kodable, and Minecraft: Education Edition – offer a diverse range of experiences tailored to different age groups and learning styles. By making coding fun and accessible, these games set the stage for a future generation of tech-savvy innovators.

Here is your chance to Encourage children to embrace the world of coding through these interactive games and enroll them in Online Coding Classes to ensure that they not only acquire valuable skills but also develop a love for the limitless possibilities that technology can offer.

[pierrecarree]

Sratch Junior tactile, de la programmation version inclusion universelle

Sonia Marichal m’a signalé une ressource que je ne connaissais pas, et je crois bien que c’est une PEPITE !!! (Merci Sonia, tu es décidément incroyable) Alors voilà. Il s’agit de Scratch Jr Tactile. C’est un kit basé ScratchJr, version inclusion universelle. Le but, c’est de fournir un outil qui permet d’enseigner la pensée computationnelle à “TOUT le monde sans exception”. Scratch Jr Tactile…

[houseofedtech]

The Pros and Cons of Mobile Devices in the Classroom - HoET219

Feedback & Shout Outs (1:34)

I am thrilled to welcome Tech Tools for Teachers and Speaking with Students to the Education Podcast Network! These two new shows bring valuable perspectives and insights to the education community. Tech Tools for Teachers, hosted by Shanna Martin, offers practical advice and recommendations for integrating technology into the classroom. Meanwhile, Speaking with Students, hosted by Will Andresen, provides a platform for students to share their experiences and perspectives on education.

Congratulations to Mike Dodge, Sam Fecich, Chris Stuchko, Dan Gallagher, and Steve Chisnell for winning a t-shirt! I hope they enjoy wearing their shirts and spreading the word about the House of #EdTech. Thank you for your support and for being part of this community.

EdTech Thought (6:00)

My thought is a satirical critique of replacing human teachers with ChatGPT. I point out the absurdity of relying on a cold algorithm that spits out answers like a vending machine and can make witty jokes and puns. I used quotes from supposedly satisfied users of ChatGPT to highlight the negative consequences of using such a program, such as the lack of original thought and critical thinking. I end by mocking the idea of upgrading the personality of ChatGPT, implying that it is ridiculous to think that a machine can replace human teachers who can provide a personal connection and expertise.

Featured Content (8:32)

Mobile devices have become increasingly popular in education due to their ability to provide students with access to educational resources and tools anytime and anywhere. With the rise of mobile technology, students can now use their smartphones and tablets to access educational apps, e-books, online courses, and educational videos, among other resources. Mobile devices also offer teachers and professors the opportunity to provide personalized learning experiences and interactive activities that enhance student engagement.

One of the biggest advantages of mobile devices in education is their ability to promote digital literacy and 21st-century skills. Through the use of mobile technology, students can develop critical thinking, problem-solving, and collaboration skills, which are essential for success in today's workforce. Additionally, mobile devices can help bridge the digital divide by providing equal access to educational resources for students in remote or underprivileged areas. However, it is important to note that the integration of mobile devices in education should be done strategically and with proper planning to ensure that it aligns with the learning objectives and goals of the curriculum.

CLICK HERE TO GET A FREE CELL PHONE EXPECTATIONS POSTER

EdTech Recommendation (28:01)

For Elementary School:

Duolingo - (https://www.duolingo.com/)

Epic! - (https://www.getepic.com/)

Prodigy Math Game - (https://www.prodigygame.com/)

ScratchJr - (https://www.scratchjr.org/)

Khan Academy Kids - (https://learn.khanacademy.org/khan-academy-kids/)

For Middle School:

Quizlet - (https://quizlet.com/)

Google Classroom - (https://classroom.google.com/)

Photomath - (https://photomath.app/)

iCivics - (https://www.icivics.org/)

Grammarly Keyboard - (https://www.grammarly.com/mobile/keyboard)

For High School:

Khan Academy - (https://www.khanacademy.org/)

WolframAlpha - (https://www.wolframalpha.com/)

Evernote - (https://evernote.com/)

StudyBlue - (https://www.studyblue.com/)

Forest - (https://www.forestapp.cc/)

  Check out this episode!

[unicminds-codingforkids]

10 Games To Code in Scratch

[makers-muse]

At What Age a Child Should Start Coding?

The code rules the world. Coding gives life to technology; whether used in the apps we use daily or the movies we watch. As a parent, it’s natural to think if my child should learn how to code? If so, when?

Building the Blocks of Logic ( Age: 5–7 y/o):

Think coding is just for teenagers hunched over laptops? Think again! Young children explore naturally and there are plenty of amazing ways to introduce them to coding basics by playing around with toys. For instance, websites like ScratchJr have drag-and-drop facilities that come in various colors and children program nice characters that wander within very simple adventures. These fun experiences teach young kids about sequencing (giving instructions step by step) which is one of the basic principles of coding.

Leveling Up With Games And Challenges ( Age: 8–10 Y/O):

Entering elementary school leads to a surge of cognition in children, a time that is most ideal for introducing more structured coding programs such as Scratch. Scratch uses colorful blocks which represent coding commands, thereby allowing children to create animations, games and even interactive stories. It boasts an intuitive block-based format that inspires creativity and fosters problem-solving skills. Imagine if your child were to create their own animated adventure game- the possibilities are endless!

Diving Intro Text-Based Coding ( Age: 11–13 Y/O):

Benefits Of Coding Education:

The coding, apart from enabling cool applications or games, has its advantages. Take a look at what your kid can achieve with this valuable life skill.

Problem Solving Skills: Coding imparts the ability to children where they can divide a complex problem into small manageable steps.

2. Creativity Is Enhanced: With coding, kids bring their ideas to life in the digital world, leading to innovation and creative thinking.

3. Confidence Is Boosted: Self-esteem and accomplishments are built through mastering new challenges. For young learners, there is nothing that motivates them better than watching their code come to life.

4. Future Proofing: In today’s job market, coding skills are very important; therefore early exposure of one’s child to coding will enable them to have a strong foundation for their future academic success and career development.

Specific age should not be waited for when introducing your child to programming language. From basic logic puzzles to creating interactive games, there is an entire world full of exciting possibilities waiting to be explored. Fortunately, there are numerous resources suitable for different ages that will cultivate your child’s natural curiosity making him or her go down history as a miniature tycoon! Then why don’t you embark on this journey together? You may be amazed by the things your baby can do!

[shinobugaoka-houkago]

しのわくデジタルラボ

今��は、「しのわくデジタルラボ」の日常をお伝えします！

10月から、「つくる」をコンセプトにリニューアルしました。

『Scratch（スクラッチ）』『ScratchJr（スクラッチジュニア）』というプログラミングソフトで オリジナルのゲームやアニメを制作しています。（15分交代のルール下で）

低学年に人気なのは、アニメ制作。

好きなキャラクターを選び、プログラミングで動きを加えたり、セリフを言わせたり。 さすがデジタル世代！ 大人が教えなくても 直感的にコツをつかんで操作できています。

異学年で一緒に楽しむ姿も。 それぞれの得意分野があるので、教え合いながらオリジナルゲームを合作しています。

デジタルラボの「看板」も、プログラミングで作ったものを大画面に上映しています。

こちらの看板は、カラフルな鳥たちが縦横無尽に動くんですよ！ センス抜群ですね～ それを見て、別の子も負けじと作り始めます。

友だちから刺激をもらい、切磋琢磨する… 良きライバルは、案外すぐそばにいるのかもしれませんね。

またカッコイイ看板ができましたよ！

こちらは、『KOOV（クーブ）』というプログラミングブロック。

タブレット上に表れる指示どおりにブロックを組み立てると、 動いたり音が出たりして遊べるのですが かなり根気が必要で、途中で行き詰まってしまうことも…

最初はスタッフに助けを求めることの多かった子が 段々と一人で組み立てられるようになっていく姿から、成長を感じます。

２時間かけて作品を完成させた子も。 周囲の友だちやスタッフからも褒められ、達成感！

「ものづくりの世界」に没頭できる、しのわくデジタルラボ。 学校���教科ともまた違う分野なので、 本人さえ気付いていなかった 隠れた才能が見つかる場でもあります。 ここから未来のクリエイターが誕生するかも！？

[well-thats-interesting-tech]

The New Literacy: The Code generation

The New Literacy: The Code Generation. Matthew Cook speaks with the Raspberry Pi Foundation and ScratchJr about the future of coding, breaking stereotypes and how inclusivity in the playground can influence equality in the workplace.

No Moore Law Last year Editor of the MIT review David Rotman heralded a warning that we are not ready for the end of Moore’s Law “It has fuelled prosperity of the last 50 years. But the end is now in sight.” He suggests that our ability to miniaturise components thereby doubling transistors on a silicon chip every two years or so is coming to a decades long end, thus slowing down the exponential…