#online coding for kids

[unicminds-codingforkids]

[joybeantown]

IT WILL WORK OUT 🗣️

Filled with glee and wonders hes my fav :>

My kid icarus phase comes to haunt me but it did help with the hair

Still have requests open if theres an alt you'd like to see!

[arathergrimreaper]

I've also noticed an uncomfortable trend over the last decade of the only people telling me how to feel about my heritage or that I don't truly understand the black struggle tend to not be black at all. Tf is up with that? Mind your own.

[ducktracy]

HEY here is my Switch friend code for anyone who wants it! the only games i really play online are Splatoon and Mario Kart, but i’m trying to make an effort to be more accessible and open again so if anyone wants to add then feel free :)

[hua-fei-hua]

today i learned that we weebs are responsible for the existence of the .ass file type. #heritage

[fish-at-fish-fish-resort]

getting emotional about splatoon again. god. that fucking squid makes me feel things about my own life im crying all over my yogurt

[tothevines]

oh god I just remembered that when I was in D/s relationship with a farm boy we went to the farm supply store to buy a riding crop lmao 🥴😭💀

[alphabezciding]

coding classes for kids | Alphabez

Alphabez offers top-notch 'coding classes for kids,' igniting a passion for technology and innovation. Our company, Alphabez, is dedicated to nurturing young talents in a fun and educational environment. Join us to empower your child with essential coding skills that will shape their future. Alphabez - the trusted choice for parents seeking quality coding education for kids. Explore the world of coding with us, where learning is an exciting adventure. Enroll your child in Alphabez today for the best coding classes tailored for kids.

[enigma2meagain]

CODE RED!

Congress (specifically Dick Durbin) is trying to sneak in EARN IT Act copycat bills called the Cooper Davis Act and the (S.1199) Act into the must past National Defense Authorization Act because they know that these bills are incredibly unpopular and fatally flawed!

For a sense of what these bills are actually like, here's what similar bills like the EARN IT Act and Kids Online Safety Act's flaws are:

Despite the claims of not subjecting our data to privacy risks, the only plausible way that the system created by KOSA works is by creating an age-verification system, that would require children and adults alike to hand over even more of their private data to unreliable and under-scrutinized third party companies with vast databases. In other words, people would be forced to upload their government IDs to access the internet. This is the exact opposite of protecting children’s privacy and data. The risk of exposing our identities if they are ever compromised is too great. What would happen to trans people, those in abusive situations, the undocumented, and activists not just here but internationally? 

Through EARN IT, websites would essentially be made to become state actors and collect CSAM (Child Sexual Abuse Material). But by doing so, they basically make that evidence completely inadmissible in court due to violating the fourth amendment (unreasonable/unlawful search and seizure). In other words, not only are sexual predators more likely to run free, (which is the exact opposite of what they claim this bill will do), but this bill is actively asking to invade our privacy and gathering even more data on us despite claiming the opposite.

And these bills create an unaccountable committee that gets to dictate what constitutes as "harmful media", which can easily be used to silence LGBT media and enforce online censorship. They're shoving through TWO copycat bills under names that evoke "THINK OF THE CHILDREN!" onto a must pass bill to avoid any scrutiny, EXACTLY the same way that Richard Blumenthal tried to do the same thing back in Winter 2022!

Please help stop this; these bills could be forced in at any point between now and July 27th, and it'll be very difficult to get rid of them if they do get in! there is a script and phone numbers above.

[unproduciblesmackdown]

similar to the greentext stuff - i was visiting with my neighbors and their grandkids were around, and I said to this eight year old, "Hey, you wanna know something cool? I was playing the game when the Endermen came out." and his eyes went wide, like this kid looked like i told him i landed on the moon. His grandma thought it was really funny, and she said she has no idea what i'm talking about, but her grandbabies do, and that's incredible to her.

oh that's fun lmao, when minecraft & that update's existed for more than your whole life, and yknow being that young and like Next Year fr is this huge time scale away, a couple of years is a quarter of your life thus far and like maybe nigh half of the part of your life you actually have longterm memories for....i was checking out this dev's blog's archives about a:tdd's release in 2010 & in one entry they compared the implicitly Roughly concurrent release of Minecraft and i was like hey whoah. forever primarily being a game i've Heard Of more than any more direct exposure so i had no precise sense of [before minecraft release] [after minecraft release] Year 0 there but it's like for sure back in thee day when minecraft was a new thing, huh

[python-programming-language]

This is really a very helpful and big tutorial to learn the use of the code editor "Visual Studio Code" by Microsoft. You can watch it on the learning platform "Udemy" and if you are waiting for some time, it will be possible to purchase only around 15 Euros for this excellent tutorial.

Post #107: Udemy, Estefania Cassingena Navone, Visual Studio Code for Developers 2024, Beginner to Advanced, 2023.

[small-basic-programming]

Post #159: MIMO, Online coding website, app and community, programming and script languages: Python, SQL, Web Development, JavaScript, HTML, 2023.

[groovykingcat]

The Rise of Self-Paced Python Learning: Pros, Cons, and Best Platforms

Python is one of the most popular programming languages today, and learning it has never been more accessible. With the increasing demand for flexible learning, self-paced Python learning has gained massive popularity. Whether you are a beginner looking for the best resources to learn Python or a professional aiming to upskill, self-paced courses provide an excellent way to learn at your convenience. 

In this blog, we will explore the pros and cons of self-paced Python learning, the best platforms to learn Python online, and how Guruface stands out with its Python courses for kids and beginners. 

Why Self-Paced Learning is on the Rise? 

Traditional classroom-based programming courses have their benefits, but they often come with fixed schedules and rigid timelines. On the other hand, self-paced learning allows students to absorb content at their own speed, making it more practical for those balancing work, school, or personal commitments. 

With Python programming resources available online, learners can now access high-quality materials, practice exercises, and even AI-assisted tutoring, making learning more engaging than ever before. 

Pros of Self-Paced Python Learning 

Flexible Learning Schedule 

One of the biggest advantages of self-paced courses is flexibility. Unlike traditional classroom settings, self-paced courses allow learners to study at their convenience, making it ideal for working professionals, students, and even kids. 

Access to a Wide Range of Python Resources 

The internet is full of Python programming resources, from interactive coding platforms to video tutorials and documentation. Learners can choose the format that suits their learning style best. 

Cost-Effective Learning 

Many Python programming online courses offer affordable options, and some even provide free courses. This makes self-paced learning accessible to anyone interested in learning the Python language without spending a fortune. 

Hands-on Experience with Projects 

Most self-paced courses include real-world projects that help learners apply their skills. This is crucial for beginners looking to gain practical experience with Python programming for beginners. 

Revisit and Revise Anytime 

With self-paced learning, students can revisit course materials anytime they need a refresher. This is particularly useful when learning a complex topic in Python programming language for beginners. 

Cons of Self-Paced Python Learning 

Lack of Immediate Feedback 

One challenge with self-paced learning is the lack of real-time feedback. Unlike a live instructor-led course, learners may have to rely on forums or community support to get their queries answered. 

Requires Self-Discipline 

Without fixed deadlines, some learners may struggle with motivation. It is important to set personal goals and stick to a schedule when learning Python online at your own pace. 

Limited Interaction with Peers and Mentors 

Self-paced courses may lack the collaborative learning environment that comes with classroom settings. However, many platforms now offer discussion forums, mentor support, and live Q&A sessions to bridge this gap. 

Best Platforms for Self-Paced Python Learning 

If you are looking for the best Python programming course, several platforms offer excellent self-paced learning options. Here are some of the top choices: 

Guruface – Best for Beginners and Kids 

Guruface is a leading e-learning platform that provides structured Python courses designed for kids and beginners. Their courses include interactive lessons, hands-on projects, and expert mentorship to make learning Python engaging and easy. 

Why Choose Guruface? 

Beginner-friendly Python courses 

Step-by-step guidance with real-world projects 

Self-paced learning combined with expert support 

Ideal for kids and first-time learners 

Coursera – University-Level Python Courses 

Coursera offers Python courses from top universities like the University of Michigan and Stanford. These courses are self-paced but also provide certification upon completion. 

Udemy – Affordable Python Courses for All Levels 

Udemy has thousands of self-paced Python courses at affordable prices, covering everything from beginner to advanced topics. 

Why Guruface Stands Out 

If you are a parent looking for Python programming for beginners or a young student eager to learn coding, Guruface is a top choice. Their courses are designed specifically for kids and beginners, ensuring a structured learning path with engaging content. 

Key Features of Guruface Python Courses: 

Interactive lessons that make learning fun and engaging 

Self-paced yet structured learning for better comprehension 

Expert instructors providing mentorship and guidance 

Hands-on projects to gain real-world coding experience 

Kid-friendly approach to introduce programming in an accessible way 

Final Thoughts 

Self-paced Python learning has transformed the way people acquire programming skills. Whether you are an aspiring coder, a professional looking to upskill, or a parent searching for the best Python programming course for your child, self-paced learning offers flexibility, affordability, and accessibility. 

Guruface stands out as an excellent choice for beginners and kids, providing structured, engaging, and interactive courses that make Python learning easy and enjoyable. 

If you are ready to start your Python journey, check out Guruface’s Python programming online courses and take the first step toward mastering Python today.

[thecodelab]

Looking to kickstart your coding journey? The Code Lab has got you covered with their beginner-friendly online coding courses. Whether you're a complete novice or looking to refresh your skills, these courses are designed to cater to all levels of proficiency. Dive into the world of coding from scratch and unlock your full potential with interactive lessons and hands-on projects. Embark on this exciting learning adventure and watch your coding skills flourish with the support of The Code Lab's comprehensive online courses for beginners.

[cleveredlearning]

Jr. Data Scientist Programs and International Young Coders Program: Building the Next Generation of Tech Leaders

In a world increasingly driven by data and digital innovation, the demand for skilled professionals in fields such as data science and computer programming continues to rise. To address this growing need and to nurture talent from a young age, educational institutions and organizations around the world have begun offering targeted training programs like Junior Data Scientist programs and the International Young Coders Program. These initiatives aim to equip students with foundational skills in data science and programming, preparing them for future careers in technology and innovation.

The Rise of Early Tech Education

The digital age has ushered in a transformation in how we learn, work, and communicate. As businesses and institutions increasingly rely on data and software, the need for skilled data scientists, software developers, and coders is growing rapidly. To meet this demand, early education in data science and coding is being prioritized globally.

Junior Data Scientist programs and International Young Coders Programs are two key examples of this movement. These programs provide young learners with the tools, knowledge, and experience needed to begin their journeys into tech, often before they reach college or even high school.

Jr. Data Scientist Programs: Introduction and Goals

What is a Jr. Data Scientist Program?

A Junior Data Scientist Program is an educational initiative designed to introduce students, typically aged 10–18, to the fundamental concepts of data science. These programs aim to teach young learners how to collect, analyze, visualize, and interpret data using tools and languages such as Python, Excel, SQL, and R.

Goals of Jr. Data Scientist Programs

Develop data literacy from an early age.

Teach students critical thinking and analytical skills.

Provide hands-on experience with real-world datasets.

Introduce machine learning and AI concepts in a simplified manner.

Encourage problem-solving through data-driven projects.

Core Subjects Covered

Introduction to Data Science – What is data, types of data, sources of data.

Python Programming – Basic coding, libraries like Pandas, NumPy, and Matplotlib.

Data Visualization – Creating graphs, charts, and dashboards.

Statistics and Probability – Foundational math for data science.

Mini Machine Learning Projects – Basic supervised learning models.

Ethics in Data Science – Understanding data privacy and responsible use.

Key Features

Interactive lessons with visual and engaging content.

Capstone projects such as analyzing sports statistics or building a recommendation system.

Gamified learning platforms to maintain interest.

Certification upon completion, valuable for future academic pursuits.

International Young Coders Program: Introduction and Scope

What is the International Young Coders Program?

The International Young Coders Program (IYCP) is a global initiative that seeks to connect young learners with coding skills through structured, often collaborative, educational programs. These programs range from online bootcamps and workshops to international coding competitions and exchange programs.

Designed for learners aged 8–18, the IYCP aims to cultivate a global community of young innovators who can speak the language of code and collaborate across cultures.

Objectives of the International Young Coders Program

Introduce coding in a fun, engaging way.

Build logical reasoning and algorithmic thinking.

Encourage teamwork through collaborative coding projects.

Connect students with mentors and peers from other countries.

Promote inclusivity by offering access regardless of location or economic background.

Skills and Languages Taught

Scratch and Blockly for beginners.

Python and JavaScript for intermediate learners.

Web development (HTML, CSS, JS).

App development using tools like MIT App Inventor or Thunkable.

Game design and AR/VR basics for advanced participants.

Program Structure and Formats

Both Jr. Data Scientist and International Young Coders Programs typically follow similar structures, with some tailored differences based on age and skill levels.

Formats Offered

Online Courses – Self-paced modules with interactive quizzes and videos.

Bootcamps – Intensive short-term programs during school vacations.

Weekend Workshops – Regular sessions focusing on specific tools or languages.

Hackathons & Competitions – Encourage creativity and problem-solving under time constraints.

Mentorship Programs – Connect students with professionals in the field.

Curriculum Design Principles

Project-based learning: Each concept is tied to a real-world application.

Progressive skill-building: Content gradually increases in difficulty.

Community-focused: Emphasis on peer interaction and global communication.

Recognition and incentives: Certificates, badges, scholarships, and prizes.

Global Impact and Accessibility

Why These Programs Matter Globally

Democratization of technology: Making advanced tech education available to everyone, regardless of location.

Bridging the digital divide: Providing opportunities for students in underrepresented and underserved regions.

Fostering innovation: Encouraging young minds to think creatively and build solutions for real-world problems.

Notable Initiatives

Google’s CS First: Free coding curriculum for kids.

IBM SkillsBuild for Students: Offers data science and coding education.

UNICEF's Innovation Fund: Supports early tech education in developing nations.

TuringLab, UK: Offers courses specifically for teenage coders and data scientists.

Young Data Scientists Program (YDSP): An international initiative blending virtual learning with global competitions.

Benefits to Students

Academic Advantages

Early exposure to STEM subjects increases interest and confidence.

Provides a solid foundation for future coursework in computer science or data analytics.

Enhances college applications with certifications and project portfolios.

Career Readiness

Develops practical, in-demand skills.

Encourages exploration of career paths like data analyst, machine learning engineer, or software developer.

Boosts confidence through real-world challenges and achievements.

Soft Skills Development

Problem-solving and analytical thinking.

Communication skills, especially when presenting projects.

Teamwork and collaboration across cultures.

Challenges and Considerations

Despite their benefits, these programs also face certain challenges:

Access and Equity: Not all students have access to high-speed internet or computers.

Curriculum Overload: Balancing technical learning with school responsibilities can be challenging.

Consistency in Standards: Different programs may offer varying quality of instruction.

Solutions and Suggestions

Increase funding for tech in schools, especially in rural or underfunded areas.

Develop mobile-friendly platforms and offline learning kits.

Establish global curriculum guidelines for consistency.

The Future of Jr. Data Scientist and Coding Programs

As technology continues to evolve, these programs will likely expand in scope and depth. Here’s what we can expect:

Integration with AI and Robotics: Programs will start to introduce more advanced topics earlier.

Global Collaborations: More opportunities for students to work with international peers on real-world projects.

Credentialing and Pathways: Recognized pathways from these programs into higher education or tech apprenticeships.

Gamification and AR/VR: Engaging students through immersive technologies.

Conclusion

Junior Data Scientist programs and the International Young Coders Program represent a significant shift in how we approach education in the digital age. By empowering young minds with the skills needed for the future, these initiatives not only prepare students for successful careers but also inspire a generation of thinkers, builders, and leaders. In a world where data and code are the new currencies of innovation, investing in early tech education is no longer optional—it’s essential.

Whether you’re a student, parent, teacher, or policymaker, supporting and participating in these programs is a step toward a smarter, more inclusive, and more innovative tomorrow.