#codemonkey

[richardtheteacher]

Leveraging Coding Games to Enhance Classroom Learning: A Teacher's Guide

Richard James Rogers, Award-Winning Author and Educator, describes ways in which teachers can leverage coding games to enhance classroom learning.

A blog post by Richard James Rogers (Award-Winning Author of The Quick Guide to Classroom Management and The Power of Praise: Empowering Students Through Positive Feedback). This blog post has been beautifully illustrated by Pop Sutthiya Lertyongphati. With the growing educational environment today, a teacher is always in pursuit of a new way to make student learning more interactive and…

[1111um]

Oh. That's Gore. that's gore of my comfort character.

[videoworm]

the absolute last thing i want to see in a coding tutorial video is someones facecam. even less someones frickn home studio setup and 30 heavily edited effects. bruh just explain clrealy and quickly. without distractions. thats all anyone wants

[over100celebrities]

Happy Birthday to voice-over giant Dana Snyder from AQUA TEEN HUNGER FORCE, YOUR PRETTY FACE IS GOING TO HELL, and THE THUNDERMANS among other super-cool TV shows! 🎂

[bayesic-bitch]

I feel like computer science has one of the the largest gaps between its teachers and its student of any field I've seen. Like undergrad physics majors are basically baby physicists, they do heavy derivations and like math and want to understand the world from first principles. Undergrad mathematicians are learning to care about rigor and build things up from first principles. Undergrad engineers have the same kind of pragmatic focus on efficiency that seasoned engineers do.

CS professors are either mathematicians or hacker/engineer types, and undergrad CS majors largely seem to be codemonkeys in training who are scared of math. Like it is so bizarre to me that we have people doing foundational work in logic and proof theory teaching classes to people who get scared when they see an inequality and want to cash out and write Javascript for 6 figures. What even is this field?

[6qubed]

because AAA game industry is run by shitheads who think "more graphics" = "better game sales", and so they push that like it's the silver bullet solution

I’m annoyed because I got the Master Chief Halo collection on sale…

“That’s good!”

…But they don’t let you download each of the six games in the collection separately. It’s a 132 gigabyte download even if I just want to play the first Halo.

“That’s bad.”

[dramarising-replacement]

Staff is so up their own butt about the whole "we dont force our employees (undel) to stay up at odd hours to flip a manual switch for festivals/events (even though there's no logical reason why undel is the only one who can do it to begin with). we are the best employers ever and we are amazing for not employing crunch. Oh by the way, whatever codemonkey we actually bother hiring is going to have to be on call 24/7 uwu hyperflexible scheduling that we're allowed to change on a whim mandatory" like sorry but insisting on festivals and events being manual switch only isn't a flex if you're going to somehow try and incorporate it into fart huffing about what amazing employers you are lol you could easily code it to be automated and put on a timer. no need to wax poetic about how anti-crunch you are for brownie points

[legacyofthedamneddsaf]

hey, psst, don't tell the mods i'm posting while they're in the middle of a planned event, but i've been working out a custom desktop theme for the blog! it's still under construction, so PLEASE shoot an ask if anything breaks! and, you know, just shoot an ask in general!

love from arden, the lotd codemonkey <3

[makers-muse]

CODING FOR KIDS WITH SPECIAL NEEDS

The world of coding can be scary, with obscure symbols and complicated logic. What if we told you it might be a creative and problem-solving playground for children with special needs? Intrigued? Buckle up, because we’re going to discover the thrilling world of adaptive coding strategies!

Here’s how coding transforms into an inclusive playground:

Block-based coding language: Scratch, Blockly, and Codemonkey Jr, these drag-and-drop interfaces make coding more visual and intuitive, which is ideal for children who struggle with traditional text-based coding. Imagine making colorful animations with just a few clicks!

Voice-activated coding: Speech recognition software allows children with physical restrictions to code using voice commands. This enables kids to contribute and express their creativity via code.

Gamification: Gamifying learning makes it more enjoyable and inspiring. RoboGarden, for example, turns coding into a game in which children solve puzzles and accomplish challenges, thus fostering problem-solving abilities in a fun way.

Physical computing: Makey Makey and Sphero robots are two examples of tools that help to connect the digital and physical realms. Coding becomes tangible and interesting for kids when they can program their robots to overcome difficulties or make their own musical instruments.

Multisensory learning: Multisensory learning environments are very beneficial for kids with special needs. Interactive coding exercises that combine visual, tactile, and audio components improve learning and memory. Through the combination of physical building and programming, interactive coding toys such as Botley the Coding Robot or LEGO Education SPIKE Prime offer a hands-on learning experience.

Several initiatives have successfully implemented adaptive learning techniques to teach coding to kids with special needs:

CoderDojo’s Autism Pilot Program: The international network of coding clubs CoderDojo has introduced a trial program, especially for kids with autism. Through the use of customized support, visual aids, and sensory breaks, the program established a warm and inviting atmosphere in which kids could flourish.

Tech Access: TeachAccess promotes accessible and inclusive design in technology-based learning. Their materials and training courses give teachers the skills and resources they need to design coding curricula that are accessible to learners of all skill levels.

Apple’s Everyone Can Code Curriculum: All students can benefit from inclusive and accessible coding instruction thanks to Apple’s curriculum, which includes activities and materials designed specifically for students with disabilities.

Remember: It’s all about finding the correct match! Investigate multiple coding platforms, try out new strategies, and celebrate little wins. There is no one-size-fits-all solution, so customize the learning experience for your child’s individual needs and interests.

Coding is more than just building snazzy websites or mobile apps. It is about developing problem-solving abilities, promoting creativity, and instilling confidence. By embracing adaptive learning methodologies, we can provide access to this exciting world for all children, empowering them to become future coders, inventors, and innovators.

[system-architect]

4 and 8 for Plex!!

What would the final straw that would convince them to (attempt to) leave?

ah man.. plex is pretty Entrenched is the thing. i think either his dad re-appearing and personally pulling him out (probably by force tbh), his best bud haffa (who is the scientist he very Technically works under) deciding to leave, or his lab's director managing to scare the bejesus out of him bad enough that he simply decides 2 go into hiding LMFAO

How valuable (/replaceable) of an employee are they?

Haha. Lol. Ha Ha. i think plex has.. is it twice now...? maybe three times?? already been threatened with getting replaced/terminated/forcibly reassigned to another project (or to uh, the grave) for being generally sort of nosy or disruptive. he's very much a replaceable ACME codemonkey-- he's really talented for sure and is starting to grow more Now but generally speaking he's just been bounced around between labs and projects constantly because he's just kind of seen as a completely interchangeable object to shuffle around

[education30and40blog]

CodeMonkey: How to Use It to Teach Coding | Tech & Learning

See on Scoop.it - Education 2.0 & 3.0

CodeMonkey makes coding for kids fun and engaging.

[gixorn]

Started on a turn based tactical strategy game in Unity based on the course from CodeMonkey. I am about 50% done.

[gowtham-gowtham]

Top Learning Toys for Kids That Spark Creativity and Fun

In today’s fast-paced digital age, finding the perfect balance between fun and learning for kids can be challenging. Thankfully, learning toys offer a way to make education engaging and exciting. Let’s dive into some of the best options that not only entertain but also educate.

The Role of Learning Toys in Child Development

Why Learning Toys Are Essential

Enhancing Cognitive Skills

Learning toys are designed to stimulate children’s brains. Puzzles, for instance, improve problem-solving abilities, while memory games enhance concentration and focus.

Encouraging Imaginative Play

Pretend play sets like kitchen toys or superhero costumes let kids unleash their imaginations. They create stories, explore scenarios, and develop a sense of empathy as they pretend to step into someone else’s shoes.

Balancing Fun and Education

The best learning toys strike the perfect balance—they’re fun enough to captivate kids’ attention and educational enough to make an impact on their development.

Benefits of Learning Toys That Spark Creativity

Building Problem-Solving Skills

Toys like puzzles or construction sets challenge kids to think critically and solve problems independently.

Encouraging Collaboration and Teamwork

Group activities, such as building projects or board games, teach kids how to work as a team.

Boosting Confidence in Kids

Learning toys empower kids by showing them that they can create, build, or solve problems on their own.

Features to Look for in Educational Toys

Age-Appropriateness

Ensure the toy aligns with your child’s developmental stage. A toy that’s too advanced can be frustrating, while one that’s too simple may not hold their attention.

Durability and Safety Standards

Always opt for toys made from non-toxic, child-safe materials. Durable toys withstand rough play and last longer.

Versatility in Learning

Choose toys that offer multiple ways to play, ensuring your child doesn’t lose interest quickly.

Best Learning Toys for Different Age Groups

Toys for Toddlers (1–3 Years)

Building Blocks

Simple yet effective, building blocks teach toddlers about shapes, colors, and basic engineering principles while improving their motor skills.

Interactive Musical Toys

Musical toys spark joy while helping toddlers recognize sounds and rhythms. They’re also great for developing auditory skills.

Toys for Preschoolers (3–5 Years)

Pretend Play Sets

Whether it’s a dollhouse, a mini grocery store, or a doctor’s kit, pretend play sets encourage role-playing and social interaction.

Puzzle Games

Age-appropriate puzzles improve spatial reasoning and fine motor skills, while also being a fun challenge for young minds.

Toys for School-Age Kids (6–10 Years)

STEM Kits

Science kits, robotics kits, or coding games make science and technology exciting, giving kids hands-on experience with key STEM concepts.

Art and Craft Kits

From painting sets to DIY jewelry kits, these toys let kids express their creativity while enhancing fine motor skills and concentration.

Learning Toys That Encourage Creativity

Art and Craft Supplies

From sketchbooks to clay modeling kits, these tools unleash your child’s imagination.

Musical Instruments for Kids

Mini keyboards, ukuleles, or drums introduce kids to the world of music and rhythm.

STEM Toys for Budding Innovators

Robotics Kits

Introduce kids to the basics of engineering and programming with beginner-friendly robotics sets.

Coding Games and Apps

Games like Osmo or CodeMonkey make learning coding fun and interactive.

Outdoor Learning Toys for Active Kids

Gardening Kits

Kids can learn about plants, soil, and sustainability while cultivating their own mini-gardens.

Outdoor Adventure Kits

Bug-catching kits or binoculars turn a backyard into an exciting science expedition.

How to Choose the Best Toy for Your Child

Matching Interests and Hobbies

Consider your child’s natural inclinations—whether they love drawing, building, or exploring outdoors.

Focusing on Longevity and Value

Invest in toys that grow with your child or offer various ways to play.

Tips for Encouraging Creative Play

Letting Kids Lead the Play

Allow kids to use their imagination without strict guidelines. Sometimes, unstructured play leads to the best learning moments.

Balancing Screen Time with Hands-On Toys

While educational apps have their place, make sure kids also engage with tangible toys for a balanced learning experience.

Conclusion

Learning toys are more than just playthings—they’re tools that nurture creativity, curiosity, and critical thinking in kids. By choosing the right toys, you can make playtime both fun and educational. So, the next time you’re shopping for toys, remember: the best ones are those that spark joy and ignite a love for learning.

[enby-denby]

This is something I have been thinking about a lot while writing TEDC, how rare programming and other computer-literacy skills are going to be in the future. To be a codemonkey in my cyberpunk dystopia is essentially the same thing as being a wizard in most fantasy stories: you have rare, esoteric knowledge that can reshape reality.

this can't be true can it

[the-today-man]

🚀 Unlock Your Child's Potential with the Best Coding Courses for Kids! 🚀

Is your child curious about the digital world? Give them a head start with our top-rated coding courses for kids! 🌟

🔍 Why Choose Us? 👩‍💻 Expert-led interactive sessions 🎮 Fun and engaging projects 🏆 Proven results – boost creativity and problem-solving skills

Concerned about screen time? Rest assured! Our courses strike the perfect balance, making learning enjoyable and educational.

[mealswildride]

Capstone Research: What Kitchen Chaos Taught Me.

A majority of my semester has been spent following a 11 hour YouTube guide on building CodeMonkey's cooking game Kitchen Chaos from the ground up. While the making process has been a huge amount of doing, I feel that this tutorial is equal parts observation. I feel that the video is the kind of thing that you don't actively think about, but are constantly responding to. So much of those hours were spent going out of our way for the sake of doing more complicated steps that would not pay off for hours. The first four hours of the video, for that matter, are spent really just putting scripts together with very infrequent tangible products. After leading in with the player movement, there is a dry spell in "things you make the game do" until about the halfway mark. But, like that, your game goes from hardly functional to the core mechanics, and the most remarkable part of that is that its the difference of maybe 100 lines of code. That shouldn't be possible, but it really is just reference upon reference to all the more complicated junk you've just written, but handled in a way that is so comprehensive and organized, that, to a beginner, it is actually easy to understand what you are looking at. I don't think the tutorial taught me how to make scripts for my own games, given that if I tried to right now with no reference I'd be utterly helpless, but I think that the principles it has taught me are going to affect every piece of code I ever write going forward.