Some people believe that coding will be obsolete in the next decade. They believe that with the development of AI technologies, the need for human developers will no longer exist. However, many everyday essentials require code, so it’s unlikely that coding (or the developers that write it) will ever go extinct!

But, it may not always be obvious how code is being used around you. We take a lot of these everyday things powered by code for granted. It’s especially important for kids to understand so they can interact safely with the world around them. When kids ask how code is used, point out these 10 things that don’t work without code. It’s a great time to emphasize how important coding is to the world around us!

10 Everyday Essentials that Depend on Code

1. Internet
2. Social media
3. Smartphones
4. Email
5. Streaming
6. Game consoles
7. Tablets
8. GPS & Navigation
9. Video conferencing
10. Smart assistants

1. Internet

The internet is an obvious one! We use the internet every day at home, at work, and on the go. In 2024, internet users globally spent an average of six hours and 36 minutes online daily (Statista). What are we using the internet for? Social networking, finding information, watching videos, shopping, and much more. The internet powers more than websites though, it’s also a larger network infrastructure that allows various services emails, games, file sharing, and more. 

The internet is built on a foundation of code, so without code, there is no internet. Code underpins internet protocols like HTTP, TCP/IP, and DNS to enable communication between devices. Programming languages like HTML, CSS, JavaScript, which we teach in our coding classes, create websites and interactive user experiences. As coding languages improve, the internet has become faster, more accessible, and scalable.

2. Social media

Social media is a place for people to share information, connect, and communicate online. It has allowed us to access information in real-time and build relationships with people and brands in a more personal way. All social media platforms, like Instagram and Facebook, are entirely built on code. 

Whether they’re websites or apps, social media doesn’t exist without code. Algorithms and artificial intelligence help personalize the experience on social media and show users content based on their preferences and interests. Code also ensures photos, videos, and posts are stored and delivered efficiently so we can browse and scroll without interruption.

3. Smartphones

Smartphones revolutionized communication starting in the early 90’s and have become ubiquitous in modern society. Even among children, smartphone usage is pervasive. For example, over half of children in the U.S. have their own smartphone by the age of 11. A smartphone differs from a cellphone in that it has more advanced features, including web browsing, software applications, and a mobile OS. The modern smartphone can accomplish tasks like video conferencing, biometric scanning, augmented reality, and more. 

These “smart features” are all written by developers in various coding languages. Smartphones combine the functions of several traditional devices such as a computer, a camera, and a telephone, into one compact device. These connections are powered by code.

4. Email

Our lives have been improved significantly by having the fast and convenient communication of email. We can stay in touch with family and friends as well as keep up with business in a cost-effective manner. Email saves time and money on printing, postage, and delivery and has revolutionized how we communicate and keep records.

Email platforms are all internet-based and therefore use code. Certain code protocols are specific to emails like SMTP, POP, and IMAP for sending and receiving messages. There are also security protocols to ensure your secure and private communications. 

5. Streaming

A streaming service is an online platform that allows users to watch or listen to content over the internet, without having to download it. What’s great about streaming is the speed and the flexibility of being able to consume media. Services like Netflix and Spotify have transformed how we consume content and entertainment from binge-watching to on-demand.

Streaming services are built on code and every aspect of the platform will use code. Developers use programming languages like Python, Java, and JavaScript to handle tasks on the platform that provide a seamless experience for users. This includes video encoding, data analysis, user interface design, content delivery, and complex algorithms. Code is used to deliver the content and personalize recommendations on the platform. 

6. Game consoles

A game console is a device that allows users to play video games on a screen. The console can usually be connected to a television or some are handheld with a built-in screen. Popular consoles today include the Playstation, Nintendo Switch, and Xbox. Game consoles are similar to computers and are designed specifically to deliver a great gaming experience.

Even the original game consoles like Nintendo relied heavily on using code. The difference being that those consoles used very low-level code that had limited processing power and memory. Since then the technology in gaming consoles has developed to more high-level languages. Today’s consoles use powerful game engines and are supported on multiple platforms due to the evolution of coding. Code is used to render realistic graphics and animations. 

7. Tablets

Tablets are portable touchscreen devices that fall somewhere in between a smartphone and a computer. Tablets were originally created as smaller, mobile laptops. The iPad created a new category of devices and revolutionized the way people could interact with digital content. For kids, tablets have made play and education so convenient and easy on-the-go.

The hardware design was a large part of the popularity of the tablet, but the operating system and applications found on your tablet are written using code. Code is also the foundation of the tablets’ accessibility. They have a variety of features that can be customized to meet the needs of people with different abilities. For example, screen readers can help the visually impaired by reading out the text, menus, and icons on the screen, allowing users to interact with the device without seeing it. 

8. GPS & Navigation

GPS (Global Positioning System) and navigation provide us with real-time directions using satellites. A system of 30+ navigation satellites circling Earth regularly emit signals that are picked up by our phones. When you use Google Maps or Uber, your phone (or other GPS receiver) calculates the distance to the satellite to determine your location. 

While GPS is independent of the internet, it is still code-based. The most commonly used language is Python, particularly in conjunction with Geographic Information Systems (GIS) where it’s used for tasks like spatial analysis, data manipulation, and visualization. There are also algorithms that calculate the best, fastest routes based on real-time traffic data.

9. Video Calls

Video calls have become ubiquitous after the global pandemic. They use the internet to facilitate live communication through audio and video. We now make video calls on our computers, phones, and tablets. Video calls are used personally and professionally, for everything from entertainment to education. It’s a way for people to connect globally, face to face.

In apps like Zoom and Microsoft teams, code ensures smooth video and audio transmission between callers. Privacy is also an important part of video calling, so there is encryption code to protect user data during calls. Tools like screen sharing and virtual whiteboards have made collaboration and creation a unique part of video calls.

10. Smart assistants

Smart assistants, like Siri and Alexa, are developed using artificial intelligence to respond to voice commands and perform tasks. They make life easier by helping us with things like grocery shopping, finding new information, and making daily routines more efficient.

Code is used to implement the AI, respond to queries, and perform actions in smart assistants. Algorithms enable the AI to adapt to user preferences over time. Code is also what connects the smart assistant to other devices and apps. 

The Impact of Code on Our Lives

Could we live without code? 

Of course, there was a time when we did. But in the 21st century, technologies based on computer science have had a profound impact on our lives and it’s hard to imagine life without it.

Communication has been transformed.

Connecting with friends and family through email, instant messaging, and video calls wouldn’t be possible without code. We have more access to information than ever on the internet and through social media. We’ve been able to connect globally in an instant.

Improved existing industries.

Industries like healthcare, finance, and manufacturing have made improvements in leaps and bounds using new technologies. In healthcare, code powers diagnostic tools, medical devices, and health monitoring apps. Through these technologies, they are able to personalize medical care and improve outcomes.

Enhanced education and learning.

E-learning platforms, educational apps, and virtual classrooms have made education more fun, accessible, and individualized. Kids can now learn at their own pace with lessons tailored to their individual needs. 

Explore Coding for Kids

As you can see, code is all around us and powers many of the technologies we use every day. Even for kids who don’t want to make coding a career, it’s a useful and beneficial skill to have. 

Learning live with expert instructors is one of the best ways for kids to develop this essential skill. Our online coding classes introduce kids to coding in a fun and engaging way. Kids, ages 8-18, can learn programming languages like Scratch and Python through a project-based curriculum that keeps them motivated.

Join our top-rated coding classes for kids. 

The post 10 Everyday Essentials That Depend on Code appeared first on CodeWizardsHQ.

Ever since STEM was coined by the National Science Foundation in 2001, the U.S. has aimed to expand and improve STEM education. STEM isn’t just a buzzword though, educating our students in STEM has surprising benefits for individuals, communities, and the global economy.  

As a result, the value of a STEM education goes far beyond the classroom. It’s so important that there have been national initiatives to increase STEM proficiency among US students. 

Besides the obvious technical skills students gain, let’s discuss 10 surprising benefits of STEM education.

What is a STEM education? 

STEM is an acronym for “Science, Technology, Engineering, and Mathematics”. STEM education is an interdisciplinary approach to learning that focuses on applying these subjects to solve real-world problems through hands-on, project-based learning. Studying STEM equips students with skills essential for excelling in the 21st-century regardless of whether they go into STEM fields. It also prepares them for rapidly changing technology and advancements in various fields.

Science includes fields such as biology, chemistry, physics, and environmental science. These fields focus on understanding the natural world through observation, experimentation, and analysis. For students, science encourages curiosity about phenomena and fosters evidence-based reasoning. 

Technology includes topics like computer science, programming, digital literacy, and robotics.

In technology fields, students study and application of tools, systems, and software to solve problems. Unlike pure science, which focuses on research and understanding natural phenomena, technology focuses on using that knowledge to create practical solutions.

Engineering teaches the design, building, and maintenance of structures, machines, and systems. Students use their creativity and innovation to address challenges like sustainability and infrastructure development. Engineering has a foundation in science and uses technology, like computer-aided design (CAD), as a tool to solve problems.

Mathematics is the science of numbers and their operations, interrelations, combinations, generalizations, and abstractions. Learning math helps students develop logical reasoning, problem-solving, and quantitative analysis skills as well as understand and apply patterns, data, and formulas. Math forms the foundation for other STEM topics and many advancements in technology, engineering, and scientific discoveries.

STEM education encourages students to approach problems methodically, analyze data, and test hypotheses. This framework of thinking, developed as they study the core disciplines, is then transferable to other areas of life.

The State of STEM Education in the US

The state of STEM education in the United States is important because we need to prepare future generations with technological expertise. Unfortunately, the U.S. appears to be falling behind other countries like Japan and China. The cumulative data points to this including low international rankings in Math and Science, more than 1 million unfilled STEM jobs, and low access to STEM education. 

Several factors stand in the way of improved STEM education, such as costs, accessibility, equity, and qualified instructors. Technology and programming are just one example. According to Code.org, only 60% of public high schools currently offer foundational computer science. This is even lower for middle and elementary schools, so students are forced to seek outside activities and classes to learn STEM skills. In other countries, particularly Europe and East Asia, coding is a core topic and students are taught the basics in primary school.

Without STEM education, we experience a skills gap in the workforce, difficulty adapting to technological change, reduced problem-solving, and much more.

10 Surprising Benefits of a STEM Education

Why consider STEM education for your child? Familiarity with STEM topics is beneficial even for elementary school students. STEM activities nurture kids’ curiosity, encouraging them to ask questions, experiment, and discover the world around them.

These surprising benefits make a STEM education worthwhile and important for kids:

1. Build Resilience and Adaptability

STEM projects often involve trial and error. By learning to embrace failure as part of the process, students develop resilience and adaptability. These are the qualities essential for thriving in a rapidly changing world. When met with difficult challenges, STEM students have resilience and are able to keep pushing forward despite setbacks. 

In coding, kids build resilience through debugging code errors. They apply a problem-solving and critical thinking framework to find a solution and learn not to give up along the way. Our students take pride in overcoming difficult situations and being successful in the end.

2. Improve Technical literacy

An education in STEM equips students with the foundational skills, knowledge, and the right mindset to engage with technology and its applications. It means kids won’t be scared of technology or be taken advantage by it.

Once our students start to understand coding and how programs work, they are able to see how programming is being used all around them. They approach technology with a better understanding, can type and communicate better, and easily adopt new technology.

3. Prepare for the Workforce

STEM careers often come with competitive salaries and job security. According to U.S. News, eight of the top 10 STEM jobs come with annual salaries above $100,000. Fields like software development, engineering, data science, and biotechnology are among the highest-paying professions globally.

Even without going into a STEM field, kids develop skills like problem-solving, critical thinking, and teamwork that apply to jobs in any field. 

4. Economic Growth and Job Creation

The demand for STEM professionals continues to grow. According to the U.S. Bureau of Labor Statistics, STEM jobs are projected to grow 10.4% between 2023 and 2033, compared to 3.6% in non-STEM jobs. By fostering STEM education, we prepare students to fill these important jobs while driving economic progress.

Many STEM fields require specialized technical skills, and STEM education aligns with industry needs by teaching students to use professional-grade tools, software, and methodologies. This preparation ensures that students are ready to contribute to the workforce.

5. Drive Technological Advancements

STEM education fuels technological innovation which improves quality of life. Not only that, it contributes to technological advancements from medical breakthroughs to renewable energy solutions. STEM graduates often lead advancements that benefit society as a whole.

With coding, humans have been able to create new technologies like the internet, robots, and artificial intelligence. Our students have all kinds of ideas for things they would like to invent and with the coding and STEM skills, they can do it.

6. Promote Inclusivity and Diversity

Efforts to make STEM accessible to underrepresented groups—such as women, minorities, and economically disadvantaged students—help bridge social gaps. A diverse STEM workforce brings varied perspectives, driving creativity and innovation.

Our students are worldwide and I am always learning new things about their different cultures and interests. Our group classes allow kids to work together and experience new ideas together. Kids are exposed to a diverse range of their peers.

7. Encourage Curiosity and Exploration

Children are naturally inquisitive and like to explore. STEM activities nurture this curiosity, encouraging them to ask questions, experiment, and discover the world around them. STEM is hands-on in nature and encourages kids to 

During class, kids are encouraged to ask questions and go beyond the lessons. Students who want to do personal projects can use the CodeWizardsHQ platform to host their files and launch their own programs. 

8. Bridge the Gender Gap

There is a large gap between the number of men and women in the STEM fields. Women are underrepresented, holding less than 30% of science and engineering jobs worldwide. Encouraging girls to engage with STEM from an early age helps close this gap, fostering a more inclusive workforce.

More women in STEM as role models will motivate young girls to pursue a STEM education as well. We hire a diverse set of instructors, including men and women, to teach our students, bringing their unique experiences and perspectives. 

9. Encourage Lifelong Learning

STEM instills a growth mindset, motivating individuals to continually learn and adapt. This mindset is crucial in a world where technological advancements require ongoing upskilling. 

Kids must become lifelong learners in order to work with technology and coding. We teach our students that programmers don’t learn a language and stop learning. The languages themselves evolve and so they must too. Good programmers stay up to date on the latest technology and standards which means a lifetime of continuous learning. 

10. Promote Entrepreneurial Skills

Being entrepreneurial is about being a problem-solver, a clear communicator, a team leader, a visionary, taking risks, pursuing a passion, and so much more.

Many STEM graduates have the skills to become innovators and launch businesses that drive economic growth and technological advancement. Besides the technical skills, they also possess the soft skills to build relationships and manage projects.

These 26 reasons learning to code benefits kids also applies to other STEM topics.

Explore Coding as a Part of Your STEM Education

Coding is a STEM topic that gives kids all of these benefits and more. Our students are developing these skills as they learn to code, so they will be well-prepared for a tech-focused future.

If your child is interested in exploring STEM in a fun and engaging way, coding could be right for them. In our top-rated coding program, kids and teens build projects and advance their skills in every class. Elementary school students start their journey with Scratch while middle and high school students learn Python first. Not only will kids acquire pro-level coding skills, they will gain the benefits of a STEM education.

Get to know our top-rated coding classes for kids and enroll today!

The post 10 Surprising Benefits of STEM Education appeared first on CodeWizardsHQ.

Roblox is a family-friendly online gaming platform that has over 40 million different games and 70 million players. 

It’s a favorite among kids and what makes Roblox unique is that it’s a user-created game platform. The games are made by developers and creators and, surprisingly, many of them are kids and teens. 

Anyone can build a game with Roblox’s free development application, Roblox Studio. It is also an excellent resource and tool for kids interested in learning coding and game development. Besides coding fundamentals, building their own game in Roblox encourages your child’s creativity and entrepreneurship.

This article guides you through what you need to know about Roblox coding and how your child can get started.

Kids can also learn how to build their own Roblox game with a live instructor in our top-rated 1-week Roblox camps.

Overview of Coding in Roblox

What is Roblox?

Roblox is a gaming platform that hosts millions of immersive experiences created by its community of users. It was created by co-founders David Baszucki and Erik Cassel in 2004 and officially launched on September 1, 2006. 

Roblox builds the tools and platform that empower people to create their own experiences. Roblox itself is not a game and the company does not produce games. However, they create the tools and technology for others to do so. 

In Roblox, players can explore immersive experiences from gaming to social hangouts, concerts, sports, fashion shows, education, and entertainment. It also has a virtual economy where players trade, earn, and spend virtual currency and resources.

Roblox is especially popular among kids with over 60% of users being under the age of 16. Kids can play, create, and learn in a safe environment within Roblox. 

How Is Code Used in Roblox? 

Code is used extensively in the Roblox platform to create games and experiences. Developers and creators write code and scripts in Roblox Studio. 

The code is what shapes the gameplay experience in Roblox and allows developers to create immersive and engaging experiences for players to enjoy. 

Whether it’s designing complex game mechanics, creating dynamic environments, or implementing social features, code is the backbone of the Roblox platform and its diverse range of games.

Code affects all aspects of game development including:

• Game Logic: Code is used to define the rules and mechanics of the game. This includes controlling player movement, managing game states (such as starting, pausing, or ending the game), implementing scoring systems, and handling interactions between game objects.
• User Interface: Code is employed to create user interfaces within games, such as menus, buttons, and HUDs (heads-up displays). This allows players to navigate the game, customize settings, and access various features.
• Scripted Events: Code is used to trigger events based on specific conditions or player actions. For example, when a player walks into a certain area, interacts with an object, or performs a particular action, code can be used to execute corresponding events, such as playing a sound, spawning enemies, or activating a scripted sequence.
• Character Behavior: Code is used to control the behavior of characters and NPCs (non-player characters) within the game. This includes defining movement patterns, implementing AI (artificial intelligence) for enemies or allies, and creating realistic interactions between characters and the environment.
• Physics and Animations: Code is used to simulate physics and animate objects within the game world. This allows for realistic movement and interactions, such as simulating gravity, collisions, and object animations.
• Customization and Personalization: Code is used to enable customization and personalization features within games. This includes allowing players to customize their avatars, vehicles, or in-game assets using code-driven systems.
• Multiplayer Networking: Code is used to implement multiplayer networking features, enabling players to interact with each other in real time within the game world. This includes synchronizing game state across multiple clients, managing player connections, and facilitating communication between players.

Most of the coding done in Roblox happens in Roblox Studio.

What is Roblox Studio?

Roblox Studio is the official development tool provided by Roblox Corporation for creating games and experiences within the Roblox platform.  

It provides a user-friendly interface for designing 3D environments, scripting game logic, and publishing your creations to the Roblox platform. It’s so easy that kids can create a simple Roblox obby in just 15 min.

Roblox Studio Interface

In Roblox Studio users can create:

• Games – create a wide range of games like obstacle courses, simulators, RPGs, shooters, and more. 
• 3D Worlds – create immersive 3D environments and virtual worlds ranging from simple landscapes and architectural designs to elaborate fantasy realms and futuristic cities
• Custom Characters – customize your character’s appearance, clothing, accessories, and animations to make them unique with a combination of pre-made assets and custom designs.
• Interactive Objects and Environments – code objects and environments within your Roblox game to be interactive and responsive to player actions.
• Multiplayer Experiences – create collaborative or competitive experiences where players can interact with each other in real-time through player-to-player communication, team-based gameplay, and leaderboards.
• Custom Game Mechanics –  implement custom game mechanics like scripting player movement, implementing game rules, managing game state, and creating special abilities or power-ups.

Key features of Roblox Studio include:

• 3D World Building: Roblox Studio allows users to create 3D environments using a variety of tools and assets. Users can build terrain, place objects and structures, and customize the look and feel of their worlds.
• Asset Library: Roblox Studio provides access to a vast library of pre-made assets, including models, textures, animations, and sounds, which users can use to populate their worlds and enhance their creations.
• Scripting: Roblox Studio uses Lua scripting language to enable users to add interactivity and functionality to their games. Users can write scripts to control gameplay mechanics, create custom user interfaces, handle player input, and more.
• Testing and Debugging: Roblox Studio includes tools for testing and debugging games directly within the editor. Users can simulate gameplay, troubleshoot issues, and iterate on their designs to create polished experiences.
• Collaboration and Publishing: Roblox Studio supports collaboration between multiple developers, allowing them to work together on the same project simultaneously. Once a game is complete, users can publish it to the Roblox platform for other players to enjoy.
• Community Resources: Roblox Studio is supported by a vibrant community of developers who share tutorials, scripts, and other resources to help users learn and improve their skills. Users can also participate in forums, events, and workshops to connect with other developers and get feedback on their creations.

Roblox Studio empowers kids of all skill levels to unleash their creativity and bring their ideas to life in Roblox, whether they’re aspiring game developers, artists, or designers. It serves as the primary platform for users to create and share their own interactive experiences.

To build more advanced games, it will require some level of coding in Roblox Lua. 

What coding language is Roblox written in?

The Roblox platform itself is written in C++ and other languages, but the most important language for anyone interested in Roblox coding is Lua.

Roblox Games Are Written in Lua

The Roblox Studio program is written in C++ along with other languages. Roblox games and experiences are primarily written in Lua, a lightweight and versatile scripting language. 

Lua is widely used in game development due to its simplicity, flexibility, and ease of integration with various game engines and platforms.

Roblox has adapted the Lua programming language to their platform and games are made with a derivative of the language Lua named Luau. 

The main difference between Lua and Luau is that Luau has optimizations that make it faster and more efficient. This results in better performance for games and other experiences developed on the Roblox platform. Luau also includes some new features and functionality that are not available in regular Lua. If you know how to code in Lua, learning Luau is relatively easy.

In Roblox Studio, Lua is used to script game logic, control gameplay mechanics, and add interactivity to objects and characters within the game world. Developers write Lua scripts to define how game elements behave, respond to player input, and interact with each other.

While Lua is the primary language used for scripting in Roblox, developers may also utilize other programming languages for backend systems, server-side logic, or external integrations. 

However, Lua remains the dominant language for creating and scripting games within the Roblox platform.

Does Roblox use C++?

Roblox primarily uses Lua for scripting within its games and experiences. So, if you want to develop games, learning Lua is the best option.

However, the underlying engine and infrastructure of Roblox, which includes the Roblox client and server software, are built using a combination of programming languages, including C++.

C++ is a widely used programming language in game development due to its performance, flexibility, and low-level capabilities. It is often used to develop game engines, core systems, and performance-critical components.

In the case of Roblox, C++ is likely used for various aspects of the platform, including:

• Engine Development: The core engine that powers Roblox games, including rendering, physics, networking, and audio systems, is written in C++.
• Platform Infrastructure: C++ may be used for developing and optimizing various platform components, such as the Roblox client application, server software, and backend systems.
• Performance Critical Components: C++ is often used for implementing performance-critical components that require low-level optimization, such as graphics rendering, physics simulation, and networking protocols.

While Lua is the primary language used for scripting gameplay logic within Roblox games, C++ plays a crucial role in powering the underlying technology and infrastructure that supports the Roblox platform as a whole.

Is Roblox coded in Python?

No, Roblox itself is not primarily coded in Python. Roblox games and the Roblox platform itself are primarily built and scripted using Lua and C++.

Python is a popular programming language known for its simplicity and readability. It’s the language kids start with in our middle and high school coding programs because it’s in demand and easy to learn.

While Python is widely used in various fields, including web development, data science, and automation, it is not commonly used for game development within the Roblox ecosystem.

Everything About Programming in Lua

Lua is a lightweight, high-level, and versatile scripting language commonly used in game development, embedded systems, and other applications where simplicity and flexibility are desired. 

A version of Lua, Luau, is the primary scripting language used within the Roblox platform to build games. 

For kids, Lua has a straightforward syntax and minimalistic design that make it easier to grasp fundamental programming concepts without overwhelming complexity.

Learning Lua enables kids to customize and create their own games within Roblox, providing a hands-on and practical application for their programming skills.

Example Script

Can you guess what that script does? It changes the color of a part when a player touches it.

Here are some key features and aspects of Lua programming:

• Simplicity: Lua has a clean and simple syntax that makes it easy to learn and use. Its syntax is inspired by other programming languages like C and Pascal.
• Embeddable: Lua is designed to be embedded into other applications as a scripting language. It’s often used as a scripting engine for game engines, applications, and software frameworks.
• Dynamic Typing: Lua is dynamically typed, meaning variables do not have a fixed type and can hold values of any type. This makes Lua flexible and suitable for rapid development.
• Table-based Data Structure: Lua uses tables as its primary data structure, which are associative arrays that can store key-value pairs. Tables are extremely versatile and can be used to represent arrays, dictionaries, objects, and other data structures.
• First-Class Functions: Functions in Lua are first-class citizens, meaning they can be assigned to variables, passed as arguments to other functions, and returned from functions. This makes Lua suitable for functional programming paradigms.
• Coroutine Support: Lua includes built-in support for coroutines, which are lightweight cooperative multitasking units. Coroutines allow developers to write asynchronous and event-driven code in a synchronous style.
• Garbage Collection: Lua features automatic memory management through garbage collection. It automatically deallocates memory when objects are no longer in use, helping developers avoid memory leaks and manual memory management.
• Extensibility: Lua is highly extensible and customizable. It allows developers to define custom data types, operators, and syntax extensions through metaprogramming techniques.
• Portability: Lua is designed to be highly portable and platform-independent. It can be compiled and run on various operating systems and hardware architectures with minimal changes.

Lua’s versatility and ease of integration make it a popular choice for game development, scripting engines, and various other applications.

Kids should start with an introduction to scripting in Lua if they want to code Roblox games.

Introduction to Scripting

• https://create.roblox.com/docs/tutorials/scripting/basic-scripting/intro-to-scripting

Lua scripting in Roblox is the process of writing code in the Lua programming language to create interactive experiences, gameplay mechanics, and dynamic content within Roblox games. 

Whether you’re a kid or a beginner, Lua scripting in Roblox offers a fun and rewarding way to bring your ideas to life and create your own games.

Getting Started

To start scripting in Roblox, you’ll need to download and install Roblox Studio, the official development tool for creating Roblox games. 

How to Install Roblox Studio

To install Roblox Studio on your Windows or Mac computer:

1. Visit https://create.roblox.com/
2. Click the Start Creating button. A pop-up dialog displays.

3. In the pop-up dialog, click the Download Studio button.

4. Find the Studio installer in your browser’s download history and double-click the file.

• On Windows, the file is RobloxStudio.exe.
• On Mac, the file is RobloxStudio.dmg.

5. After Studio finishes installing, a pop-up confirmation displays. Click the Launch Studio button.
6. Sign in to Studio with your Roblox account to get started.

7. After you log in, click on the New button in the left-hand toolbar. You can then select a template from the available options, such as Baseplate.

After that, you can write your first script. 

Write Your First Lua Script

In Roblox Studio, you can insert a new Lua script into your game by: 

1. Navigating to the “Explorer” panel

If you don’t have the explorer panel, you can go to the View tab and click Explorer to display it.

2. Right-clicking on the desired object (such as a part or a model)

3. Selecting “Insert Object” > “Script”

Roblox has a simple tutorial to help kids get started. It will teach you how to make a platform disappear.

https://create.roblox.com/docs/tutorials/scripting/basic-scripting/intro-to-scripting

The final script looks like this:

Next, dive into learning Lua. 

While you don’t need to be an expert programmer to get started, having a basic understanding of Lua syntax and concepts will help you grasp scripting in Roblox more effectively.

Basics of Lua Scripting

Lua scripts in Roblox often revolve around handling events. Events are actions that occur within the game, such as player input, object collisions, or time-based triggers. You can write code to respond to these events and execute specific actions accordingly.

Lua supports various data types, including numbers, strings, booleans, tables, and functions. You can use variables to store and manipulate data within your scripts.

Functions are blocks of reusable code that perform specific tasks. You can define your own functions in Lua scripts to encapsulate functionality and improve code organization.

To further your understanding of Lua scripting in Roblox, consider exploring the following resources:

• Roblox Developer Hub: The official Roblox Developer Hub offers tutorials, documentation, and learning resources to help you get started with Lua scripting in Roblox.
• Community Forums: The Roblox developer community is active and supportive. Participate in forums, join groups, and engage with other developers to learn from their experiences and get help with scripting questions.
• YouTube Tutorials: There are many video tutorials on YouTube that cover Lua scripting in Roblox. Search for tutorials tailored to beginners and follow along to learn new concepts and techniques. 
• Practice and Experimentation: The best way to learn Lua scripting in Roblox is through practice and experimentation. Start small, experiment with different code snippets, and gradually build up your skills as you become more comfortable with scripting.

With dedication, practice, and a willingness to learn, anyone can become proficient in Lua scripting and bring their imagination to life within the Roblox platform.

How Long Does It Take to Learn Roblox Scripting?

The time it takes to learn Roblox scripting varies depending on several factors, including your prior programming experience, the complexity of the projects you want to create, the amount of time you dedicate to learning, and your ability to grasp new concepts. 

Here are some general considerations:

• Prior Experience: If you have previous experience with programming languages like Lua, Python, or JavaScript, you may find it easier to pick up Roblox scripting. Familiarity with programming concepts such as variables, loops, conditionals, and functions can significantly reduce the learning curve.
• Learning Resources: The availability and quality of learning resources can impact how quickly you learn Roblox scripting. Utilizing tutorials, documentation, online courses, and community forums can help you acquire knowledge more efficiently.
• Practice and Application: Like any skill, learning Roblox scripting requires practice and hands-on experience. The more time you spend experimenting with code, building projects, and troubleshooting errors, the faster you’ll become proficient.
• Project Complexity: Starting with simple projects and gradually increasing the complexity of your creations can help you progress more smoothly. Beginning with basic scripts to control simple game mechanics and then advancing to more complex systems as you gain confidence can be an effective learning approach.
• Consistency: Consistent practice and learning are key to mastering Roblox scripting. Setting aside dedicated time each day or week to study, practice, and work on projects can accelerate your progress.
• Support and Feedback: Engaging with the Roblox developer community, seeking help from experienced developers, and receiving feedback on your projects can provide valuable insights and guidance that can speed up your learning process.

Roblox Scripting in Lua allows you to start by creating very small, simple scripts and slowly build up to more complex ones over time. This, accompanied by the massive online community of Roblox developers, provides almost endless resources and allows for a quick learning curve for most children. Depending on the complexity of the script, it can take anywhere from a few days to a few months to become nearly proficient in Roblox scripting. 

It’s essential to focus on your own learning journey, set realistic goals, and celebrate your progress along the way. 

Best Ways to Learn Lua 

There are a lot of ways to learn about Lua and coding in Roblox depending on your learning style. Try different mediums to find the one that works best for you.

You can learn Lua through online tutorials, classes, books, games, and more. 

• Online Tutorials and Courses: There are numerous online tutorials and courses specifically designed to teach Lua programming. Websites like Codecademy, Khan Academy, and Udemy offer beginner-friendly Lua courses that cover fundamental concepts and provide hands-on practice. CodeWizardsHQ offers a 1-week online Roblox camp with live instructors to answer questions and provide guidance.  

• Roblox Developer Hub: The Roblox Developer Hub provides a wealth of resources, tutorials, and documentation tailored to aspiring Roblox developers. Kids can explore beginner tutorials on Lua scripting within Roblox Studio, which include step-by-step instructions and interactive examples.

• YouTube Videos: YouTube is a treasure trove of Lua scripting tutorials, especially for Roblox game development. Kids can find video tutorials covering various aspects of Lua scripting, ranging from basic syntax to advanced game mechanics.

• Books and eBooks: There are several books and eBooks available that teach Lua programming in a kid-friendly manner. Books like “Lua Game Development Cookbook” by Mario Kaack and “Lua Programming Gems” by L. H. de Figueiredo, W. Celes, and R. Ierusalimschy offer comprehensive coverage of Lua programming concepts with practical examples.

• Code.org: Code.org offers interactive coding tutorials and activities for kids of all ages. While it doesn’t specifically focus on Lua, it provides a solid foundation in programming concepts that can be applied to learning Lua later on.

• Roblox Studio Challenges: Kids can participate in Roblox Studio challenges and competitions where they’re tasked with creating games or experiences using Lua scripting. These challenges provide motivation and a real-world context for learning Lua.

• Game Modding: Encourage kids to explore Lua scripting by modding existing Roblox games or creating their own modifications. Modding allows them to experiment with Lua code in a familiar gaming environment and see immediate results.

• Community Forums and Groups: Kids can join Roblox developer forums, Discord servers, and online communities where they can connect with other young developers, ask questions, share ideas, and collaborate on projects.

• Educational Games: There are educational games and apps specifically designed to teach programming concepts, including Lua. These games often gamify learning, making it fun and engaging for kids to learn Lua while playing. There is even a Roblox game that teaches Lua.

By exploring these resources and engaging in hands-on practice, kids can learn Lua programming in a fun and interactive way. This lays the foundation for future exploration and creativity in game development and beyond.

Roblox and Lua coding resources

Use these official Roblox and Lua resources to learn more about coding in Roblox.

• Lua Documentation
• Roblox Creator Hub
• Roblox Documentation
• Roblox Studio Documentation
• Tutorials from Roblox

Let’s Build Games in Roblox!

Live, instructor-led classes are a great option for kids who want to build Roblox games. Kids don’t have to do it alone, they can get the guidance and confidence they need to code their own games.

At CodeWizardsHQ, our Roblox camps merge structured learning with sheer fun, enabling students to channel their creativity into their own games using the programming skills they’ve acquired in our courses. The camp is uniquely designed so that all participants share the same server, fostering collaboration as they play and refine their games together. 

Each student crafts their own obstacle course, or ‘Obby,’ which they link to a central VIP area, promoting interaction and shared experiences. We incorporate storytelling to enrich the learning process, allowing students to imagine they are developing games or professional apps for a fictional company. This immersive approach not only captivates their imagination but also deepens their understanding of critical game development concepts such as 3D vectors, script writing, user-defined functions, and loops. 

Moreover, upon completing the camp, students can download the map they collaboratively worked on, providing them with the opportunity to continue enhancing their projects. Equipped with these comprehensive tools and experiences, they are fully prepared to develop their own basic Roblox games, taking their first steps towards becoming young game developers.

View the camp schedule and enroll today!

The post Roblox Coding: What coding language does Roblox use? appeared first on CodeWizardsHQ.

For decades, the U.S. was a powerhouse in STEM (science, technology, engineering, and mathematics) sectors. 

Today, many believe we’ve fallen behind countries like Japan, South Korea, and China in the top countries for technological expertise. 

Top 10 Countries With The Highest Technological Expertise in 2021

According to U.S. News, in 2021 the United States was ranked fourth of the countries with the most technological expertise. The survey is based on a study that surveyed more than 17,000 global citizens from four regions to assess perceptions of 78 countries on 76 different metrics.

1. Japan
2. South Korea
3. China
4. United States
5. Germany
6. Russia
7. United Kingdom
8. Singapore
9. Israel
10. Switzerland

Several factors point to the US falling behind in STEM education:

• US ranked 13th on Mathematics and 31st on Science test scores internationally
• Only 34% of 8th graders and 41% of 4th graders were at or above average in mathematics
• Only 35% of 8th graders and 36% of 4th graders were at or above average in science
• More than 1 million STEM jobs are unfilled

Pew research found that “only 29% of the general public ranked U.S. STEM education for grades K-12 as above average or the best in the world”. 

Proficiency in STEM fields is important to a country’s economics, innovation, security, and global competitiveness. Advancements in STEM can lead to the next big technological advancement, finding a cure for cancer, or even ending world hunger.

STEM sector jobs make up a large part of the overall U.S. market and their importance continues to grow. Between 2021 and 2031, U.S. STEM jobs are estimated to grow by 10.8% compared to 4.9% for non-STEM occupations. 

However, STEM education is not keeping up with the employment gap. It’s possible that 3.5 million STEM jobs will need to be staffed by 2025, including vital jobs in healthcare and technology. More than 1 million of those jobs are projected to go unfilled, but, why? 

Recommended: Why Kids Should Learn STEM

Part of the reason is the state of U.S. STEM education. 

While science and math are in the core K-12 curriculum, other important subjects, like computer science and engineering, are left out. Even in the core subjects, the US is falling behind. 

In the latest Programme for International Student Assessment (PISA) test for 15-year-old students by the OECD the US ranked 13th on Mathematics and 31st on Science test scores.

In 2019, the National Assessment of Educational Progress (NAEP), a standardized test administered to US K-12 students, found that only 34% of 8th graders and 41% of 4th graders were at or above average in mathematics. By grade 12, proficiency has decreased to 24% in mathematics and 22% in science.

Recommended: The Ultimate List of STEM Statistics 

In addition, we’ve made little progress with STEM education in the last decade. 

In the State of U.S. Science and Engineering 2022 report, average scores for U.S. fourth and eighth graders on a national assessment of mathematics improved from 1990 to 2007, but there was no overall measurable improvement in mathematics scores from 2007 to 2019.

We are also falling behind in computer science and engineering and are among the countries that do not currently require computer science education.

In 2020, Brookings studied online evidence of in-school computer science education across 219 countries. They found that:

• 44 (~20%) mandate that schools offer CS as an elective or required course
• 15 (~ 7%) offer CS in select schools and some subnational jurisdictions (states, provinces, etc.)
• 160 (~73%) are only piloting CS education programs or had no available evidence of in-school CS education

The U.S. is not one of the countries that requires computer science education.

Unlike countries such as Korea, Japan, China, Australia, and England, as of 2022, the U.S. has not implemented national CS mandates. 

U.S. States That Require Computer Science Curriculum

According to Code.org, only 27 states currently require all high schools to offer computer science. While up from 35% in 2018, as of 2021, only 51% of high schools were even offering computer science courses.

Unfortunately, several factors stand in the way of improved STEM education, such as costs, equity, and qualified instructors.

Costs

Some states have funds dedicated to STEM education, but the cost to make it required across grade levels would still be significant. Implementing a STEM curriculum can incur costs like computers, labs, and training for teachers. For students, earning a degree in computer science can also be costly. CodeLikeaGirl estimated that a 4-year university degree in STEM would cost between $45,000 and $60,000. 

Equity

Studies have shown that there are disparities in STEM education for women, members of minority groups, and economically disadvantaged people. These may be a result of issues like gender discrimination, systemic racism, and other biases. This lack of equity means that a large portion of the population does not engage in or have access to STEM education.

Qualified Instructors

Many school districts already face a shortage of qualified teachers and even more so for low-income schools. The STEM teacher shortage is a national problem. The Educator Supply and Demand Report 2020-21 shows that all math and science education, along with computer science and technology education, have a shortage of teachers. 

K-12 STEM education is the foundation of secondary and postsecondary education in these fields. Kids need to start learning STEM early to build their interest and confidence. 

With little or no exposure in K-12 to STEM topics, students are not prepared for college and graduate level studies, therefore creating the employment gap. Coding classes, coding clubs, and coding competitions only make up for a small part of this gap. As a result, our workforce will lack the vital skills to fill these important positions. 

So, what strategies can we use to improve the state of STEM education in the US?

1. National programs and policies

Improvement in programs and policies at the national level will be required to meet STEM needs. The U.S. Department of Education has set out some programs to improve STEM education. This includes federal grants for educators and students and the STEM Education Strategic Plan. You can see the 2021 progress report here. 

2. Broader access to STEM education

All students, regardless of factors like gender, race, and income level, should have access to STEM education. Students need to be provided with equitable opportunities at an early age so they can prepare for secondary and postsecondary STEM education.

3. Train more qualified instructors

Currently, there is a national teacher shortage, but it will be important to expand and strengthen the pool of STEM teachers. Not only do we need more competent STEM teachers in all areas, but students also need diverse role models and mentors in STEM. 

Recommended: 26 Reasons Learning to Code Benefits Your Child

As it stands, the U.S. appears to be falling behind other countries in STEM education. Without advancements in STEM, the U.S. will not have the skills to compete on an international level. While it is a significant educational challenge to improve STEM education in our country, it is one that is worth solving for future generations.

The post Is the U.S. Falling Behind in STEM Education? appeared first on CodeWizardsHQ.

Educators and organizations are using coding to prepare kids for the future and bounce back from an unusual school year. See how students are getting access to more STEM resources below.

1. 3 Way to Prepare Students for a Future STEAM-Powered Workforce

STEAM job openings are continuing to grow, which means kids today will have better opportunities as adults if they have a background in STEAM. Find out how you can help your kids prepare for their futures now.

Read More

2. With Summer Vacation Looming, Educators Worry About Lasting Fallout of Pandemic Schooling

This past school year was unlike any in recent memory, and parents and educators alike are concerned about the impact on kids. Find out what a survey of nearly 10,000 educators revealed as their top concerns for their students.

Read More

3. Do Kids Need to Learn How to Code?

If you’re looking for even more reasons why kids benefit from learning to code, check out this article that includes data from LinkedIn and MIT.

Read More

4. Kiddo Byte Offers Free Computer Coding to Kids Who Lack Access

Kiddo Byte was founded by a high school student who wanted to increase access to computer science resources and classes. His organization is helping a Massachusetts nonprofit for homeless women and children offer free coding classes for kids.

Read More

5. Computer Coding Could Count as a Foreign Language Credit Under Bill

There’s a reason they’re called programming languages! A current bill in Michigan would allow high school students in that state to take computer coding classes to fulfill the foreign language requirement for graduation.

Read More

6. Study Uses Unique Method to Help Visually Impaired Kids Learn STEM

A new study demonstrates how models can help kids with visual impairments learn STEM lessons that would normally be difficult for them to see and understand.

Read More

7. The Public and Private Sectors Need More STEM Talent – Here’s How They Can Get It

We know that STEM is the future, but right now there aren’t enough qualified candidates to fill the STEM jobs currently available. Here are some ideas for how we can get more STEM talent in the US (coding plays a big part!).

Read More

8. 3 Ways Schools Can Improve STEM Learning for Black Students

STEM is important for everyone, but black people make up just 9% of the current STEM workforce. See how we can improve this starting with today’s generation of students.

Read More

9. To Welcome Students Back to In-Person Learning, Build a Coding Playground

After a school year that was mostly virtual for most students, many districts are preparing to go back to in-person learning. Discover how one educator thinks coding can help with this transition for the 2021/22 school year.

Read More

10. Apple’s Educational iOS Coding Tool Lets Users Build and Submit App Store Apps

Swift Playground has been around for a few years already, but Apple’s newest update allows users to not only learn how to code Swift, but build and submit apps to the App Store straight from an iPad.

Read More

The post Top 10 Coding Resources for Kids – June 2021 appeared first on CodeWizardsHQ.

Companies are responding to the demand for new technology resources for kids, including new devices, games, and web browsers. There’s also a lot of talk about how to make it easier for kids and teachers to access technology at school and home — see the latest news below.

1. 17 Compelling Canadian Toy Industry Statistics for 2021

The toy industry is growing in 2021, especially with video games and electronic toys. Find out what toys are most in demand this year so far.

Read More

2. Microsoft Edge’s New Kids Mode Offers Curated Set of Child-Friendly Websites

This brand-new feature with Microsoft’s web browser allows kids to access a list of about 70 pre-approved safe websites. Parents can choose between two different age groups and kids get to choose from different colorful themes with popular characters.

Read More

3. Gervais School District Using Technology to Keep Kids in the Classroom

Contact tracing is important in the fight against COVID and one school district in Oregon is utilizing technology to make it easier. Find out how these special lanyards work and the difference they’ve made for students and teachers.

Read More

4. 15-Year-Old Girl Sees Void, Publishes Coding Book for Kids

After seeing that her classmates in her AP Computer Science class were mostly boys, this high school sophomore decided to write a gender neutral book to introduce kids to coding in Python. See what she has planned now that her book is published.

Read More

5. Steve Jobs: The Childhood of a Great Inventor

We all know what Steve Jobs accomplished as an adult, but as a child he was encouraged by his parents to be curious and by his teachers and mentors to develop a love of learning. Learn more about the childhood of this technology legend.

Read More

6. Four-Year-Old Pakistan Girl Areesh Fatima Becomes Youngest Microsoft Professional

The Microsoft Certified Professional Exam is designed for IT professionals to certify their technical expertise, but this remarkable 4-year-old recently passed the exam with flying colors.

Read More

7. Some Kids Never Logged Onto Remote School. Now What?

When schools went virtual at the start of the pandemic, not every student had access to a device and internet service at home. See what different states did to help their students and how districts are continuing to try to bridge the technology gap between school and home.

Read More

8. Amazon Announces New Fire Tablets and Kids Additions

Amazon’s popular devices are getting an upgrade, with lighter and thinner designs and longer battery life. The company also introduced a new tablet for kids, the Fire Kids Pro, which is aimed at older kids and includes a digital store and popular apps like Disney+, Zoom, and Minecraft, which can all be controlled and restricted by parents.

Read More

9. Nintendo’s Game Builder Garage Teaches Your Kid to Code

Nintendo is jumping into the world of coding for kids with their new game for the Switch. Players go through different lessons that teach fundamentals of coding while building games. Find out what you can do once you get through all the tutorials.

Read More

10. Comeback Kid Fortran Reappears in Programming Index

The April report for the most popular programming languages showed the first commercial programming language, Fortran, entering the list at number 20. Python, Java, C, C++, and JavaScript have been holding strong in the top 20 without much movement for a year.

Read More

The post Top 10 Coding Resources for Kids – May 2021 appeared first on CodeWizardsHQ.

It’s fantastic to see how many kids and college students are already doing amazing things in coding and STEM while they’re still in school! Learn more about these amazing young people below, along with exciting advances in robotics and STEM resources available for school districts and students.

1. What to Do If People Laugh At Your Idea

When Alexis Block started her work on HuggieBot, the first human-sized hugging robot with visual and haptic perception, her professors and colleagues belittled her idea. Discover her unique work in robotics and read her advice for how to face your critics.

Read More

2. STEM Report Offers Strong Blueprint For Government and Communities

For all the turmoil the pandemic has caused, it also emphasized the importance of STEM. This article from Forbes goes into a recent report with recommendations for how to improve STEM learning for everyone across the United States.

Read More

3. Bondurant-Farrar Improves STEM Learning for Students with Facebook Grant

A school district in Iowa was able to make a huge investment in improving their STEM program thanks to a grant from Facebook. Learn more about Facebook’s grant program and how this school district is using the grant funds to make STEM more fun for their students.

Read More

4. Interview With a Time Kid of the Year

High school sophomore Gitanjali Rao already has an impressive resume — she was named America’s Top Young Scientist, was highlighted in Forbes in their “30 Under 30 in Science” feature, has invented several devices, and most recently was named Time magazine’s Kid of the Year.

Read More

5. Four Women in STEM Who Legit Became Exactly What You Wanted to Be When You Grew Up

While women are still underrepresented in STEM fields across the board, these women are leaders in their fields and inspiring girls today for the careers they could have in the future. Their work in astronomy, game design, and web design will fascinate you.

Read More

6. Pascal Siakam to Help Toronto Kids Learn to Code with New Training Program

The Toronto Raptors star’s PS43 Foundation launched its first initiative, Coding for Champions, to teach students in Toronto schools coding and technology skills through a free 10-week program.

Read More

7. Big Box Robots

More proof that STEM is the future — many robotics companies are turning their focus to automating warehouse processes (it’s all about keeping up with Amazon). See the latest advancements in robotics that have been developed specifically for picking, shipping, and delivering products.

Read More

8. Children’s Problem Solving Extends Beyond the Brain

New research from the University of Georgia suggests that combining traditional calculating and memorization with physical actions and interactions with other students can help kids learn skills needed in STEM careers more easily. Get more details about this study, where they observed fifth graders problem solving with robotics.

Read More

9. How to Introduce Your Kids to Technology

Technology is all around us and is available to kids even as toddlers. This article offers tips for parents when it comes to introducing their kids to technology for the first time and how to monitor kids’ use of devices, websites, and more.

Read More

10. These 15 Coding Books Might Spark the Inner Programmer in Your Kid

Interest in coding doesn’t have to start in front of a computer! Check out this list of books for kids that range from fun coding projects to inspirational stories of leaders in STEM to introductions to the basic concepts of coding for younger kids.

Read More

The post Top 10 Coding Resources for Kids – April 2021 appeared first on CodeWizardsHQ.

March is the month where we celebrate International Women’s Day, and in honor of that, many of our resources this month are focused on the impact that women have had on coding. From board game building coders to the very first programmer, Ada Lovelace, these ladies prove that STEM is better with women.

1. What is JavaScript Used For? More Than You Realize

JavaScript hasn’t always been as flexible as it is now, but with every increase in its capabilities it becomes useful for plenty of new things. A great explainer on some of the uses for JavaScript.

Read More

2. I Lost My Sister to COVID. This is How I’m Honoring Her Memory

Dr. Koshi Dhingra shares the touching way she is using her sister’s memory to inspire young girls to pursue a love of STEM. This one is a tear jerker and worth a read.

Read More

3. Women in STEM: Paving the Way for Future Female Leaders

Sphero does a great job of celebrating the strides that women have made in the fields of science and engineering. There’s still a long way to go, but it’s good to see a company promoting diversity.

Read More

4. Samaira Mehta shows other kids the fun of coding by inventing board games

I don’t think I’m alone in my love for board games. They’re fun. But the idea that kids could learn the basics of coding through something as fun and approachable as a board game? Pure genius created by a 12-year-old coder.

Read More

5. Countdown to Mars: How NASA involved kids in its Perseverance rover mission

Watching the Perseverance landing footage was one amazing experience. Finding out how these kids were involved makes it even better! This was a great choice by NASA.

Read More

6. These STEM Kits Help Kids Explore Tech Entrepreneurship at a Young Age

STEM kits are a ready-made way to get your kids exploring technology. They come packed with everything you need to get started and provide a fun opportunity to dive right in to the learning.

Read More

7. Why it’s OK to give your kid extra screen time during the pandemic

As a parent of young children myself, this article came as a breath of fresh air. Screen time comes with a whole host of benefits, including an early familiarity with technology. What a relief!

Read More

8. 11 Awesome STEM Toys for Kids

Students can and are using coding to solve problems in their community. By collaborating on useful projects, kids can learn important skills such as time management, professional communication, and organization, all while making a difference.

Read More

9. How Tech Leaders Can Help Shape the Future of K-12 Education with Ed-techWorth It?

K-12 education has changed and e-learning and edtech are shaping the future of education. These are great ways tech leaders are getting involed to make sure kids keep learning.

Read More

10. The Importance Of Recognising Women’s Contributions To STEM

It’s not widely known, but women have been doing programming for as long as it has been a field. In fact, the very first programmer was a woman named Ada Lovelace. Check out her story to find out more!

Read More

The post Top 10 Coding Resources for Kids – March 2021 appeared first on CodeWizardsHQ.

There are a lot of positives to screen time if we can learn how to tap into them. That does beg a certain question. How can we tap into the positives of screen time? This month’s haul of resources gives us a bit of inspiration and tools to get your kids, young and older, coding.

1. The Upside to Screen Time

As the guilt of too much screen time starts to nag, Dr. Jenny Radesky has some hope for us. Check out all the benefits of screen time Dr. Radesky lists and check in on the potential your kid has.

Read More

2. A 6 year old became the world’s youngest computer programmer

What’s more impressive, getting into the Guinness Book of World records at age 6 or mastering Python in 6 months? Not every kid can be the youngest computer programmer, but we can all be inspired.

Read More

3. Bahamian pre-teen launches initiative to teach kids how to code

Chelsea didn’t quit when coding became boring for her but she was worried that other kids might. To prevent this, she cultivated content that spoke to their interests. Chelsea shared her skills and now her story.

Read More

4. Written in Her Code

Where does coding education start for our kids? Too few schools are offering computer science education. But teachers are starting to notice this void, and they’re stepping up to the challenge.

Read More

5. Library Introduces STEM Kits for Children

Teachers aren’t the only ones stepping up. Librarians are looking for ways to help get kids into STEM, too. Neuse Regional Library found these STEM kits as an exciting option to make that happen.

Read More

6. Learning with — and about — AI technology

As AI starts to take off, there are some major questions that educators are beginning to ask. How do we help kids learn this technology? And how do we make this accessible to all kids?

Read More

7. The 4 Best Tablets for Kids on the Market Today

Educators have already started asking the important questions. Now, it’s time for parents to start asking what the right equipment is for our kids to take off in the digital age.

Read More

8. Best Coding Apps for your Coding Obsessed Kids

Keep coding education fun and relating to kids interests, apps are perfect for introducing coding concepts without making it seem like work. It’s guilt-free screen time.

Read More

9. 4 Paths for Breaking into the Technology Industry in 2021

What about when your kids are older? Kids in high school and college may be considering a career in technology. How do they break into the tech field? This article has 4 options to consider.

Read More

10. 40 Tweets About Parenting With Today’s Technology

This digital age is a new one. It’s new for our kids and it’s new for parents. This article has collected tweets from the joys and struggles of parenting next to Alexa. It’s worth a laugh.

Read More

The post Top 10 Coding Resources – February 2021 appeared first on CodeWizardsHQ.

Back when I was in school, we didn’t call it “coding”. We called it critical thinking skills. “Coding” for young kids is basically the same thing except with real-life application of a viable career path as the focus.

Our articles this month take us on a journey of how to start coding, yes, even really young, and how coding and online learning affect bodies and our hobbies.

1. Never too young to learn coding

This article emphasizes using the right techniques to teach children to code. The right techniques are the trick to making sure code isn’t overwhelming. For example, we’d never recommend starting 5 year olds on Java.

Read More

2. Why a computer isn’t the first thing you need when teaching kids to code

It’s a misconception that coding starts on a computer. This article talks about how computational thinking is primarily communication and that learning starts in tactile and concrete ways.

Read More

3. Brain activity while coding differs from processing language or doing maths

Communication may be key but neuroscientists have found that coding does not activate the same part of the brain as language. Instead it’s closer to using math, but not exactly. This article explains. 

Read More

4. Online Learning Results in Physical Effects on Kids

Hand in hand with coding education is online learning. Here, not only the brain is being affected. This article talks about the effects on online learning on kids’ eyes and spines, and how to help.

Read More

5. Kids are sick of Zoom too—so their teachers are getting creative

From coding to math to science, good education isn’t about holding noses to books but discovering how to teach through fun and innovative ways. Online learning has been an accelerant for this shift.

Read More

6. People share trick showing how to use Playstation and Xbox to access home learning

This article presents a solution to homes without enough PCs for their learners. Playstations and Xboxes can access the web. Using controllers to navigate takes gamification to an interesting level. 

Read More

7. 7 Gift Ideas for Kids Who Want to Code

Thinking about tactile and concrete ways of learning to code, this article has gadgets and gizmos aplenty. These gifts are perfect for presenting kids with a platform for learning to code.

Read More

8. 5 Programming Languages That Will Dominate 2021: Python, Go, More

The focus shouldn’t be so much what’s dominating now but what will still be dominating in 2030. Especially for our kids, you want to think long term about the value of a particular language.

Read More

9. You think you’ve done puzzles during the pandemic?

Puzzles are fun for all ages, but some puzzles are a little too complex for a Saturday night. This puzzle solution was a labor of 5 years and an extensive amount of code. So coding helps us play, too!

Read More

10. Poetry vs. programming: Wandering the city, a writer finds the intersection of literature and code

It’s an unusual delight to read about coding from a poet’s perspective. FYI – flaneur is an aimless stroller. Ok, now you’re ready for this unique wrestling with written lines.

Read More

The post Top 10 Coding Resources for Kids – January 2021 appeared first on CodeWizardsHQ.