With the rise of AI-generated code, many parents are asking: Does my child really need to learn to code anymore?

The answer is still yes. But the reason why has shifted. 

The workplace is moving toward “AI + human” teams. People who can code (even at a basic level) will be the ones who design, supervise, and extend what AI produces. That’s a more valuable position than being a passive user.

There’s indeed been a rapid adoption of artificial intelligence, with 39% of the U.S. population now using generative AI either for work or outside. However, humans are still vital in the development process. 

Here are the five biggest reasons why coding is still one of the most valuable skills kids can learn to thrive in an AI-driven future.

1. Coding Skills Keep AI from Becoming a Black Box

Without a foundation in programming, artificial intelligence can become a mysterious black box for kids. Knowing how to code demystifies AI, so they can:

• Learn what’s possible with AI and what’s not 
• Build confidence using AI without feeling like uninformed users
• Understand exactly what they’re trying to accomplish before turning to AI
• Recognize biases in AI and use it responsibly

Instead of blindly accepting outputs, teaching kids to code helps them understand why AI behaves the way it does.

Our virtual AI camps start with an overview of how artificial intelligence works. Most students have no idea, even though they use it daily, so this gives them more confidence and understanding. We introduce kids to the fundamentals of AI and machine learning before actively using AI to solve a problem.

2. Kids Can Use AI to Its Full Potential

Artificial intelligence can be an incredible partner — but only if kids know how to leverage it. As of 2025, 82% of developers report using AI tools weekly to assist in their work. Learning coding fundamentals helps kids:

• Write smarter prompts to get the most out of AI
• Shape AI’s output toward their goals
• Use the right AI tools for the purpose

Most kids are already using AI for school and to generate ideas. By learning coding now, kids will be equipped to get the most out of AI.

We introduce AI to students as young as 8 years old. During our AI camps, kids train, test, and refine a Machine Learning model equipped with Computer Vision capabilities to recognize patterns in images. They learn to create AI and later integrate it into a web application. 

3. Kids Learn to Critically Evaluate AI’s Output

AI-generated code isn’t always correct — and without coding knowledge, kids won’t know the difference. Coding trains them to:

• Debug errors and refine AI-generated outputs
• Spot when coding assistants “go off the rails”
• Know when to reject results instead of accepting flawed solutions

This critical thinking ensures they stay in control of the technology, not the other way around.

We teach students to accept AI responses with a grain of salt. While AI can save a lot of time, developers report accepting only about 30% of AI-generated code as written. 

4. Coding Skills Plus AI Create a Complete Solution

AI can generate pieces of code, but only kids who know programming can take those pieces and assemble complete, working solutions. Coding knowledge allows them to:

• Customize and expand on AI-generated code
• Integrate AI into an ecosystem to solve real-world problems
• Bring their own ideas to life, instead of being limited to what AI suggests

Students in our AI camps use AI to solve problems while building a fun and interactive game. Developing the game requires a combination of AI and code to achieve a complete solution.

According to Fortune, “Over 25% of Google’s code is now written by AI.” Having AI assist with writing code frees up human developers to focus on higher-level tasks like architecture and design. 

In the future, the most valuable people won’t just use AI — they’ll direct it.

5. Helps Kids Develop Lifelong Problem-Solving Skills

Coding doesn’t just prepare kids to work with AI — it builds transferable thinking skills they’ll use everywhere.

• Breaking big challenges into smaller steps
• Thinking logically and systematically
• Persisting through trial and error
• Learning from mistakes and iterating

Even if AI changes how code gets written, these habits of mind remain essential for school, careers, and life.

Learning to code in the age of artificial intelligence isn’t about competing with machines — it’s about understanding, guiding, and maximizing them. 

According to Google’s CEO, Sundar Pichai, the use of AI-assisted code is about “engineering velocity (not replacement)”. 

In a world powered by AI, the next generation of creators won’t just use technology — they’ll lead it. Coding skills give kids the clarity to understand how things work, the confidence to shape what’s next, and the creativity to build something entirely their own. At CodeWizardsHQ, we start with strong fundamentals, then layer in AI as a productivity enhancer and co-creator — empowering students to use technology not as a shortcut, but as a force for innovation.

The post In an AI World, Should My Child Still Learn to Code? appeared first on CodeWizardsHQ.

Getting into a top tech college like MIT, Stanford, or Carnegie Mellon doesn’t start in 11th grade. In fact, the path to a standout application often begins much earlier. While middle school might seem far removed from college admissions, it’s actually the perfect time to lay the foundation for success in a competitive tech field.

This isn’t about cramming advanced coursework into your child’s schedule or eliminating all their free time. It’s about helping them build the right habits, skills, and experiences early so they can thrive in high school and shine in the college admissions process later.

If your child dreams of attending a top-tier tech school, here’s how to help them start working toward that goal right now, in middle school.

1. Build a Strong Academic Foundation

Top tech colleges expect academic excellence, and that begins with core skills developed in middle school. Make sure your child is on track, or ideally ahead in math and science. These are the building blocks of most technical programs, and mastery here will open the door to advanced coursework in high school.

Encourage a love of reading and writing, too. Strong communication skills are essential in college applications, scholarship essays, and tech careers. Students who can articulate complex ideas clearly stand out.

Pro Tip: Ask your child’s school counselor if there are opportunities to accelerate in math or science. Being placed in advanced tracks early can set them up for honors and AP-level courses in high school.

2. Learn to Code Early

Coding isn’t just a valuable skill. It’s a core language of the tech world. Middle schoolers who start coding now build a huge advantage for later. They’ll be better prepared for high school computer science courses and ready to take on internships, competitions, and tech projects with confidence.

Not every school offers a comprehensive computer science curriculum, but that doesn’t mean your student has to miss out. Enrolling in structured, high-quality programs like those at CodeWizardsHQ can make all the difference. These live, online classes give students real-world coding experience, taught by experts who guide them through hands-on projects using languages like Python, JavaScript, and HTML/CSS.

By the time your student enters high school, they’ll already be building apps and websites while their peers are just getting started.

Remember: Colleges aren’t just looking for potential. They’re looking for demonstrated interest. A middle schooler who consistently explores tech outside of school shows curiosity, discipline, and initiative.

3. Develop Study Skills and Executive Functioning

Tech colleges are academically intense. Students need more than intelligence. They need time management, focus, and organization. Middle school is a crucial time to build those executive functioning skills.

Help your child learn how to:

• Break down large assignments into smaller tasks

• Use a planner or digital calendar to track deadlines

• Stay focused on one task at a time

• Prepare for tests systematically

These habits will serve them well as the academic pressure ramps up in high school. They’ll be crucial for balancing AP classes, extracurriculars, and college applications.

Pro Tip: Let your child take the lead on managing a school project or daily homework schedule. It’s better to learn accountability now than to struggle with independence later.

4. Explore STEM Outside the Classroom

Top tech colleges want students who live and breathe STEM, not just ace their classes. Encourage your child to pursue tech-related hobbies and experiences outside of school.

This could include:

• Participating in coding competitions or logic challenges

• Attending STEM camps or weekend workshops

• Creating personal tech projects (like a game or website)

• Joining a robotics or math club

These experiences demonstrate genuine interest and give students stories to tell in essays and interviews later.

At CodeWizardsHQ, students can build projects that go beyond the basics. They might create multiplayer games, ecommerce websites, or even machine learning experiments. These projects help develop not just technical skills but also creativity and problem-solving.

5. Start Building a Portfolio

Even in middle school, your child can begin to assemble a simple digital portfolio. Top colleges value concrete examples of a student’s work, especially in the tech field.

This portfolio might include:

• Coding projects

• STEM fair presentations

• Awards or recognitions

• Personal websites or blogs

• Screenshots or videos of games, apps, or tools they’ve built

It doesn’t need to be polished, just a place to collect and reflect on their achievements over time. By high school, this portfolio can become a central part of their college applications.

6. Focus on Communication and Collaboration

Yes, tech skills matter, but so do soft skills. In fact, the World Economic Forum lists communication, teamwork, and emotional intelligence as key future-ready competencies.

Encourage your child to participate in group projects, practice public speaking, and collaborate on coding or STEM activities. Strong interpersonal skills can set them apart in interviews, competitions, and even college essays.

Pro Tip: If your student takes online coding classes like those at CodeWizardsHQ, they’ll naturally build teamwork and presentation skills by working with peers and instructors in real time.

7. Encourage Passion Projects

Top colleges are looking for passion, not perfection. A student who follows their curiosity and dives deep into a personal interest, whether it’s game design, environmental engineering, or AI, will always stand out.

If your child has a budding interest, help them explore it. Maybe they want to build a Minecraft mod, launch a tech blog, or use code to track wildlife patterns. Give them space to play, experiment, and make mistakes.

These passion projects help develop grit, initiative, and identity. These are exactly the traits that selective schools value.

8. Choose Smart Electives and Activities

When elective options start opening up, often around 7th or 8th grade, help your child make choices that support their long-term goals. Classes in computer science, digital media, or engineering can lay a strong foundation.

The same goes for extracurriculars. Look for tech clubs, science fairs, or problem-solving teams like MathCounts. Leadership roles in these groups are especially valuable because they demonstrate initiative and commitment.

Pro Tip: Be selective, not scattered. Admissions officers are more impressed by depth in a few areas than shallow involvement in many.

9. Talk About College Without the Pressure

You don’t need to turn your living room into a college admissions office, but it’s smart to begin the conversation early. Talk about different types of colleges, what tech majors look like, and what kind of careers are possible in the field.

Let your child dream big, but keep the focus on learning and discovery, not stress and rankings.

Middle schoolers should know that the choices they make today can shape their future. They should also feel supported to try new things, change directions, and grow.

10. Look Ahead to High School With Purpose

The leap to high school is the perfect time to start making strategic decisions. Make sure your child understands which classes will prepare them for AP Computer Science, honors math, and dual-enrollment opportunities. Encourage them to stay involved in tech activities and to keep building their portfolio.

For a full roadmap on high school planning, check out The High School Freshman Guide to Preparing for a Tech Career. It’s packed with tips on choosing the right classes, building a standout resume, and pursuing internships.

Final Thoughts

Getting into a top tech college doesn’t happen overnight. But it also doesn’t have to be overwhelming. With the right guidance, middle schoolers can develop the skills, experiences, and mindset that will carry them to success.

Start small. Encourage curiosity. Create opportunities for hands-on learning. And most importantly, remind your child that their path is their own to build, one exciting step at a time.

The post 10 Steps to Help Your Middle Schooler Get Into a Top Tech College appeared first on CodeWizardsHQ.

We’re raising kids in a time when artificial intelligence, robotics, and automation aren’t futuristic concepts; they’re today’s reality. While it can feel overwhelming to think about preparing your child for a world we can’t fully predict, middle school is the perfect time to start. At this age, kids are curious, capable, and beginning to make the connection between what they’re learning now and who they want to be in the future.

So what can you do today to help your middle schooler succeed in a world shaped by constant technological change? A lot, actually.

Here’s how to equip your student with the skills, confidence, and mindset they’ll need to thrive in tomorrow’s world, starting right now.

1. Introduce Coding—The New Literacy

Coding is becoming as foundational as reading and math in a tech-driven world. It’s not just for future software developers; it’s a language that helps students understand how the digital world works, sharpen logic and problem-solving skills, and think creatively.

Middle school provides an ideal starting point. Kids are old enough to tackle real projects but young enough to build confidence before high school. Look for platforms that go beyond theory and get kids building right away. For example, at CodeWizardsHQ, students create their own games, websites, and apps while learning professional-level coding concepts. It’s not just about learning syntax; it’s about solving problems, experimenting, and seeing real results.

Pro tip: Project-based learning makes coding feel more like play than work, and that’s the key to long-term engagement.

2. Make Technology a Tool, Not Just a Toy

Your middle schooler may be glued to their device, but that doesn’t mean they’re learning. The difference lies in how they use technology. Passive scrolling or gaming is not the same as creating with technology.

Help your child shift from consumer to creator by exploring activities like

• Building simple games or apps
• Designing digital art or animations
• Making music with online tools
• Creating YouTube tutorials or podcasts

When kids learn to use tech as a creative outlet, they develop confidence, critical thinking, and communication skills, exactly the traits that will serve them in the future workplace.

Remember: Creativity with tech doesn’t require fancy software, just curiosity and room to explore.

3. Encourage Real-World Tech Experiences

Nothing brings learning to life like real-world application. This is especially true in middle school, when students are beginning to crave more autonomy and meaning in their work.

Programs like CodeWizardsHQ provide students with hands-on experiences that mirror real tech jobs. Middle school students don’t just take a class—they work through structured courses that lead to real results, like building a functioning website or participating in online internships.

Hands-on experiences build technical skills, but just as importantly, they teach teamwork, communication, and resilience.

Pro Tip: Look for programs that offer feedback from real instructors, not just auto-graded quizzes.

4. Build a Strong STEM Foundation

STEM (science, technology, engineering, and math) education is more important than ever, but it’s not just about loading up on extra math worksheets. Instead, look for opportunities that let your student explore STEM in fun, practical ways:

• Robotics clubs or kits (like LEGO Spike or VEX Robotics)
• Science fairs or invention challenges
• Math puzzle competitions or logic games
• Engineering challenges like building bridges from spaghetti or cardboard

Activities like these foster innovation and problem-solving, and they can be a great confidence boost for kids who don’t yet see themselves as “math people” or “science kids.” Remember, STEM doesn’t have to be serious. The more playful and creative the experience, the more it sticks.

Remember: The goal isn’t perfection, it’s play. Let kids experiment, fail, and try again.

5. Prioritize Soft Skills

Here’s something you might not expect in a blog about preparing for a tech future: employers are just as interested in soft skills as they are in technical ability. In fact, according to the World Economic Forum, the top skills for the future include critical thinking, emotional intelligence, collaboration, and adaptability.

Middle school is the perfect time to start developing these traits:

• Group projects teach teamwork.
• Debates and presentations build communication.
• Volunteering or part-time leadership roles develop empathy and responsibility.
• Problem-based learning fosters resilience and decision-making.

Think of these as “human advantage” skills, the ones that AI and automation can’t replicate.

Pro Tip: Don’t just ask, “What did you learn?” Try, “What was the hardest part, and how did you handle it?”

6. Talk About AI and Emerging Technologies

Kids are hearing about AI, robotics, and virtual reality all the time, but what do they really understand about it?

Make space for conversations about emerging tech. Ask your child what they think about ChatGPT or what they know about how self-driving cars work. Watch documentaries or read news articles together. Encourage curiosity.

These conversations help kids feel like participants, not just bystanders, in the tech world. They’ll be more likely to ask questions, seek out answers, and make informed decisions about how they want to interact with technology as they grow.

Remember: You don’t have to be a tech expert. Honest curiosity is the best model you can give.

7. Support Healthy Digital Habits

As tech becomes more integrated into our lives, managing screen time and digital wellness is more important than ever.

Middle schoolers are at a prime age to start setting their own habits around:

• Screen time limits
• Healthy gaming behaviors
• Social media boundaries
• Online safety and digital citizenship

You don’t have to be the screen-time police, but you can help them develop self-awareness. Encourage “tech-free zones” at home, teach them to take breaks, and model healthy behavior yourself.

Pro Tip: Let your child help create the tech rules. They’re more likely to follow what they helped shape.

8. Foster Curiosity, Not Just Compliance

The future isn’t about following instructions; it’s about finding problems and figuring out how to solve them. That means curiosity is one of the most valuable traits your child can develop.

How do you nurture that?

• Encourage your child to ask “why” and “what if.”
• Let them tinker, experiment, and even fail.
• Praise effort and exploration, not just outcomes.
• Offer open-ended challenges with no single right answer.

Whether through coding projects, science experiments, or creative storytelling, curiosity is the engine behind innovation, and it thrives in middle school when kids are just starting to define their interests.

Remember: Kids don’t need all the answers; they just need permission to wonder and explore.

9. Introduce Career Possibilities Early

Kids can’t aim for what they don’t know exists. Middle school is a great time to start connecting your student’s interests to real careers.

Do they love video games? Talk about careers in game design, animation, or software development. Are they into social media? Explore marketing, graphic design, or data analysis.

You don’t have to map out their whole future, but you can plant seeds. Let them shadow professionals, watch career videos, or explore platforms like CareerOneStop or My Next Move.

And if they’re interested in tech? That’s where real-world programs like CodeWizardsHQ shine. By giving students a taste of what it’s like to actually build and create with code, they connect the dots between what they’re doing now and where they might go next.

Pro Tip: Use “cool job” videos or profiles to start conversations, then connect them to your child’s hobbies.

10. Normalize Lifelong Learning

If there’s one thing we can be certain about the future, it’s this: change is constant.

The best gift you can give your middle schooler isn’t a specific skill or subject. It’s the mindset that learning never ends.

• Show them that it’s okay not to know something; what matters is being willing to learn.
• Encourage them to try new things, take risks, and embrace challenges.
• Help them see learning as something they do for themselves, not just for school.
• Because when your child learns how to learn, they’ll be ready for whatever the future brings.

Remember: The kids who succeed tomorrow are the ones who keep learning, not the ones who know everything today.

Final Thoughts: Future-Ready Starts Now

You don’t need to be a tech expert to help your middle schooler succeed in a tech-driven world. What they need most isn’t flashy gadgets or advanced degrees. It’s your support, encouragement, and belief in their potential.

By giving them hands-on opportunities, encouraging curiosity, and helping them build both technical and human skills, you’re setting the foundation for success. When kids learn to solve problems, work with others, and explore new ideas with confidence, they’re not just preparing for the future. They’re learning to shape it.

The future isn’t waiting. With the right preparation, your middle schooler will be ready and excited for what’s ahead.

The post Preparing Your Middle School Student for a Tech-Driven Future appeared first on CodeWizardsHQ.

Can You Get an Internship in High School?

The short answer? Absolutely.

More and more high school students are discovering that internships aren’t just for college kids anymore. Whether you’re a freshman exploring your interests or a senior polishing up a resume, internships offer a real-world way to test-drive careers, build skills, and stand out in the college admissions process.

If you’re wondering whether it’s possible to land a high school internship while still juggling high school, the good news is yes. There are plenty of opportunities out there. Even better, many of them are designed to fit into a student’s existing academic schedule without adding stress. In this article, we’ll walk through how internships for high school students work, why they’re worth pursuing, and how to find one that aligns with your goals.

Why Do an Internship in High School?

High school internships are more than just resume boosters. They’re a launchpad for your future. Here are a few of the biggest benefits:

1. Discover Your Interests

You may think you’re interested in a tech, health care, or business career, but how do you know until you’ve experienced it? Internships give you hands-on exposure to the day-to-day work in a field, helping you figure out what you love (and what you don’t).

2. Build Practical Skills

Interns can learn tools, software, and communication strategies used in professional environments. These aren’t just soft skills but tangible abilities you’ll carry into college and beyond.

3. Stand Out on Applications

Admissions counselors and scholarship boards love seeing students who take initiative. A high school internship tells them you’re serious, curious, and willing to go above and beyond. It’s proof you’re not just following the path, but creating your own.

4. Make Connections

Networking starts early. A great internship can lead to letters of recommendation, mentorship opportunities, and insight into what it takes to succeed in a given field.

What Kind of Internships Are Available for High School Students?

The truth is, internships for high school students come in many forms, and you don’t need to land a fancy position at a Fortune 500 company for it to count.

Opportunities range from working at local nonprofits, startups, hospitals, and research labs to participating in virtual or remote internships in tech, marketing, journalism, and more. Some are paid, while others are volunteer-based or provide academic credit. The key is to find something that helps you grow.

If you’re aiming for a future in tech, for example, there are coding-focused internships like the one offered by CodeWizardsHQ, a structured, remote internship program designed for high school students who’ve already built a foundation in programming. These internships let students work on real-world projects, collaborate with peers, and apply their skills in a meaningful way.

You can learn more about these types of tech internships in the article Top Computer Science Internships for High School Students, which provides a comprehensive overview of computer science programs specifically designed for high school students.

Can You Balance an Internship With School?

One of the biggest concerns high school students (and their parents) have is time. With classwork, extracurriculars, and social lives to manage, adding an internship into the mix might seem overwhelming.

That’s where flexibility comes into play.

Some internships are structured around school hours, while others offer evening or weekend opportunities. And many modern internships, especially in fields like computer science, are remote. That means you can participate from home, on your schedule.

Programs like the CodeWizardsHQ Internship are designed specifically with busy students in mind. Students complete project-based assignments at a pace that fits into their high school routine. It’s not a full-time job, it’s a meaningful addition to what you’re already learning.

There are other programs, too, that integrate easily into student schedules. Local government youth boards, for example, often meet after school or on weekends and offer valuable leadership and civic engagement experience. Nonprofit internships or volunteer roles may only require a few hours per week and can sometimes be counted toward service hour requirements. Virtual assistant roles and independent research projects are great options for self-motivated students with flexible schedules.

Some structured internships for high school students are also adaptable. Ladder Internships, for example, connects high school students with startup companies and nonprofit organizations for remote, research-driven roles in fields like software development, data analysis, and entrepreneurship. For students interested in government or national security, the NSA’s High School Work Study Program allows rising seniors to split their day between attending classes and working part-time at an NSA facility, making it one of the few paid programs designed to fit into a student’s school-year schedule.

The key is looking for internships that recognize you’re a student first but also give you space to stretch beyond the classroom.

How to Find a High School Internship

Finding your first high school internship might take a bit of research, but it’s not as difficult as it may seem. Here’s how to start:

• Reflect on What Interests You – Start by thinking about what excites you. What classes do you love? What are you curious about? Whether it’s coding, biology, creative writing, or community organizing, that’s your jumping-off point.

• Use Your Network – Tell your teachers, guidance counselor, or club advisors you’re looking for an internship. They might have connections to local businesses or alumni who’d love to mentor a motivated student.

• Look for Online Listings –  Websites like Handshake, Idealist.org, and LinkedIn often include listings for high school internships, especially in virtual roles. There are also internship databases dedicated to teens and pre-college programs.

• Reach Out to Organizations Directly – Even if a company or nonprofit doesn’t list a high school internship, don’t be afraid to email them. Explain who you are, what you’re interested in, and how you’d love to learn more by helping out. You’d be surprised how many opportunities are created simply by asking.

What If I Don’t Have a Lot of Experience Yet?

Here’s a little secret: internships for high school students are meant to be learning experiences.

You don’t need a long resume or a perfect GPA to get started. What matters most is your enthusiasm, willingness to learn, and ability to communicate why you’re interested in the role.

If you’ve taken a coding class, written for the school newspaper, helped design a website for a club, or volunteered in your community, you’ve already started building the kind of experience that makes you internship-ready.

Not sure where to begin preparing for a tech-related career? The High School Freshman Guide to Preparing for a Tech Career is packed with tips on how to build your path early and confidently.

How to Make the Most of Your Internship

Once you land an internship, the real fun begins. Here are a few ways to make it count:

Set goals. What do you hope to learn? Having a clear purpose can help guide your experience.

Be curious. Ask questions, volunteer for projects, and don’t be afraid to admit when you need help.

Document your work. Keep track of what you do. It will help when you update your resume or write a college essay later.

Stay connected. If you meet a great mentor or enjoy working with a team, stay in touch. Relationships you build now can lead to new opportunities down the road.

Final Thoughts: Take the First Step Toward Your Future

Getting an internship in high school isn’t just possible, it’s smart. Whether you’re pursuing a competitive career, trying to build your resume, or just want to explore what’s out there, an internship gives you a front-row seat to the real world.

The best part? You don’t have to wait for summer. With so many remote, flexible options available that integrate easily into your class schedule, you can take the first step any time of year.

So if you’re asking, “Can I really get an internship in high school?” the answer is yes.

And you absolutely should.

Want to Learn More?

Top Computer Science Internships for High School Students

The High School Freshman Guide to Preparing for a Tech Career

The post Can You Get an Internship in High School? appeared first on CodeWizardsHQ.

If you’re a high school student passionate about coding, a computer science internship can be one of the most meaningful ways to take your skills to the next level. These experiences let you apply what you’ve learned in real-world settings, collaborate with professionals, and gain insight into how your interests translate to careers in tech.

Beyond building technical expertise, internships also show colleges you’re motivated, career-focused, and serious about your future. These computer science internships for high school students strengthen your application, help clarify your academic goals, and connect you with mentors who can support your journey. Below are some of the best computer science internships designed for high school students ready to take the next step.

Computer Science Internships

Air Force Research Laboratory (AFRL) Scholars Program

The AFRL Scholars Program offers stipend-paid summer internships for upper-level high school students pursuing STEM fields, including computer science. Interns collaborate with AFRL scientists and engineers on cutting-edge research projects, gaining hands-on experience in areas like software development, data analysis, and cybersecurity. Applicants must be U.S. citizens and at least 16 years old.​

Website: AFRL Scholars Program

American Collegiate Adventures Internship Program

This summer program places high school students in internships across fields like business, media, and technology, including computer science roles. Interns gain hands-on experience while living and learning in cities like New York and Boston. ACA combines professional development with travel, activities, and a built-in student community.

Website: American Collegiate Adventures

Boston University RISE Internship Track

Boston University hosts the RISE Internship Track, a six-week summer program for rising high school seniors. Students conduct hands-on research in STEM fields, including computer science, under the guidance of BU faculty and researchers. The experience culminates in a poster symposium where students present their work.

Website: RISE Internship Track

CodeWizardsHQ High School Internship

CodeWizardsHQ offers a structured, remote internship designed for high school students who have developed core coding skills and are ready to apply them in a real-world setting. Interns work in teams to build full-stack web applications for a nonprofit, gaining experience in coding, teamwork, and project development. The program includes mentorship, leadership opportunities, and ends with a certificate, a letter of recommendation, and a completed portfolio project.

Website: CodeWizardsHQ High School Internship

Empowerly Startup Internship Program

Empowerly’s Startup Internship Program (SIP) offers high school students remote internships in various fields, including computer science. Participants gain hands-on experience by collaborating with startups on real-world projects such as software development, data analysis, and AI applications. 

Website: Empowerly Startup Internship Program

Fermilab TARGET Internship

Fermilab’s TARGET Program is a competitive six-week summer internship for Illinois high school sophomores and juniors with a strong interest in physics, mathematics, computer science, or engineering. Interns engage in hands-on research projects alongside Fermilab scientists and engineers, gaining practical STEM experience. Applicants must have a minimum 3.0 GPA and be eligible to work in the U.S. 

Website: Fermilab TARGET Program

Ladder Internships

Founded by Harvard entrepreneurs, Ladder offers remote, research-driven internships for high school students in fields like computer science, AI, and tech entrepreneurship. Students are matched with startups and mentored by industry professionals, gaining hands-on experience in coding, data science, or software development.

Website: Ladder Internships

Meta Summer Academy Internship

The Meta Summer Academy is a paid, six-week summer internship for high school sophomores, offering exposure to life in the tech industry. Interns are paired with mentors, contribute to real projects, and participate in professional development workshops. This program serves as an entry point for students exploring computer science high school internships in a hands-on environment. Applicants must reside in California communities and have a minimum 2.5 GPA.

Website: Meta Summer Academy

MITRE High School Internship

MITRE offers paid high school internships for students interested in computer science, with roles in software development, data analytics, cybersecurity, and systems engineering. Interns work on real-world challenges alongside MITRE engineers. MITRE is a nonprofit that operates federally funded research centers supporting national security and public interest missions.

Website: MITRE Student Programs

NASA High School Internship

NASA offers high school internships for U.S. students interested in computer science, with roles in software development, machine learning, robotics programming, cybersecurity, and data analysis. Interns work alongside NASA professionals on real projects. Applicants must be at least 16, have a 3.0 GPA, and be U.S. citizens. Some positions are paid.

Website: NASA Internship Programs

NIST Summer High School Intern Program

The National Institute of Standards and Technology (NIST) offers an eight-week, unpaid summer internship for high school juniors and seniors interested in STEM fields, including computer science. Interns collaborate with NIST scientists and engineers on cutting-edge research projects in areas such as computer network modeling, biometrics, cryptography, and software engineering. Applicants must be U.S. citizens with a minimum 3.0 GPA.

Website: NIST SHIP Program

NSA Computer Science Internships

The National Security Agency (NSA) offers paid internships for high school students with strong interests in computer science, cybersecurity, and information technology. Interns work alongside NSA professionals on mission-critical projects involving software development, data analysis, and network defense. Applicants must be U.S. citizens, at least 16, and meet academic eligibility requirements.

Website: NSA Internship Program

Sandia National Laboratories Computer Science Internships

Sandia National Laboratories offers paid internships for high school students interested in computer science. Interns collaborate with experienced professionals on projects in areas such as software development, cybersecurity, and data analysis. Applicants must be at least 16 years old and enrolled full-time in high school. Positions are available at Sandia’s locations in Albuquerque, NM, and Livermore, CA.​

Website: Sandia Internships & Co-ops

Getting Started: Your Tech Internship Application Checklist

Now that you’ve explored the top computer science internships for high school students, it’s time to start preparing your application. These internships are often competitive, but a strong, well-prepared application can help you stand out. Use this checklist to prepare a standout application for high school computer science internships.

Making the Most of Your High School Computer Science Internship

Succeeding in high school computer science internships takes more than just technical skills; it also requires curiosity and initiative. An internship is a chance to grow as a coder, teammate, and future tech professional. Whether you’re writing code or sitting in on meetings, how you show up matters. By combining technical skills with curiosity, communication, and initiative, you’ll gain far more than just experience. Follow these tips to make the most out of your internship.

• Sharpen your coding fundamentals (especially in Python, Java, or JavaScript).
  
• Ask questions and seek out feedback; curiosity shows you’re engaged.
  
• Document your work in a portfolio or GitHub repo.
  
• Network with mentors and teammates for future opportunities.
  
• Take initiative—volunteer for tasks, solve problems, and contribute ideas.
  
• Practice soft skills like teamwork, time management, and communication.
  
• Reflect on your experience to identify areas for growth and future learning.
  
  

By doing these things, you’ll gain the most from your computer science high school internship and leave with more than just a line on your resume. You’ll walk away with new skills, connections, and confidence to take on what’s next.

The post Top Computer Science Internships for High School Students appeared first on CodeWizardsHQ.

The technology industry is one of the fastest-growing¹ and most rewarding career fields today, and it’s an exciting option for students who love solving problems, being creative, and using technology to build the future. From software development to data science to artificial intelligence research, the opportunities in tech are nearly limitless, and so are the benefits for students who position themselves correctly, starting as early as freshman year of high school.

The Power of a Career in Tech

A career in technology offers much more than just a comfortable paycheck. The field is known for its high salaries, job flexibility, and growth opportunities. According to the Bureau of Labor Statistics, software developers earned a median annual salary of over $130,000 in 2023,² and the field is expected to grow 17% over the next decade, far faster than the average for all occupations.³

The technology sector also ranks among the highest in job satisfaction.⁴ Tech careers often provide remote work options, opportunities for creativity, and the chance to work on cutting-edge projects that can shape the future. Whether building innovative apps, advancing artificial intelligence, or solving global challenges through data science, a career in technology can be personally and professionally fulfilling.

However, earning a spot at a top tech college and securing one of these rewarding careers requires careful planning starting in high school. Freshman year is the perfect time to begin building the academic, extracurricular, and practical foundation to set students apart in competitive college admissions.

Building the Foundation: What Top Colleges Look For

Top colleges with highly ranked computer science programs are looking for more than just good grades. They want students who:

• Take rigorous math, science, and computer science courses.
• Pursue hands-on coding experience through projects and internships.
• Participate in tech-related clubs and competitions.
• Take on leadership roles in clubs or community programs.
• Craft a compelling narrative in application essays about their interest in technology.

These elements work together to show that a student isn’t just casually interested in tech but has demonstrated passion, skill development, and leadership over time.

Academic Excellence: STEM Coursework Matters

A strong foundation in math and science is essential for any future tech major. Starting in 9th grade, students should aim to take the most challenging STEM courses available at their school, including:

• Algebra I & II
• Geometry
• Pre-Calculus
• AP Calculus
• AP Computer Science
• Physics and Chemistry (honors or AP when possible)

Colleges want to see that students are challenging themselves. Taking rigorous courses and succeeding in them signals preparedness for the demanding coursework in college computer science programs.

Developing Technical Skills Outside the Classroom

While academics are critical, colleges want to see that students are gaining real technical skills outside of school assignments. Computer science and programming are hands-on fields where practice and creativity matter just as much as theoretical knowledge.

Some ways students can develop strong technical skills include:

• Learning programming languages like Python and Java.
• Participating in online coding platforms.
• Attending an online coding school like CodeWizardsHQ. Structured programs with expert instruction and real-world projects help students build standout skills for competitive college applications.
• Building personal projects like apps, websites, or games to showcase in a portfolio.
• Exploring data structures, algorithms, and debugging techniques through books, online courses, or coding competitions.

Even if a student’s school doesn’t offer computer science classes, these self-guided and structured learning opportunities show colleges a deep personal commitment to developing skills in technology.

Extracurricular Activities: Clubs and Competitions

Top tech colleges expect applicants to demonstrate their passion for technology outside the classroom. Participation in technology-focused extracurriculars shows both technical enthusiasm and teamwork.

Some excellent options include:

• Joining a competitive coding club or robotics team.
• Participating in competitions like FIRST Robotics, VEX Robotics, or local hackathons.
• Entering coding challenges like the American Computer Science League (ACSL) or Capture the Flag (CTF) cybersecurity contests.
• Contributing to open-source projects through platforms like GitHub.
• Developing apps, websites, or games as part of personal passion projects.

These activities allow students to apply their skills in collaborative settings, gain recognition for their work, and demonstrate initiative and leadership.

The Importance of Internships and Real-World Experience

Internships and volunteer opportunities provide practical experience that enhances college applications and develops professional skills. Students should start building this experience as early as possible.

As a freshman or sophomore, students can:

• Volunteer to build or maintain websites for local non-profits or community groups.
• Assist teachers with school technology needs.
• Join university outreach programs designed to introduce high school students to programming.

By junior and senior year, students can pursue:

• Formal internships with local businesses, startups, or tech departments.
• Summer research programs at nearby colleges.
• Industry-sponsored STEM programs from organizations like NASA or Google.
• Online internship programs like the CodeWizardsHQ Internship Program, where high school students gain hands-on experience working on real-world coding projects for non-profit organizations. This remote program allows students to collaborate with peers, apply their technical skills to meaningful projects, and receive mentorship from experienced developers.

These experiences don’t just enhance skills; they also provide meaningful stories for college essays and valuable recommendations from mentors.

Soft Skills Matter Too

Being a successful programmer isn’t just about writing good code. The best tech professionals are also:

• Strong communicators who can explain technical concepts clearly.
• Team players who work well in collaborative environments.
• Creative problem-solvers who think outside the box.

Students can build these skills by:

• Joining debate club to practice thinking on their feet.
• Leading projects in clubs or competitions.
• Presenting their coding projects to teachers, classmates, or community groups.

Top colleges want well-rounded applicants who show they can work in teams, lead initiatives, and adapt to new challenges.

Starting Early Makes the Difference

A career in tech offers extraordinary opportunities, but getting into a top college and building the right skills requires starting early. The students who stand out and who thrive in college and beyond are the ones who combine:

• Rigorous academic preparation
• Hands-on technical skill development
• Leadership and initiative
• A personal passion for technology

Want a clear plan to stay on track? Use this High School Tech Career Prep Checklist to make sure you’re hitting all the right milestones from freshman year onward.

By starting freshman year and consistently building skills and experiences over four years, students set themselves up not only for college admissions success but also for a rewarding career in the ever-evolving world of technology.

1. BLS Occupational Outlook Handbook – Computer and Information Technology Occupations
   ︎
2.  BLS Occupational Outlook Handbook – Software Developers
   ︎
3. BLS Occupational Outlook Handbook – Software Developers
   ︎
4.  Global Knowledge 2024 IT Skills and Salary Report 
   ︎

The post The High School Freshman Guide to Preparing for a Tech Career appeared first on CodeWizardsHQ.

If your vision of coding is one lonely person typing away endlessly on a computer in a dark room, think again! 

With the prevalence of technology in our kids’ lives, coding has become an important educational topic during the 21st century. It plays a part in economic growth, employment opportunities, and innovation. However, there are many rumors and false beliefs that parents still have surrounding this field.

Even the most well-informed parents might fall into the trap of believing these myths. Unfortunately, this can misguide and discourage kids from learning to code. 

But it shouldn’t! Discover why programming is right for all different types of kids and what they can learn from coding.

Let’s set the record straight on these 6 kids coding myths.

6 Kids Coding Myths

Myth 1: Coding is for Math People. 
Myth 2: Coding is for Geniuses.
Myth 3: Coding is for Engineers.
Myth 4: Coding is for Left-Brained People.
Myth 5: Coding is a Lonely Job.
Myth 6: Coding is for Nerdy Boys.

Myth 1: Coding is for Math People. 

Math and programming have a somewhat misunderstood relationship. Many people think that you have to be good at math or make good grades in math class before you can even begin to learn programming. How much math do kids need to know in order to learn to code? Not that much actually.

The truth: While mathematics is the foundation of code, kids only need basic math knowledge to learn coding. 

Some languages and applications require higher-level math skills, like AI or data science, but most developers will never come across these. The majority of their work will not go beyond the math they learn in school. 

One study, by the University of Washington, even found that language aptitude was a stronger predictor of the ability to learn coding in Python than mathematical aptitude. This suggests that language skills are more important than numeracy when it comes to coding. Programming involves understanding and manipulating syntax, logic, and problem-solving within a coding language, which aligns more with language abilities than complex mathematical calculations.

In our coding classes, kids are able to create exciting websites, games, and apps without any complicated math knowledge. Much of the math is handled within the code. Even in the advanced courses, where high school students learn to code databases and APIs, a background in higher-level math is not required. 

Myth 2: Coding is for Geniuses.

Programming is often seen as a scary piece of dark magic, some kind of inaccessible ability. You have to be a child genius with a high IQ or a mathematical wizard to learn how to code. 

The truth: Coding isn’t just for the students at the top of the class! 

Programming focuses on logical thinking and problem-solving but does not necessarily require a high IQ. Kids definitely don’t have to be geniuses to be successful and being a genius doesn’t correlate with being good at programming. The key factors are more about logical thinking, problem-solving skills, dedication to learning, and practice, which any child can develop! 

I see students of all backgrounds and interests in my classes and all of them are able to learn basic programming regardless of how “smart” they seem. More importantly, students who have the commitment, perseverance, and willingness to learn from their mistakes will be successful. In the long run, they also have to have a love of learning because code and technology are always evolving. These characteristics are more important than a high IQ.

Myth 3: Coding is for Engineers.

Only software engineers, or people programming for a living, benefit from learning how to code. The only thing you’re learning is how to write code, but this knowledge and training of how to explore on your own, makes you resourceful— that’s a skill you will need in any field.

The truth: Engineering is just one of many fields where coding is beneficial. 

Kids don’t need to pursue a degree in software engineering to utilize their coding skills. Industries like finance, healthcare, and manufacturing, all rely on technology. Coding should be looked at as a skill rather than a career. 

“Code has become the 4th literacy. Everyone needs to know how our digital world works, not just engineers.” – Mark Surman, Executive Director, Mozilla Foundation

Most of the students in my classes don’t plan to become engineers. Coding may be just one of their interests, but they enjoy it and understand the importance of what code can do. Many times, students apply their coding skills to their own interests and problems, which have nothing to do with engineering. Beyond coding, we teach our students how to solve problems and find creative solutions. Even if they don’t become professional software engineers, they have the skills to navigate difficult problems in any career. 

Myth 4: Coding is for Left-Brained People.

The left and right-brained theory suggests that the two different hemispheres of our brains have distinct functions. The left brain, and coding, are typically associated with language processing, logical reasoning, mathematics, and sequential thinking. Coding seems like a very rigid and structured activity, but it’s actually a great place to express your creativity. 

The truth: The left and right-brained theory has been debunked. 

Research has found that both hemispheres of the brain work together and neither has a significantly stronger network on one side. Certain functions may be more localized to one hemisphere, but both sides are involved in complex tasks and interact constantly. So, there is no such thing as being purely “left-brained” or “right-brained”.

The same is true with coding. While coding involves structured logic, it also demands creative problem-solving, design thinking, and adapting to new situations. Coding is both creative and logical, with both sides working together to create a program. Everything from the design to the features to the written code utilizes creative thinking. Kids who learn to code learn to be creative throughout the entire process. 

Our core coding curriculum was specifically designed in a way that allows kids to express their creativity. All of the projects and themes can be customized and there are many opportunities for kids to work on the creative aspects of programs. Ultimately, creative kids can be just as successful in learning to code as logical kids.

Myth 5: Coding is a Lonely Job.

The misconception is that coding is a solitary activity and only for lone wolves. There’s an idea that coders are isolated, but what we don’t see is a vibrant community behind them.

The truth: Coding is typically done on a team and is a very people-centric activity.

“There’s an enormous amount of negotiation required in software engineering. If you don’t like working with people, you are going to hate programming.” – Danielle Feinberg, Pixar Animation

You’ll find that most of the websites and apps you use, even small ones, are built by a team and not by individuals working in a silo. To bring a video game to life, like Minecraft or Roblox, it takes hundreds of programmers, designers, writers, artists, etc. Kids need to learn how to collaborate with many people from diverse backgrounds to complete a big project. The more they’re exposed to different types of people and their working styles, the better teammate they become as well. Being connected actually works to create better code.

This is part of the reason we teach group classes. Not only do the students learn from one another, they are supported by each other in their efforts to learn. Even outside of class time, in the student forum, my students are working together on homework problems and getting advice from their peers. This type of community helps them become better coders, faster. 

Myth 6: Coding is for Nerdy Boys. 

Technology is a male-dominated field because boys are naturally more suited to excel at coding. This perpetuates the idea that girls are not as capable in computer science. 

The truth: Girls are just as likely to be successful at coding as boys. 

“I love art, I love coding, and now I get to make movies,” said Danielle Feinberg, who earned her B.A. in computer science at Harvard. 

There is no scientific evidence to support the claim that boys are inherently better at coding than girls. In fact, research indicates that coding ability is not determined by gender or biological differences. They are more likely due to societal factors like gender stereotypes and exposure to technology. The gender gap in coding indicates a significant gap in STEM and technology fields that starts developing early in education. Girls start to lose interest in coding around elementary school due to societal stereotypes and lack of encouragement.

Many organizations aim to debunk this rumor and bring more girls into coding. We encourage both girls and boys to join our coding programs. Personally, I’ve seen that my female students enjoy coding and are just as good at it as the boys are. Having both men and women in technology and STEM fields also brings different perspectives. We aim to hire an equal number of male and female instructors so that students have diverse role models.

Why should kids learn to code?

The impact of code on our children’s daily lives cannot be denied. Technology will be an important part of their futures and, as a result, coding has become a basic skill for kids. Whether they’re interested in technology and STEM or art and science, they will find learning to code to be a useful skill. 

Learning to code helps them better understand the world around them. It also teaches valuable skills for any future career and builds skills for school and life. It’s an excellent way to learn soft skills, like creativity, confidence, and communication, that are hugely important for kids to thrive in the future. Moreover, it helps them become creators and not simply consumers. Regardless of the career they choose, coding will give them the skills to succeed.

Not convinced? See 26 reasons learning to code benefits your child. 

The truth? Any child can learn to code! 

Don’t let these misconceptions hold your child back. The truth is that any child can learn how to code with the right support and tools. 

Our program at CodeWizardsHQ is designed to be the most fun and effective coding classes for kids in elementary, middle, and high school. The structured curriculum engages kids on their level, so they’re excited about what they can do with code. Through coding, kids develop problem-solving, logical reasoning, and computational thinking skills. As they advance, kids go from complete beginners to coding pros. 

Find out if coding is right for your child. View coding programs to get started. 

The post 6 Kids Coding Myths You Shouldn’t Believe appeared first on CodeWizardsHQ.

Fortnite, an online video game platform, has become one of the most popular among kids and teens, so parents should get familiar with it as well.

The most popular game is a multiplayer shooting game called Fortnite: Battle Royal. In 2024, it was the top battle royale game on Twitch and YouTube, with over 13.3 million weekly viewer hours. Fortnite is wildly popular because it combines features of survival, building, and combat games.

In our online classroom, we use Fortnite as a teaching tool. Kids can use the creator mode to build their own games while learning foundational game design and development concepts. One of our top priorities while kids are in Fortnite is keeping them safe. 

Here are our best tips for parents to keep their kids safe in Fortnite.

The Importance of Parental Controls in Fortnite

Parental controls are a way to make sure your child is safe while they are having fun in Fortnite. The biggest safety concerns are the multiplayer features and the interactions with strangers.

While Fortnite does have some moderations in place, live, unmoderated chats are possible, putting kids at risk.

Fortnite’s graphics style makes it less gory than games like Call of Duty. But it includes violence, like shooting and killing, so the content may not be appropriate for younger kids. The parental controls give you the power to manage communication features like voice and text chat, restrict access to mature content, manage screen time, and limit in-game purchases.

The Fortnite platform has many different games, some of which are more appropriate for kids. For example Fortnite: Party Royale does not include any shooting or killing. It’s a space for kids to chat and hang out, enjoy entertainment, and compete with friends. You should review the individual game your child is playing and ensure it’s appropriate for them. 

Safety Concerns for Kids in Fortnite

Fortnite is rated T for Teen by the ESRB (Entertainment Software Rating Board). This signifies that the content is generally suitable for ages 13 and up. 

The game may contain violence, suggestive themes, crude humor, minimal blood, simulated gambling and/or infrequent use of strong language. For this reason, it’s not recommended for kids under the age of 13. 

Some of the main safety concerns parents should be aware of include:

• Player communications
• Inappropriate content
• Privacy
• In-game purchases
• Excessive screen time

Player Communications

One of the primary concerns is interacting with other players, especially strangers. Most games in Fortnite are multiplayer and require some level of cooperation. In the game, players often communicate with one another through voice and text chat. Fortnite users can also communicate outside the game with anyone who contacts them. 

Look out for: 

While most of these interactions are not problematic, you want to monitor for behaviors like cyberbullying and inappropriate content or language. In rare cases, there is the risk of online predators attempting to communicate with children in Fortnite. 

How to address it:

Use Parental Controls to disable or limit chat features, there are ways to limit the chat functionality to only your party or friends. You can also encourage your child to play only with friends they know in real life and be aware of who they are adding as friends. Discuss the importance of reporting abusive players and take steps to report them in game.

Inappropriate Content 

Generally, Epic Games does not allow any content higher than a Teen rating in Fortnite so the content is pretty kid-friendly. However, Fortnite’s gameplay and themes may not always align with what parents consider appropriate. Some content may not be appropriate for all ages, but the content is updated in every season, so take steps to regularly review it.

Look out for: 

The game involves shooting and eliminating players, so there is mild violence that may not be suitable for all children. Custom maps or community creations in Creative Mode may include inappropriate themes or images. Player interactions can also expose kids to mature language or topics.

How to address it:

Use Fortnite’s Parental Controls to set age-appropriate restrictions. Enable the Mature Language Filter in the parental control settings for inappropriate language. Supervise gameplay and review Creative Mode maps before your child plays them. Generally, encourage your child to play with friends on maps you have approved. 

Privacy

It’s crucial for kids to protect their identities online and limit the exposure of personal information. With Fortnite’s chat features, kids may inadvertently give away private information even if they don’t mean to. Malicious people and predators can take advantage of this to collect sensitive information.

Look out for: 

Messages that contain or reference personal details such as real names, school names, addresses, phone numbers, or other identifying information. Any direct messages with strangers and new friends and check for suspicious questions about personal or account information. Do not post identifying information like real-life photos or social media handles. 

How to address it:

Educate your child about the importance of keeping personal information private. Review your child’s privacy settings and ensure features like friend requests are restricted. Hide their username and others by making them anonymous. Discuss ground rules with your child and teach them what constitutes personal information and how to keep it safe. Encourage them to play with close friends and family to ensure safe interactions.

In-Game Purchases

Fortnite is free to play, but offers in-game purchases like skins, emotes, and battle passes. There are new items for purchase daily in the item shop. This could become a financial concern if children are not monitored or spend excessively. 

Look out for: 

More frequent purchases or excessive amounts of money spent, including unexpected charges on your payment option. Unintentional purchases as kids may be making purchases without realizing it. Exceeding spending limits you set and changes in behavior like secrecy or anxiety around showing you their account or character.

How to address it:

Parents can disable or require approval for purchases through parental controls. Instead of linking credit cards, limit your child’s spending by using prepaid gift cards. Discuss the value of money with your child and set a budget for in-game purchases.

Excessive Screen Time

Fortnite is a fun and engaging game and there is no end to it. Kids can continue to play every season and spend hours playing with friends. This is fun for kids, but it can lead to excessive screen time, disrupting sleep schedules, homework, or other activities.

Look out for: 

Kids spending too much time in Fortnite and prioritizing Fortnite over homework, chores, or social activities. 

The game’s competitive nature and rewards system can lead to compulsive playing habits. Staying up late at night to play and experiencing fatigue during the day. Losing track of time, spending hours in the game without realizing how much time has passed. 

How to address it:

Set boundaries for game time. It’s often difficult for kids to stop playing and that’s how games are built. You should establish clear boundaries for playtime using the parental control features provided by the platform. Ensure that your child has a balanced schedule with time for other activities, such as outdoor play, homework, or family time.

How to Setup Fortnite Parental Controls

To setup parental controls, you first need to add a parental controls pin.

Add a Parental Controls Pin

1. Login to your child’s Epic Games account at https://www.epicgames.com/
2. Select the Player Icon (circle in with an image of your character) in the upper right corner
3. Select Account 

4. Select Parental Controls

5. Choose 6-digit Parental Controls PIN

This PIN will be required to change parental controls in the future, so make sure to set a PIN that is different from other PINs that you use and is easy for you to remember.

You’re all set! You will now see options to select your parental control preferences. To use the following settings, you will need to have a parental control pin setup.

Manage In-Game Spending

Require a PIN for Purchases

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Go to the General tab 

4. Scroll to Epic Games Payment and toggle the button for “Always require a PIN for purchases using Epic Games payment service”.
   • On: Your PIN will be required to complete any purchase on Epic Games.
   • Off: Your child will be able to complete payments without a PIN.

Set Time Limit controls

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Click the Time Limits tab

4. For each game, set the time limit separately. Click Set Time Limits next to the Fortnite game. Here you can limit gameplay time, choose time windows, and allow kids to request more time.

Limit the total amount of time your child can play

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Click the Time Limits tab

4. Click Set Time Limits

5. Under Schedule toggle on Set Custom Daily schedules

6. Click Edit 

7. Under Time Limit add the number of hours and minutes your child is allowed to play

8. Click Save

Choose specific time windows when your child can play

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Click the Time Limits tab

4. Under Schedule toggle on Set Custom Daily schedules

5. Click Edit 

6. Under Time window add one or more time windows 

7. Click Save

Allow your child to request more time

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Click the Time Limits tab

4. Scroll down to check off Allow requests for more time via email

Time Reports for Fortnite

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Click the Time Reports tab

4. Select On or Off

Text and Voice Chat Settings

Toggle off mature language

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Go to Fortnite Settings tab

4. Scroll down to Mature Language
5. Toggle the button for Filter out mature language in Epic text chat
   • On: Mature language in text chat will be filtered and replaced with heart symbols.
   • Off: Text chat won’t be filtered for mature language.

Require a PIN to add friends

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Go to Social Permissions tab

4. Scroll down to Epic Friends Permission
5. Toggle the button for Require PIN to add Epic friends
   • On: You will need to enter your PIN everytime your child tries to send or accept an Epic Games friend request.
   • Off: Your child can send or accept friend requests without a pin.

Allow or Block Voice Chat

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Go to Social Permissions tab

4. Scroll down to Epic Voice Chat Permission
5. Select who your child can voice chat with
   • Everybody – allow voice chat with any players.
   • Friends & Teammates – allow voice chat with friends on their Epic friends list and people on their team who may not be on their friends list.
   • Friends Only – allow voice chat with friends on their Epic friends list, other people in the party will not hear them.
   • Nobody – block voice chat for all players.

Allow or Block Text Chat

1. Select Parental Controls in your child’s Epic Games account
2. Enter your 6-digit pin
3. Go to Social Permissions tab

4. Scroll down to Epic Text Chat Permission
5. Select who your child can voice chat with
   • Everybody – allow text chat with any players.
   • Friends & Teammates – allow text chat with friends on their Epic friends list and people on their team who may not be on their friends list.
   • Friends Only – allow text chat with friends on their Epic friends list, other people in the party will not see their texts.
   • Nobody – block text chat for all players.

Manage Content Ratings

• Select Parental Controls in your child’s Epic Games account
• Enter your 6-digit pin
• Go to Fortnite Settings tab

• Scroll down to Fortnite Content Rating
• Choose an option for Require PIN to access experiences in Fortnite rated above:
  • Everyone
  • Everyone 10+ 
  • Teen

Report Users In-Game

If your child experiences any issues with other players during the game, there is a way to report bad player behavior in-game or from voice chat.

1. In the game, click the Menu icon.

2. Click the 3 lines hamburger icon.

3. Select REPORTING.

4. Click REPORT A BUG, PLAYER, OR ISLAND

5. Select Report Player.

6. Select the player’s name you wish to report.

7. Select the reason you want to report the player.

8. Click ACCEPT to send the report

Cabined Accounts

Cabined accounts are meant to provide a safer experience for younger kids from the start. All players that indicated they are under 13 years of age will have a cabined account. This means they will be asked to provide a parent or guardian’s email address in order to receive consent to access certain features in Epic’s products. Certain features are also automatically disabled in Cabined accounts. You can’t un-cabin an account, but you can set the parental control to allow certain features or experience ratings.

Learn more about cabined accounts.

How to turn off Fortnite parental controls

To turn off parental controls from an Epic Games account, you can:

1. Sign in to the Epic Account Portal at https://www.epicgames.com/
2. Select Account

3. Click Parental Controls from the left-hand menu

4. Enter your six-digit PIN
5. Choose the desired on/off state for each setting 

Tips for Monitoring Your Child’s Gameplay

These are actionable ways to monitor your child’s gameplay and address concerns about communication, content, privacy, and screen time.

Setup Fortnite Parental Controls

Start by setting up the built-in Parental Controls in Epic Games. These settings allow you to customize your child’s experience and minimize exposure to inappropriate content or interactions. There are options to restrict chat, set time limits, content, and friends.

Review Game Content Regularly

The game content changes often in Fortnite, so stay up to date with what your child is playing by reviewing the game content. New items are added in the store daily and updates, like new weapons and customizations, are made to the game weekly. Seasons change about every two months. Periodically you should also review maps in Creative Mode, as some user-created content may not be age-appropriate. Once completed, watch replays of their games to identify potential concerns, such as interactions with strangers.

Set Up Device-Level Parental Controls

Most parental controls are set in the Epic Account Portal, but your device may have additional settings. On the individual device, you can go to the Parental Controls section of Fortnite’s menu. Use these built-in settings to limit playtime, disable purchases, and control online interactions.

They are a great start, but combining them with regular discussions about online safety and device-level controls provides the best protection for kids. 

Learn to Code in Fortnite

If your child enjoys playing Fortnite, try exploring their passion for games in our Fortnite summer camp. Developers and game designers are the ones behind Fortnite. One day your child could be building games like Fortnite too. 

In our 1-week Fortnite camp, students craft their own unique gaming experience, complete with a personalized map, enemy, characters, and game objectives using Unreal Engine. They’ll also leave with the skills to independently create more Fortnite games in the future. Live, online camps are available for kids ages 11-18. 

Enroll in our top-rated Fortnite summer camps.

The post Fortnite Parental Controls: What Every Parent Should Know appeared first on CodeWizardsHQ.

When I ask my students what they want to do when they grow up, most of them don’t want to be developers. Even though they’re learning to code, they have many varied interests. There are the YouTubers, gamers, biologists, teachers, etc. 

I tell them that coding is a skill that translates across all of these industries and careers. It’s become a core skill for kids growing up in the AI generation. But it doesn’t only apply to becoming a developer or working with websites. It opens up possibilities for kids and teens in many industries and career types. 

Besides coding skills, when kids learn to code they are learning soft skills that translate to non-technical careers as well. 

Let’s take a look at some of the skills kids develop when they’re coding that will help in non-tech careers.

What are employers looking for? 

First, we should understand what is important to employers. 

There are skills that every employer looks for and it’s not always a strong GPA or tons of experience. With online applications, employers have to look through hundreds of resumes. All of these applicants meet the minimum requirements for the job. So, what makes them choose one candidate over another?

According to NACE’s (National Association of Colleges and Employers) Job Outlook 2024 report, these are the top attributes employers seek on a candidate’s resume:

“90% of employers responding to the Job Outlook 2024 survey indicated they are seeking evidence of a student’s ability to solve problems”

Notably, when asked what attributes they are looking for on the resumes of the job candidates they consider for their job openings, nearly 90% of employers responding indicated they are seeking evidence of a student’s ability to solve problems and nearly 80% are seeking candidates who have strong teamwork skills.

These skills have nothing to do with the technical requirements of the job. Employers want someone who can go above just the to-do list and work well within a team.

The top 5 attributes employers seek are:

1. Problem-solving skills
2. Ability to work on a team
3. Communication skills (written)
4. Strong work ethic
5. Flexibility/adaptability

Coding teaches all of these skills in different ways. 

Skills that kids learn in coding

All of these skills are naturally developed while kids learn to code. If your child learns to code, even if they don’t choose a career that requires coding, they will be prepared. 

Problem-solving skills

Just like this is the top skill employers are looking for, it’s also the top skill kids learn from coding. Every step of coding involves solving problems and coming up with the correct solution. Sometimes there’s just one right answer, but often there are many ways to solve a coding problem.

Let’s say kids want to create a button that triggers a pop-up. We ask them to break the creation of the button down into multiple steps. They deconstruct the big problem, the development of the button, into smaller problems like the front-end visual of the button and then the back-end code.

Debugging is another aspect of coding that requires problem-solving. If the button isn’t working the first time, we ask students to review each step of their code to identify the problem and come up with a solution. Programmers will test the button, edit their code, and test again. This iterative process teaches kids how to think critically about their solution and why it’s not working.

By practicing consistently, kids develop a problem-solving framework that guides them to a solution every time. This framework can be applied not just to coding, but to any problems they have.

Ability to work on a team

Most development projects are done by a team of developers, sometimes even hundreds. Each of these developers may have specialized skills or a specific part of the development process. 

Working on a team means learning how to interact with people who have different personalities and backgrounds. The more exposure they have to new opinions and ways of working, the more prepared they’ll be for the workforce. 

In our group classes, kids learn about teamwork by working together towards a common goal. As a team, kids experience sharing their successes and working through roadblocks together. When one person has a bug in their homework, we review the code as a class and come up with solutions. This improves the ability of all students.

This experience will help kids in any job. At a new job or with clients, you never know what kind of personalities you will be interacting with. They’ll have the ability to handle those interactions and deal with all different types of people.

Communication skills (written)

Essentially, what programmers do is communicate with a computer through a coding language. When kids learn to code, they are learning to communicate in a new written language. It requires them to write clear code and documentation for others to understand. Coding also requires that kids be detail-oriented and attentive. Even a small mistake can break a program.

Besides the code, developers write comments for those reading their code, mostly other developers. This requires clear communication of what each piece of code does. They may also leave notes about bugs and fixes. 

Kids’ typing skills also improve when they’re coding. They will get better at typing faster and type more accurately. Faster typing skills make them a more effective communicator and worker.

Almost every job relies on good written communication skills, even if they’re offline. Having good communication skills translates to writing emails, reports, and more. It makes you a valuable team member.

Strong work ethic

A strong work ethic is a demonstrated commitment to your job and doing your best work. Coding develops a strong work ethic in kids because they have to be resilient and persistent to understand difficult concepts and problems and stick with the learning process. 

Developers often work hours or even days just to fix one small bug in their code. This requires them to continue trying in the face of failure. Kids who have been coding consistently over a long period of time show their commitment to learning and growing. They are able to persevere when there are difficult problems.

In the workplace, they may experience these types of problems also. Instead of giving up, kids who have done coding will continue to try. 

Flexibility/adaptability

While coding may seem rigid, it actually requires a lot of adaptability. It encourages kids to approach problems from multiple angles, embrace change, and adjust to unforeseen challenges.

For example, developers may have a plan for how to build an app. Oftentimes, the code isn’t working the way they expected This requires a different solution or approach to complete the task or project. They have to pivot and come up with a new plan. This could cause a lot of stress and frustration, but kids who code have experience handling this situation. They are more flexible to change and coming up with creative solutions. 

Debugging is an important part of what we teach kids too. This shows them that setbacks are temporary and part of the process. They have to adjust to unforeseen circumstances and fix them before they can move on. This fosters a flexible and adaptable mindset.

In other jobs, being able to adapt quickly is always beneficial. There are many fast-paced industries that benefit from this.

There are many other skills that kids will gain from learning how to code. See these 26 reasons learning to code benefits your child.

Non-tech careers that also use coding

Kids can also apply their coding skills to other non-tech careers. More and more, the use of code is being used to enhance the productivity and output of other industries.

Entrepreneurs

Building a successful business requires many different skills, but knowing how to write programs gives kids a competitive edge in creating their own products.

Having coding skills has allowed many founders, like Mark Zuckerberg and Elon Musk, to start their businesses. Without these skills, they would have had to rely on a development team. Instead, they were able to do it themselves and innovate new ideas.

As an entrepreneur, knowing how to code also gives them the knowledge to better communicate with the development team. They’re able to bridge the gap between the business and technical sides of their company.

Musicians 

Coding has been used in music for a variety of purposes, including music programming, cryptography, and identifying recordings. Music programmers produce music using electronic devices and computer software. A music software engineer is a professional who designs, develops, and maintains software applications used in the music industry. They work with musicians, producers, and sound engineers to create and enhance software that is used to create and produce music.

Much of the music you hear from your favorite artists is computer-generated. But coding skills take this power to a much higher level. Developers have also created AI that produces new music from just a simple text prompt. 

Scientists 

Scientists often deal with storing and accessing large datasets, the perfect thing for a computer to do. Programming skills can make data collection and analysis efficient and effective. Machine learning algorithms help identify patterns in complex data, such as genomics or climate studies. Coding then enables the creation of graphs, charts, and interactive visualizations to better interpret data and communicate results.

They also create models to predict possible outcomes and solve complex problems. Scientists use coding to simulate phenomena like weather patterns, molecular interactions, or ecological systems. Simulations allow for testing theoretical models before conducting costly or time-intensive experiments.

Coding is also used to program robots, drones, and autonomous vehicles for fieldwork, like underwater exploration or planetary rovers. By leveraging coding, scientists gain the tools to tackle complex problems, enhance efficiency, and make discoveries that would be impossible with manual methods alone.

See more unexpected careers that involve coding.

Explore Coding for Kids

The skills learned in coding are important no matter what kids decide to do. Writing code may only be a small part of their lives. But the soft skills they learn will last them a lifetime.

In our coding classes, we teach kids not just how to code but prepare them with the skills they need for college and career. Students learn live with an expert instructor and build projects in every class. When they complete the program, they also leave with a portfolio of unique projects so they have a proven track record of success. 

Enroll in our top-rated coding classes to develop these skills and more!

The post Kids Coding Skills that Help in Non-Tech Careers appeared first on CodeWizardsHQ.

Minecraft has become one of the most popular sandbox games in the world, especially for kids ages 6-13. Its appeal is in the open-world format where kids are free to use their imagination to play and build without many rules. It’s also become an educational tool to teach coding and computer programming skills in a fun and engaging way.

Whether it’s playing or learning game development in Minecraft, a top priority is keeping your child safe. We always recommend monitoring your child’s gameplay. In our summer Minecraft camps, our aim is to ensure an age-appropriate experience for your child. We use a private server and whitelist for each course so teachers have full control of who joins. This way, kids can learn and explore without distraction and parents can feel secure too.

In this article, I’ll share how to set up and customize the parental controls in Minecraft and best tips to manage your child’s account and gameplay. 

The Importance of Parental Controls in Minecraft

Generally, Minecraft isn’t moderated, so it’s up to parents to ensure kids are safe when they’re playing. 

We know that kids aren’t always aware of the things that will be harmful to them. They communicate daily with friends through social media and games, so they may feel safe online. However, in an age of online scams, catfish, and predators, games like Minecraft can pose a threat to your child’s safety. 

Setting up the right Minecraft parental controls allows your child more freedom within safe boundaries. As with any online interactions, your child’s safety is the number one priority. Minecraft gives you options to help you manage interactions with other players, in-game purchases, screen time, and more. The goal is to limit exposure to harmful content while they’re playing and learning. 

Having the right parental controls will give you peace of mind and ensure a safe and secure experience for your child when they’re in Minecraft.

Safety Concerns for Kids in Minecraft

Minecraft’s ESRB is Everyone 10+ and, in single-player mode, Minecraft is generally kid-friendly, However, most kids will want to play with friends or online which presents certain risks. The top safety concerns revolve around multiplayer interactions, privacy, in-game purchases, and screen time.

These are some of the safety risks that parents should look out for: 

Player Communications

One of the primary concerns is interacting with other players, especially strangers. When playing in multiplayer mode or on public servers, kids may come in contact with people they don’t know. These players can communicate via in-game text and voice chat including private chats. 

Look out for: 

While most of these interactions are not problematic, you want to monitor for behaviors like cyberbullying and inappropriate content or language. In rare cases, there is the risk of online predators attempting to communicate with children in Minecraft.

How to address it: 

Use the parental control filters and monitor interactions. You can turn off in-game chat or turn on the profanity filter. The last 100 chat messages are stored in the chat logs for you to monitor. You can also use screen recording apps to periodically check player interactions and gameplay. Also, know what servers your child has joined and if they are playing with strangers. Report users if they are using hate speech, bullying, harassment, sexual solicitation, or other violations of the community standards so Minecraft officials can step in. 

Inappropriate Content 

Minecraft is generally kid-friendly, but the ecosystem of user-generated content poses some risks. The addition of mods, custom servers, and community-shared content can lead to unintended exposure to inappropriate content. 

Look out for: 

Custom skins, builds, or chat messages that contain inappropriate or explicit content like swearing, hate speech, sexually explicit language, violence etc. Mods or custom servers can also introduce adult or inappropriate content that bypasses the game’s usual safeguards. 

How to address it: 

Use the parental control filters, monitor chat, and disable access to mods or restrict downloads. If your child is customizing their game, review any mods or add-ons your child is downloading to ensure they are age-appropriate. Generally, encourage your child to play in private servers or whitelisted family-friendly servers you have approved.

Privacy

Anytime we’re online, it’s important to safeguard our personal data. However, kids are less cautious about what they share and may not understand the serious safety implications of sharing this information. Minecraft’s in-game chat features can allow kids to give away private information even if they don’t mean to. Malicious people and predators can take advantage of this to collect sensitive information.

Look out for: 

Messages that contain or reference personal details such as real names, school names, addresses, phone numbers, or other identifying information. Any direct messages with strangers and new friends and check for suspicious questions about personal or account information. Do not post identifying information like real-life photos or social media handles.

How to address it: 

Monitor chat with other players. Regularly check the chat logs or use a screen recording app to review conversations. Discuss ground rules with your child and teach them what constitutes personal information and how to keep it safe. Encourage them to play offline or with close friends and family to ensure safe interactions.

In-Game Purchases

Minecraft offers various in-game purchases such as skins, textures, and mods. There are also microtransactions that unlock features or character content. This could become a financial concern if children are not monitored or spend excessively. 

Look out for: 

More frequent purchases or excessive amounts of money spent, including unexpected charges on your payment option. Unintentional purchases as kids may be making purchases without realizing it. Exceeding spending limits your set and changes in behavior like secrecy or anxiety around showing you their account or character.

How to address it:

Parents can set spending limits or block in-game purchases as well as receive text and email notifications for purchases. Set up controls that require parental approval for any purchase, allowing you to review and approve items before they are purchased. Regularly check Minecoin purchases and balance in Marketplace to ensure that spending is intentional and appropriate. 

Excessive Screen Time

Minecraft, like many online games, can be highly engaging and creative. The open-world format means there’s no limit to what kids can build and no end to the game, so kids can spend hours exploring. While this is a fun way for kids to play and learn, it can have negative effects like excessive screen time, disrupting sleep schedules, homework, or other activities.

Look out for: 

Spending too much time in Minecraft and ignoring activities like school work and socializing in person. Staying up late at night to play and experiencing fatigue during the day. Losing track of time, spending hours in the game without realizing how much time has passed. Peer pressure from friends to keep up or complete tasks in real-time.

How to address it:

Set boundaries for game time. It’s often difficult for kids to stop playing and that’s how games are built. You should establish clear boundaries for playtime using the parental control features provided by the platform. Ensure that your child has a balanced schedule with time for other activities, such as outdoor play, homework, or family time.

Best Practices for Minecraft Safety

1. Have Open Conversations with Your Child

Before diving into setting up controls, it’s important to discuss with your child why these measures are necessary. Explain the potential dangers of online interactions and how you’re putting these controls in place to ensure their safety. Keeping the conversation open fosters trust and helps children understand the importance of online safety.

2. Monitor Minecraft Activity Regularly

While parental controls are important, they should not replace regular monitoring. Periodically check your child’s activity on Minecraft, including the servers they join, the content they watch, and their interactions with others. Monitoring can be done by reviewing platform logs or using screen recording apps to periodically check gameplay.

3. Update Minecraft and Mods Regularly

Keeping Minecraft and its mods up-to-date is crucial for security and parental control features. Each update often includes important bug fixes, security patches, or new safety features that protect your child’s gameplay experience.

4. Encourage Offline Play

When possible, encourage your child to play offline or in single-player mode. This eliminates the risks associated with multiplayer interactions while still providing an engaging experience. Minecraft’s single-player mode offers a great creative outlet without the potential hazards of online communication.

5. Set Boundaries for Game Time

Minecraft’s engaging nature can make it difficult for kids to stop playing. Establish clear boundaries for playtime using the parental control features provided by the platform. Ensure that your child has a balanced schedule with time for other activities, such as outdoor play, homework, or family time.

How to Set up Parental Controls in Minecraft

Setting up parental controls is an easy first step in keeping your child safe in Minecraft. In your Microsoft account, you can manage settings across Minecraft platforms. There are also platform-specific settings based on which platform or version of Minecraft your child is playing.

Customize Parental Control Settings

• Setup a Family Account
• Customize or turn off in-game chat
• Allow or Block Multiplayer Access
• Add, Mute, Block or Report Players
• Turn Off Parental Controls

Setup a Family Account

Create a family account to manage all of your children’s account in one pace. Child accounts are all accounts for those under the age of 16 for the US & EU. By using this, only parents can modify settings. Any adult in the family can manage the settings for all the children in the family, but children can only see (and not set) their own settings.

1. Sign in to Xbox Privacy & Online Safety Page using the parent’s Microsoft or Xbox live account.

2. Go to Microsoft Family in the menu.

3. Select Add a family member.

4. Select Member for the child’s role.

5. Create an account or enter the child’s existing email account.

6. Once signed in, your Family homepage will update with the child’s account.

Customize or Turn Off In-game Chat

Turn off in-game chat with the following settings:

Java Edition

1. Start the Minecraft server.

2. Select Options… in the start menu.

3. Select Chat Settings…

4. Click on Chat: Shown until it reads Chat: Hidden.

5. Restart Minecraft for the new settings to take effect in your game.

Bedrock Edition

1. Start the Minecraft server.

2. Open the game chat (Use the / shortcut).

3. Click on the gear next to the chat input for chat settings.

4. Toggle the button to Mute All chat and Mute Emote Chat.

How to Allow or Block Multiplayer Access 

1. Sign in to Xbox Privacy & Online Safety Page using the parent’s Microsoft or Xbox live account.

2. Select the child’s account

3. Select Xbox and Windows 10 devices Online Safety

4. Block multiplayer access with the following settings:

• Set Join multiplayer games to Block

• Set Create and join clubs to Block

5. Click Submit and wait for the page to reload.

6. Restart Minecraft for the new settings to take effect in your game.

Add, Mute, Block or Report Players

You can Add, Mute, Block or Report Players from the Pause Menu in-game.

Bedrock Edition

1. Start the Minecraft server.

2. Click esc to get the pause screen.

3. Click the player on the right-hand menu.

4. Click the three dots for settings.

5. Choose Block, Mute, or Report.

How To Turn Off Parental Controls On Minecraft

1. Sign in to Xbox Privacy & Online Safety Page using the parent’s Microsoft or Xbox live account.

2. Select the child’s account

3. Select Xbox and Windows 10 devices Online Safety

4. Update all options to Allow

Tips for Keeping Kids Safe in Minecraft

1. Setup Parental Controls

This is the first step to keeping your child’s Minecraft experience safe. These controls can help you easily manage what your child does in the game. Use parental control tools available to restrict chat features, set time limits, and manage what types of content can be accessed.

2. Setup a Private Server or Realm

Creating a private Minecraft server is one of the safest ways for kids to play multiplayer. A private server means you can control all of the settings and players in your world. A Realm is similar, these are personal multiplayer servers hosted by Minecraft that allow you to play with up to two additional players. Hosting a server or Realm gives parents more control and limits the potential risk for inappropriate or harmful content. 

3. Choose Family-friendly Servers with Whitelists

If you don’t want to set up your own server, you can find family-friendly servers like Famcraft and CrazyPig. These provide a wholesome and moderated experience. There are also servers that implement a whitelist, such as Blocklandia and Minesquish. This means they screen each user before allowing them to play and only approved players can join.

4. Monitor Activity Regularly

Monitoring your child’s Minecraft activity ensures they are following the rules you set and staying safe. You can see how they are interacting with other players and also spot any warning signs of inappropriate behaviors, cyberbullying, or excessive screen time. 

5. Have Open Conversations with Your Child

Before your child starts playing, teach your child about online safety and establishing the rules for using Minecraft. Create trust with your child through open conversations about their gameplay experience. You want them to be comfortable coming to you with any concerns. Regularly ask questions like: Are they playing with friends they know, or have they met new people online? Are they enjoying the game, or are they experiencing any issues like bullying?

Learn to Code in Minecraft Safely

Minecraft can be a fun and creative space for kids with the right precautions. Not only is it a great game, kids can use Minecraft to learn new skills, like coding. 

Our Minecraft summer camps provide a safe environment for kids to play and explore coding with a live instructor. We have private servers that allow only them and their classmates. Kids can freely play and learn. Each server is monitored by the student experience team. 

In the camp, students learn new technical concepts with Redstone, an element used for mechanical and electrical programming in Minecraft. They will learn how Redstone works and advance to build logic gates, similar to what electrical engineers create. They’ll practice their coding skills as well as problem-solving, logical thinking, and creativity. It’s an excellent way to take their interest in games to the next level.

If you want your child to play and learn Minecraft in a safe environment, enroll in our Minecraft summer camps.

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