Unwrapping the Joy of Learning: Nurturing a Love for STEM During the Holidays

The holiday season is a magical time filled with twinkling lights, festive cheer, and the warmth of shared moments. Amidst the seasonal delights, it’s also an opportunity for parents, educators, and caregivers to unwrap a special gift for the children in their lives—the gift of curiosity and a love for STEM (Science, Technology, Engineering, and Mathematics). In this exploration, we’ll discover the joy of infusing STEM during the holidays, turning the season into an enchanting blend of celebration and learning.

STEM During the Holidays

As parents and caregivers, we understand that children are naturally curious beings. This holiday season, let’s channel that curiosity into exciting STEM adventures. STEM provides a unique lens through which children can explore, question, and discover the world around them. Whether it’s understanding the science behind snowflakes, experimenting with holiday-themed chemistry, or engineering festive structures, the possibilities to nurture curiosity are as endless as a child’s imagination.

Fun and Festive STEM Activities

In the spirit of the season, let’s sprinkle a touch of STEM magic into our holiday traditions. Transform cookie decorating into a geometry lesson, exploring shapes and patterns. Create a winter wonderland-themed coding activity where children design a virtual snowscape using simple coding commands. These activities not only add a dash of festive flair but also seamlessly integrate learning into the holiday festivities. After all, who wouldn’t want to learn about physics while building a gingerbread house or explore the magic of chemistry through holiday-themed experiments?

STEM During the Holidays

Turning Decorations into Learning Opportunities

As decorations adorn our homes, they also present opportunities for educational exploration. Dive into the mathematical world of symmetry by creating symmetrical snowflakes or discover the principles of physics through the hanging of ornaments. Uncover the science behind twinkling lights and explore the engineering aspects of constructing a stable and aesthetically pleasing holiday display. By turning decorations into learning opportunities, we weave education into the fabric of our holiday traditions.

Family STEM Challenges during the holidays

The holidays are all about coming together, and what better way to unite the family than through STEM challenges? From building a marshmallow tower to constructing a ‘Santa’s Sleigh’ that can carry the most ‘presents,’ these challenges promote collaboration, critical thinking, and problem-solving skills. The joy of achieving a shared goal and the laughter that accompanies these activities create lasting memories while nurturing a love for STEM.


In the symphony of holiday celebrations, let’s make STEM an integral part of the melody. By unwrapping the joy of learning, we not only enrich the holiday experience but also set the stage for a lifelong love of exploration and discovery. As parents and caregivers, let’s embrace the season as an opportunity to instill the wonder of STEM in our children. After all, the greatest gift we can give them is the gift of knowledge, curiosity, and the joy of learning.

This holiday season, let the lights on the tree be matched by the sparkle of curiosity in our children’s eyes as they unwrap the true magic of STEM.

Empowering the Next Generation: Integrating STEM in the Classroom

In the fast-paced world of education, where innovation and adaptability are paramount, equipping students with the tools to navigate the future is a responsibility that educators bear with unwavering dedication. Enter STEM education—Science, Technology, Engineering, and Mathematics—a holistic approach that transcends traditional subject boundaries, fostering critical thinking, creativity, and problem-solving skills. In this exploration, we’ll delve into the profound significance of STEM in the classroom, unveil practical strategies for seamlessly integrating STEM into the curriculum, and celebrate the transformative power of hands-on STEM activities in shaping the leaders of tomorrow.

The Significance of STEM in the classroom

STEM education stands as a beacon of relevance in today’s global landscape. It goes beyond the conventional realms of academic success, becoming a cornerstone for preparing students to engage meaningfully in an array of industries. The demand for STEM skills is not just a trend; it’s a reflection of the rapidly evolving job market. According to recent studies, occupations in STEM-related fields are expected to grow at a rate much faster than the average for all occupations1. This highlights not only the professional relevance of STEM skills but also the imperative for educators to instill these capabilities in their students.

Practical Strategies for Seamless Integration

To ensure the seamless integration of STEM into the curriculum, educators are adopting innovative strategies that transcend traditional disciplinary boundaries. Cross-disciplinary approaches are gaining traction, showcasing the interconnected nature of STEM subjects and breaking down silos between science, technology, engineering, and mathematics. Project-based learning has emerged as a dynamic method, providing students with real-world challenges that demand collaborative problem-solving. Imagine students designing sustainable solutions for their communities or creating prototypes to address global issues—this is the essence of STEM in action.

STEM in the classroom

– Real-world examples abound of educators successfully incorporating STEM into their classrooms. From integrating coding exercises into mathematics lessons to utilizing engineering principles in science experiments, these approaches not only enhance subject understanding but also cultivate essential skills such as critical thinking, teamwork, and adaptability. The emphasis is on making STEM in the classroom education accessible and relatable to students, regardless of their background or future career aspirations.

Engaging Students through Hands-On STEM Activities

The transformative power of hands-on STEM activities cannot be overstated. These activities serve as catalysts for engagement, turning abstract concepts into tangible experiences that resonate with students. Whether it’s constructing simple machines, conducting chemistry experiments, or programming robots, hands-on activities captivate students’ interest and ignite a genuine passion for learning.

Consider the impact of a physics experiment where students design and launch their own bottle rockets. Beyond equations and theories, students learn about aerodynamics, trajectory, and problem-solving in a way that textbooks alone cannot convey. These experiences not only make STEM in the classroom enjoyable but also instill a curiosity that extends beyond the classroom.

Partnering with External STEM in the classroom Programs

Collaboration with external STEM programs or organizations further enriches the educational experience. These partnerships provide access to unique resources, expert insights, and opportunities for students to witness the real-world applications of STEM concepts. Schools that embrace external STEM collaborations often report increased student engagement, enhanced teacher professional development, and a broader perspective on the possibilities within STEM fields.

Success stories abound in schools that have welcomed external STEM programs, from participating in robotics competitions to engaging in industry-specific projects. These collaborations not only complement classroom learning but also expose students to a diverse range of STEM careers, sparking inspiration for future endeavors.


In conclusion, STEM education is not merely a teaching method; it’s a transformative force that empowers students to navigate a future marked by innovation and complexity. As educators, the responsibility to prepare the next generation of problem-solvers, innovators, and leaders rests in our hands. By embracing STEM as a dynamic and essential component of the learning journey, we pave the way for students to unlock their full potential and contribute meaningfully to a world brimming with opportunities.

As we move forward, let us celebrate the impact of STEM in education and continue exploring innovative approaches that inspire curiosity, fuel creativity, and empower the leaders of tomorrow.


  1. Source: Bureau of Labor Statistics, U.S. Department of Labor, Occupational Outlook Handbook.

Empowering Minds: Teaching Critical Thinking Skills in the 21st-Century Classroom

In today’s rapidly evolving world, traditional education is no longer enough. We’re preparing students not just for their future jobs, but for jobs that don’t even exist yet. To navigate this uncertain terrain successfully, students need more than just rote memorization and textbook knowledge. They need to be critical thinkers, problem solvers, and creative innovators. In this blog post, we explore the importance of teaching critical thinking skills and share strategies to foster these essential skills in the 21st-century classroom.

Why Critical Thinking Matters

Critical thinking is not just a buzzword; it’s a fundamental skill that empowers students to analyze, evaluate, and solve problems effectively. In a world inundated with information, the ability to discern fact from fiction, think logically, and make informed decisions is indispensable. Critical thinkers are not just passive consumers of information but active participants in the learning process.

The Three Pillars of 21st-Century Education

  • Critical Thinking: This is the ability to analyze information objectively, evaluate arguments, and make well-informed decisions. Critical thinkers are curious, open-minded, and willing to consider alternative viewpoints.
  • Problem-Solving: Problem-solving involves identifying, defining, and finding solutions to complex issues. It’s about thinking creatively, using available resources, and persevering through challenges.
  • Creativity: Creativity is not confined to the arts; it’s a valuable skill in all aspects of life. Creative thinkers can generate innovative ideas, approach problems from different angles, and adapt to changing circumstances.

Strategies for Teaching Critical Thinking Skills

  • Questioning: Encourage students to ask questions. Engage in Socratic questioning to guide them in exploring issues critically.
  • Problem-Based Learning: Present real-world problems for students to solve. This hands-on approach forces them to apply their critical thinking skills.
  • Collaboration: Group activities foster critical thinking as students share perspectives and solve problems together.
  • Debate: Debates encourage students to analyze and defend their viewpoints logically.
  • Multidisciplinary Learning: Connect various subjects to show students how critical thinking is relevant across disciplines.
Critical Thinking Skills

Assessing Critical Thinking Skills

Assessment is key to ensuring students are developing critical thinking skills. Consider using open-ended questions, essays, or presentations to evaluate their ability to think critically. Rubrics and criteria should emphasize not just the final answer but the thought process, analysis, and creativity applied.

The Role of Teachers

Teachers play a pivotal role in nurturing critical thinking skills. They should be facilitators, creating an environment where students are encouraged to think critically. This involves being open to diverse viewpoints, providing opportunities for exploration, and guiding students through the problem-solving process.

Conclusion: Preparing for an Uncertain Future

As we embrace the 21st century, we must acknowledge that the future is uncertain, but one thing is clear: critical thinking, problem-solving, and creativity are non-negotiable skills. They empower students to adapt, innovate, and lead in a world where change is the only constant. As educators, it’s our responsibility to nurture these skills, preparing the next generation to face whatever challenges the future holds.

In the 21st-century classroom, teaching goes beyond facts and figures; it’s about empowering minds to think critically and shape a better world. Are you ready to embark on this exciting journey with your students? Explore the possibilities with CodeREV.

Boosting Time Management Skills in Kids: A Key Benefit of Our STEM Classes

Do you ever feel like there aren’t enough hours in the day? You’re not alone. Many parents find it challenging to instill effective time management skills in their children. At CodeREV, we believe that learning should extend beyond textbooks and classrooms. That’s why our STEM classes are designed not only to inspire a love of science, technology, engineering, and mathematics but also to equip kids with valuable life skills, including time management.

The Importance of Time Management

Time management is a crucial skill that influences a child’s academic success, extracurricular participation, and overall well-being. Kids who can effectively manage their time tend to perform better in school, have less stress, and develop habits that serve them well throughout their lives.

How Our STEM Classes Promote Time Management

So, you might be wondering, how exactly do our STEM classes contribute to better time management skills? Here are a few ways:

1. Structured Learning Environment: Our classes are designed with a clear structure that includes schedules and deadlines. Kids learn to organize their time effectively, ensuring they complete tasks and projects on time.

2. Project-Based Learning: Engaging in hands-on STEM projects teaches kids to plan, allocate resources, and manage their time wisely to achieve project goals.

3. Problem-Solving Skills: Our curriculum encourages students to think critically and solve complex problems. This fosters a sense of responsibility and encourages effective time management to tackle these challenges.

4. Prioritization: In STEM, it’s essential to prioritize tasks and allocate time and resources efficiently. Kids learn to identify what’s most important and how to allocate their time accordingly.

5. Independent Learning: Our classes promote self-guided learning, allowing students to manage their own time and progress at their own pace, which is a vital skill for future success.

time management for kids: STEM classes

The Long-Term Benefits

The time management skills that kids develop in our STEM classes extend far beyond the classroom. As they grow and face more complex responsibilities, these skills become increasingly valuable. Whether it’s managing homework, extracurricular activities, or future projects, our students are better prepared to meet these challenges head-on.

Join Us in Cultivating Young Time Managers

At CodeREV, we understand the importance of nurturing well-rounded individuals who excel in both STEM subjects and life skills. Our STEM classes not only ignite a passion for learning but also equip kids with the time management skills they need to thrive in a fast-paced world.

If you want to give your child an edge in their education and in life, consider exploring our STEM classes. Watch as they not only grow in knowledge but also in their ability to manage time effectively, setting them up for success in the future.


Time management is a skill that will benefit your child throughout their life. Our STEM classes offer a dynamic, engaging, and hands-on way for kids to develop these skills, setting them on a path to success. Join us in providing your child with the tools they need to thrive in a world that demands effective time management. Enroll in our STEM classes today, and let’s inspire the next generation of innovators and time managers!

STEM in Everyday Life: How to Spot Learning Opportunities

In a world where Science, Technology, Engineering, and Mathematics (STEM) play an increasingly vital role, fostering a love for STEM in Everyday Life has never been more important. The good news is, STEM learning isn’t limited to textbooks and classrooms. In fact, STEM surrounds us every day, and there are countless opportunities for our kids to explore, experiment, and learn. The challenge? Spotting these moments and turning them into exciting learning experiences.

Everyday Science:

Kitchen Chemistry: Cooking and baking offer a treasure trove of scientific lessons. From measuring ingredients to understanding chemical reactions, the kitchen is a hands-on science lab.

Gardening Adventures: Planting seeds and nurturing a garden is an exploration of biology, botany, and ecology. Kids can learn about plant life cycles, photosynthesis, and ecosystems.

Weather Watch: Keeping an eye on the weather presents opportunities to study meteorology, atmospheric science, and even basic physics. Create weather journals or follow meteorological reports together.

Technology Tidbits:

  • Gadget Dissection: When old devices break or are no longer in use, take them apart together. It’s a fun way to learn about the inner workings of technology.
  • Coding Quests: Explore coding through kid-friendly apps or games. Learning the basics of programming can be a creative and logical adventure.
  • Tech Troubleshooting: Next time a tech issue arises, involve your child in the problem-solving process. It’s a real-world lesson in critical thinking and debugging.

Engineering Excitement:

  • LEGO Adventures: Building with LEGO blocks isn’t just play; it’s an introduction to structural engineering and design principles.
  • Bridge Building: Using household items like spaghetti and marshmallows, challenge your child to build bridges and explore the physics behind them.
  • Cardboard Creations: Cardboard boxes are the perfect canvas for constructing anything from simple structures to elaborate cardboard cities.

Math Moments:

  • Grocery Math: Make shopping a math lesson by having your child calculate costs, measure items, and estimate totals.
  • Board Game Bonanza: Many board games involve strategic thinking and math skills. From chess to Monopoly, they’re great for sharpening young minds.
  • DIY Puzzles: Create your own puzzles or riddles for your child to solve. It’s a playful way to engage their mathematical thinking.

Encouraging Curiosity:

  • Ask Questions: Encourage your child to ask “why” and “how” about the world around them. Answer questions to the best of your ability or explore the answers together.
  • Explore Together: Be curious with your child. Investigate insects in the garden, watch the stars, or take apart an old appliance to see what’s inside.
  • Celebrate Mistakes: Show that it’s okay to make mistakes. In fact, learning often comes from trial and error. Embrace the journey of discovery.
STEM in Everyday Life

Remember, STEM learning doesn’t always require a formal lesson plan. By recognizing the STEM opportunities in everyday life, you can foster your child’s natural curiosity and help them develop essential skills for the future. Encourage questions, exploration, and hands-on experiences to make STEM a part of your daily adventures.

Every day is a chance for your child to become a scientist, engineer, or mathematician-in-the-making. So, embrace the learning moments that surround you, and watch your child’s excitement for STEM bloom.

Let’s make learning an everyday adventure! Join us on this amazing learning adventure 🌟🔬🌿

The Impact of Parent Engagement in STEM Education: A School’s Guide

In the ever-evolving landscape of education, one thing remains constant—the pivotal role of parent engagement in their child’s learning journey. Nowhere is this partnership more vital than in the realm of STEM (Science, Technology, Engineering, and Mathematics) education. When parents actively engage in their child’s STEM learning, the impact can be profound, leading to enhanced educational outcomes and a lifelong love for these subjects.

Why Parent Engagement Matters in STEM Education

Strengthening Learning at Home: When parents actively participate in STEM activities at home, they extend the learning experience beyond the classroom. Whether it’s conducting simple experiments or exploring STEM-themed books, these shared moments deepen a child’s understanding.

Fostering Curiosity: Parental involvement can ignite a child’s curiosity. Asking questions, encouraging exploration, and providing opportunities for hands-on learning can spark a lifelong interest in STEM subjects.

Building Confidence: Children thrive when they have a support system. When parents show interest in STEM, it boosts a child’s confidence to tackle challenging concepts and problems.

Creating a Positive Attitude: Parents can shape their child’s attitude towards STEM. By making STEM learning enjoyable and non-intimidating, parents can help dispel the myth that these subjects are difficult.

parent engagement with stem learning

Tips for Fostering Parent-Teacher Engagement in STEM Education

As educators, we can help parents get more actively involved in their child’s STEM learning journey:

  • Open Communication Channels: Establish clear lines of communication between teachers and parents. Regular updates on what’s happening in the classroom and how parents can support STEM learning at home are essential.
  • Parent Workshops and Webinars: Host workshops and webinars specifically focused on STEM education. Provide parents with insights into the curriculum and tips for integrating STEM into daily life.
  • STEM Family Nights: Organize STEM-themed family nights at school where parents can actively participate in hands-on STEM activities alongside their children.
  • Encourage Questions: Promote a culture of asking questions. Encourage parents to reach out to teachers with any queries or concerns about STEM education.
  • Resource Sharing: Share a list of recommended STEM resources, including books, websites, and educational apps that parents can explore with their children.
  • Parent Volunteers: Invite parents with STEM expertise to volunteer in the classroom or assist with STEM-related extracurricular activities.
  • Celebrate Achievements: Acknowledge and celebrate student achievements in STEM. Highlight the progress and successes of students in newsletters or school events.

In Conclusion

Parent engagement in STEM education is not just beneficial; it’s essential. When parents actively participate in their child’s STEM learning journey, they contribute to the development of young minds ready to embrace the challenges of the future. As schools, educators, and parents collaborate, we create a powerful foundation for inspiring the next generation of scientists, engineers, and innovators.

So, let’s continue fostering this invaluable partnership between schools and parents, knowing that together, we’re shaping the STEM leaders of tomorrow. Learn more of what we do at CodeREV.

STEM and Creativity: How They Go Hand in Hand

When we think of STEM (Science, Technology, Engineering, and Mathematics), we often envision formulas, calculations, and technical concepts. However, there’s a common misconception that STEM is devoid of creativity. In this blog post, we’re here to debunk that myth and explore the rich interplay between STEM and creativity.

STEM and Creativity
STEM and Creativity

1. Creativity within the field:

STEM fields thrive on creativity just as much as they rely on data and equations. From designing innovative solutions to complex problems to imagining the next groundbreaking video game, creativity is the driving force that pushes STEM forward.

2. Solving Real-World Challenges:

Creativity in STEM is about identifying unique approaches to solving real-world challenges. Think of engineers designing sustainable buildings, scientists developing life-saving medical technologies, and programmers crafting a code. Each of these endeavors requires creative thinking to develop efficient and effective solutions.

3. Exploring New Frontiers:

Curiosity and imagination are the cornerstones of scientific discovery. Scientists and researchers often push the boundaries of knowledge by asking daring questions and proposing novel hypotheses. Indeed, this creative process leads to breakthroughs that transform our understanding of the world.

4. Innovation Through Collaboration:

Collaboration between individuals from diverse backgrounds fuels innovation. The exchange of ideas from various perspectives encourages creative problem-solving. STEM projects often involve teamwork, where each member contributes their unique insights to achieve a common goal.

5. Art of Design in Engineering:

Engineering is a prime example of creativity within STEM. For instance, engineers not only solve problems but also design products, systems, and structures that are functional, safe, and aesthetically pleasing. Balancing these factors overall requires a high degree of creativity.

6. Coding as a Creative Language:

Also, coding, often associated with logic, is also a creative process. Writing code involves constructing intricate sequences of commands to bring ideas to life. Like composing music or writing a story, certainly coding is a language of creativity.

7. STEM Education’s Creative Approach:

Finally, educators emphasize creative problem-solving in STEM education. Also, students are encouraged to explore multiple solutions, think critically, and express their ideas through projects and presentations. This approach nurtures not only their analytical skills but also their imaginative capacities.


In conclusion, STEM and creativity are not mutually exclusive; rather, they are intertwined in a dance of innovation and discovery. The essence of creativity lies in thinking beyond conventional boundaries, and STEM fields offer a canvas for such imaginative thinking. We believe that embracing creativity in STEM education, we foster a generation of individuals who can tackle complex challenges, shape the future, and truly transform the world. 

Lastly, we invite you to explore our game design, coding and engineering classes for kids at https://www.coderevkids.com/onlineclasses.php

Parent’s Guide: Nurturing Your Child’s Curiosity in STEM

As a parent, you hold the key to unlocking a world of curiosity and exploration in STEM for your child. When it comes to STEM (Science, Technology, Engineering, and Mathematics), your support can make all the difference in igniting a lifelong passion for these subjects. In this blog post, we’ll explore how you can play an active role in nurturing your child’s interest in STEM and empowering them to thrive in a rapidly evolving world.

Nurture Your Child's Curiosity in STEM
Nurture Your Child’s Curiosity in STEM

1. Embrace Curiosity in STEM Together:

Encourage your child’s natural curiosity in STEM by engaging in their questions. When they ask about how things work or why the sky is blue, take the time to explore the answers together. Curiosity is the foundation of STEM learning and by showing your own enthusiasm for discovery, obviously, you create a positive environment that encourages them to ask more questions.

2. Foster Hands-On Exploration:

Additionally , you can provide your child with opportunities for hands-on exploration. Simple science experiments at home, building projects with everyday materials, and even cooking together can spark their interest in STEM concepts. These activities allow them to see science and math in action, making the subjects more relatable and engaging.

3. Encourage Critical Thinking:

Challenge your child’s problem-solving skills through puzzles, games, and brain teasers. Critical thinking is at the core of STEM subjects. Consequently, by regularly engaging in activities that require logical reasoning and analysis, you’re preparing them for the challenges they’ll encounter in STEM learning.

4. Expose Them to STEM in Everyday Life:

Point out STEM elements in everyday situations. From the technology in the games they play to the design of buildings, show them how STEM is all around us. This helps them understand that STEM is not limited to a classroom—it’s a part of their world.

5. Celebrate Mistakes and Learning:

Create an environment where making mistakes is part of the learning process. When something doesn’t go as planned, help your child understand that failure is an opportunity to learn and improve. This growth mindset is crucial in STEM, where experimentation and iteration are key components.

6. Explore STEM Resources Together:

Utilize books, documentaries, online resources, video games like Minecraft and even visits to science centers or museums. These experiences can introduce your child to new STEM topics and expand their horizons.

7. Support Their Passions:

Pay attention to what specifically sparks your child’s interest within STEM. Whether it’s robotics, space exploration, coding, or something else, support their passions by providing related resources, kits, or classes. (Check our robotics, game design and engineering classes here)


In conclusion, as a parent, you’re a guiding force in shaping your child’s outlook on learning. By fostering curiosity, critical thinking, and a positive attitude toward challenges, you’re setting the stage for a lifelong love of STEM. Remember, you don’t need to be an expert; your enthusiasm and involvement are what truly matter. We’ll walk with you and your child the journey of STEM discovery together, and watch your child’s skills flourish. 

The Ultimate Guide to Summer STEM Camps for Kids: Unlocking the Future Through Education

Summer is just around the corner, and many parents are looking for fun and enriching activities for their kids. If you’re a parent looking for something that will not only keep your child engaged but also unlock his or her future potential, here are some key points you should consider before choosing a Summer STEM Camp for your child this summer.

STEM stands for Science, Technology, Engineering, and Math, and it encompasses a wide range of fields and skills that are critical to success in the 21st century. STEM education is becoming increasingly important as technology advances and the job market shifts towards more STEM-based careers. By enrolling your child in a summer STEM camp, you can give them a head start on developing the skills they will need to thrive in the future.

What are the benefits of Summer STEM Camps?

Summer STEM camps provide numerous benefits for children of all ages. Here are just a few:

Summer STEM Camps
  • Hands-on learning opportunities: STEM education is all about learning through doing. Summer STEM camps provide children with the chance to work on real-world projects, conduct experiments, and solve problems in a hands-on and interactive environment.
  • Boosting critical thinking and problem-solving skills: STEM education done correctly requires children to think critically and solve complex problems. By participating in a summer STEM camp, children can develop their analytical and problem-solving skills, which will be valuable in all aspects of their lives.
  • Teamwork and communication skills: STEM projects often require teamwork and collaboration. By working with other children in a summer STEM camp, children will learn how to communicate effectively, work as part of a team, and build leadership skills.
  • Inspires creativity and innovation: STEM education encourages children to be creative and innovative. By participating in a summer STEM camp, children will be exposed to new ideas and technologies that will inspire their curiosity and creativity.

How to Choose the Right Summer STEM Camp for Your Child?

Choosing the right summer STEM camp for your child can be a daunting task. Here are some factors to consider when making your decision:

  • Consider your child’s interests: Does your child have a particular interest in science, technology, engineering, or math? Look for a summer STEM camp that aligns with their interests and passions. Are they into tech, hands-on activities, roller coasters, legos, robots, making games, etc? Are arts and design involved in some ways?
  • Age range and skill level: Make sure the camp is appropriate for your child’s age and skill level. Some camps are geared towards younger children, while others are more advanced and/or cater to older children with a higher level of knowledge and experience.
  • Safety and supervision: Ensure that the camp has proper safety measures in place and that there are qualified instructors and counselors supervising the children. Look for camps that have good/great ratings by the public, are accredited, or have a good safety record.
  • Location and transportation: Consider the camp’s location and whether transportation is provided or if you’ll need to arrange for transportation yourself. Make sure the camp’s location is convenient for you and your child.

Summer STEM camps are a fantastic option for parents looking to provide their children with an engaging and educational summer experience. Explore hands-on learning opportunities, build critical thinking and problem-solving skills, encourage teamwork and communication, and inspire creativity and innovation. 

By choosing the right summer STEM camp for your child, you can give them a head start on developing the skills they need to succeed in the future. Go ahead and check out our multiple camp locations and see if there’s one that’s right for your child. You never know, it could be the start of an exciting journey towards a bright and rewarding future in STEM and innovation!

Code like a girl!

Does your daughter love any STEM subject? Girls who learn how to code may help preserve and boost their confidence. Here’s why and how to start coding like a girl:

Girls have been historically underrepresented in STEM (Science, Technology, Engineering, Mathematics) fields. According to a recent study from Florida State University, many young girls who love STEM subjects may wind up abandoning these interests before high school or college. 

The study shows that part of the problem resides in a tendency among girls to underrate their own abilities in subjects like math or engineering, which later leads them to pursue other interests instead. That’s why girls need extra encouragement regarding STEM interests. And the sooner the better because often girls begin to drift away from their STEM-related interests as early as fifth or sixth grade.

That’s a shame because STEM education and careers play a vital role in shaping the future of our world and improving the quality of life for people. It also means that many highly-intelligent girls won’t explore their talents in the job market for these fields—ones that typically offer excellent job security and higher-than-average salaries.

Code like a girl

So here are some reasons why it’s important for girls to be encouraged and supported in STEM:


Women bring unique perspectives, experiences and problem-solving skills to STEM fields. Gender diversity leads to a more innovative and effective work environment.

Closing the Gender Pay Gap:

Women who work in STEM careers often earn higher salaries than those in non-STEM fields, helping to close the gender pay gap.

Improving the Representation of Women in Leadership Positions:

Encouraging girls to pursue STEM careers can help increase the representation of women in leadership positions, leading to a more balanced and inclusive workplace culture.

Solving Global Challenges:

STEM fields are at the forefront of solving some of the world’s biggest challenges, such as climate change and access to healthcare. By encouraging girls to participate in STEM, we are giving them the tools to make a positive impact on the world.

Encouraging Creativity and Innovation:

STEM careers encourage creativity and innovation, helping girls to develop important skills that can be applied in many different fields.

In conclusion, it’s essential to support and encourage both boys and girls to pursue STEM education and careers. Exposing children to different learning experiences increases the opportunities for them to find the right fit for what they like to do. By doing so, we can create a more diverse, equitable, and innovative future. Check out our STEM classes and camps so your daughter can code like a girl!