6-8 Year Olds

Children between the ages of 6 and 8 are in a powerful stage of brain development. They’re transitioning from imaginative play in early childhood into more structured, logical thinking, yet they continue to love play-based creative learning. This makes it the ideal time to introduce coding, robotics, and engineering concepts through hands-on making and learning.

At this age, children:

  • Begin to understand cause and effect, and can follow multi-step sequences

  • Develop stronger working memory and attention span

  • Start to think computationally - noticing patterns, predicting outcomes, and debugging mistakes

  • Are eager to collaborate and show their ideas to others

  • Need experiences that blend structure and freedom, allowing them to explore creativity while learning real-world logic

How Robofun’s Programs Support Brain Growth:

Coding & Game Design 1st-2nd

In our Coding & Game Design program, students become game creators, not just players. Students bring their ideas to life as interactive games using Scratch, a program designed by the MIT Media Lab.

Minecraft 1st-2nd Grade 

Kids use the well-known and beloved Minecraft platform to explore how electricity and circuits work. This STEM science camp is a fun and hands-on way to blend gaming with real engineering principles.

Spike Robotics 1st-2nd Grade

Kids dive into making and coding robots with the LEGO Education Spike platform, one of the most engaging STEM learning tools for children. This program is perfect for young learners ready to use their creativity and curiosity to design, build, and program working robots.

Coding & Game Design 1st-2nd

In each class, students learn the foundations of programming through both play and logic. They will build and customize games like “Adventure,” “Maze,” and “Platform,” learning how to develop and piece together code. As they move through the program, they will advance their coding skills and increase the complexity of what they’re working on to more realistic games.

  • This class strengthens logical reasoning and sequencing through drag-and-drop programming. Coding & Game Design encourages students’ creative expression by teaching them to make and customize their own games. By the end, children have developed focus and perseverance through iteration to solve coding challenges. Kids’ brains are wired to explore logic through play at this age, and coding helps turn curiosity into creative confidence.

Minecraft 1st-2nd Grade

In this class, students design machines that open doors, trigger traps, or light up creations. Using Minecraft’s “Redstone” system, the game’s version of circuitry, they can power buildings with floors and walls. Redstone circuit systems mimic real electronics, teach students problem-solving, and help them apply the same concepts to real-world projects, such as creating an LED wand or a working alarm box. Each class combines imagination with simple engineering and circuitry.

  • Minecraft gives children a familiar, exciting space to connect digital play to STEM principles, while fostering curiosity and experimentation. World-building within the Minecraft platform enhances spatial reasoning and planning. Students build confidence, teamwork, and critical thinking, all while creating projects that ignite curiosity about science and technology. Minecraft taps into the natural problem-solving and imaginative skills that develop at this age, connecting fun with science.

Spike Robotics 1st-2nd Grade

Students use LEGO bricks, sensors, motors, and a simple drag-and-drop coding language (based on MIT’s programming language Scratch) to make their robots move, react, and complete fun challenges. Each class introduces new concepts in robotics, logic, and teamwork through engaging projects built for this age group.

  • Spike Robotics helps children build confidence as thinkers, makers, and problem solvers. Through hands-on LEGO engineering, students build fine motor skills. Their executive functioning is strengthened through planning, testing, and revising designs. Teamwork and social-emotional learning are encouraged, as students collaborate to bring their robots to life. Robotics gives young learners a tangible way to build focus, coordination, and an early love for engineering.

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Frequently Asked Questions

  • Not at all. Our programs are designed for beginners and returning students alike. Whether it’s coding with Scratch or building with LEGO Spike, we assess and develop a starting point for each child help each child progress at their own pace.

  • Each class helps build logic, problem-solving, creativity, and teamwork. Through coding, robotics, and circuits, children learn how to think systematically and explore patterns. These programs also strengthen focus and perseverance, essential foundations for both school and future STEM camp experiences.

  • Robofun offers both seasonal and year-round options. Families can choose vacation day and summer camp programs or enroll in afterschool classes during the school year that provide deeper project experiences. Every session is designed to include real learning that is both motivating and fun.

  • Between ages 6 and 8, children are transitioning from imaginative play to structured, logical thinking. Our STEM-based programs use that stage of brain growth to help children connect creativity with problem-solving. Each project strengthens working memory, sequencing, and spatial reasoning, core skills that support academic success.

  • Our programs combine fun and focus. While many city day camps offer general play, Robofun provides immersive experiences where children learn to build, code, and create tangible results. Small class sizes and individualized instruction ensure every child feels supported.

  • Yes. Every session introduces new challenges and themes, so returning students can continue advancing their skills. Our instructors adapt projects to match your child’s interests and experience, ensuring a fresh and exciting learning path.

  • Minecraft introduces electrical engineering and logic through Redstone circuits, making STEM learning tools accessible and fun, and transforming playtime into real-world problem-solving.

  • That’s perfect. Creativity and technology work hand in hand here. Coding, robotics, and Minecraft & Circuits help artistic thinkers express their ideas in new ways. From designing a game world in Scratch or Minecraft to building an imaginative robot, children explore STEAM-based education that honors both logic and artistry.

  • Yes. Our curriculum is flexible and project-based, so children can jump in at any skill level. They’ll find new challenges, more advanced builds, and opportunities to collaborate in an environment that encourages creativity and exploration. Because our class sizes average around 6 - 8 children, each child receives significant individual attention and direction. Our mentors are experienced educators who are thoughtful in creating customized learning for the level of each child.

  • These classes are designed specifically for students in 1st and 2nd grade, typically ages 6 to 8. This age is ideal for introducing structured yet playful learning, helping children build confidence with coding, robotics, and circuits while their brains are primed for curiosity and connection.

  • Our programs serve as stepping stones within a larger STEM learning pathway. Kids who start in Coding & Game Design, Minecraft & Circuits, or Spike Robotics gain the foundation needed for the 3rd-6th grade programs and advanced classes like Python Coding.