Is this course suitable for my child’s age? What if they have no previous experience? Will they join a new or existing group?

Yes! We place children by age and experience level: - Visual Programming (VP): Ages 7–11 - Python: Ages 12–16 - Robotics & Game Design: Mixed ages, grouped by skill Most children start with no prior experience — our curriculum begins with beginner-friendly lessons. Depending on your preferred schedule, your child can join either a new group (starting from lesson 1) or an existing group. To ensure the right placement, we always offer a free trial lesson.

Is 90 minutes too long for younger children? Can parents stay during the lesson?

The 90-minute format works very well because it incorporates short breaks, hands-on tasks, and interactive activities that keep children engaged. Children concentrate better without parents in the room, but you are welcome to arrive a little early — we will happily show you the project built during the day.

What language is used for instruction?

All regular courses are taught in German, and all instructors also speak English. If your child needs support in English, we are very happy to assist.

Can my child switch from Visual Programming to Python?

Yes — children can switch from Visual Programming to Python as soon as they are ready. Parents receive weekly updates, progress reports, and project files, which help determine the right transition point together with the teachers.

Can we start on a monthly basis? What happens if my child does not enjoy the course? Are sibling discounts available? What is included in the price?

We offer: - Monthly membership (flexible, cancel anytime) - Full package for the entire course (best price; can be paused for holidays) If your child does not enjoy the course, you can: - Try another course or day - Change locations - Cancel the monthly membership at any time - Start with a free trial lesson Sibling discounts: 10–15% depending on the course. Included in all monthly prices: learning materials, software licenses, platform access, teacher support, progress reports, final presentation. No hidden fees.

Are the courses online or in person?

We offer both in-person teaching and online courses. In-person locations: - Mitte (An der Kolonnade 11) - Prenzlauer Berg (Prenzlauer Allee 186) - GLS Campus (for camps & selected groups)

Game Design and Animation for Kids

A child programming their own video game on a computer.

Games, web design, and animation are far more than just leisure activities—they are powerful mediums that equip children for a technology-driven world. At Train the Future, we combine creativity, technology, and play to help young learners unlock their potential.

Children design creative animations.

Our Courses Inspire:

Creative expression: Children bring their unique imaginations to life.
Original character design: Crafting distinct heroes, villains, and animations.
Exciting game mechanics: Designing interactive game levels, physics, and rules.
Compelling storytelling: Developing engaging narratives and quests.
Logical problem-solving: Debugging code and thinking through technical puzzles, building resilience and confidence.

What Do Kids Learn in These Courses?

We introduce children to fundamental programming concepts such as variables, loops, conditionals, functions, and data structures. Using beginner-friendly tools and languages like Python and JavaScript, students can build games, websites, and animations step by step without feeling overwhelmed. Collaborative team projects also encourage communication and peer feedback.

Which Tools Do Children Use?

As learners advance, they explore industry-standard technologies such as HTML5, CSS3, and JavaScript for web development, alongside creative suites like Canva and game design engines. These hands-on tools provide tangible, real-world skills that prepare students for tomorrow’s opportunities.

Benefits Beyond Technical Coding

Beyond learning how to write code, children develop valuable social and cognitive skills:

Presenting finished games and animations to peers, family, and instructors.
Working constructively in teams and giving helpful feedback.
Transforming from passive players into proud creators of their own digital worlds.

Children program a video game together at a computer.