Small groups, direct teaching
Six students maximum per session, so every child receives individual attention and can ask questions without waiting.
Small-group coding classes for kids 8–16
Programming, robotics, and AI basics taught through projects, not competitions
Live online sessions where each child works directly with an instructor in groups of six or fewer. We teach fundamental coding concepts, simple robotics, and introductory AI tools through structured projects. No advanced math or competition prep—just the skills and confidence to build real things.
How enrollment works
Write through the contact form
Tell us your child's age, any prior experience with coding, and your preferred start timeframe.
We reply with available start dates
You'll receive a message within two business days with group options and next steps.
Attend the free trial session
Your child joins one 90-minute introductory session to meet the instructor and try a sample project.
Decide and arrange payment
If you choose to enroll, we send payment details by e-mail; payment is arranged directly, not through the site.
Start the full course
Your child begins the twelve-week program with their assigned group and instructor.
Who this course is for
- Children new to programmingNo prior experience required; we start with visual block coding and introduce text-based languages gradually.
- Kids who enjoy building and experimentingThe course suits children who like hands-on projects, creative problem-solving, and trying out new tools.
- Families seeking structured learningParents who want a clear curriculum and regular instructor contact, not self-paced videos or open-ended exploration.
- Schools offering after-school programsWe work with schools to provide technology education as an extracurricular option for their students.
This course is not for children preparing for programming competitions, students who need university-level algorithms, or families looking for unstructured play sessions. It teaches fundamentals and applied project skills, not contest strategy or advanced computer science.
How the course works
Project-based learning, not theory drills
Each unit centers on building something concrete—a game, animation, robot movement sequence, or simple AI tool interaction.
Fundamentals before complexity
We teach loops, conditionals, variables, and functions through clear examples, not competition problems or advanced algorithms.
Live sessions with recordings
Children attend live and work alongside the instructor; recordings are available for 14 days to revisit concepts or catch up.
Tools with free versions
We use platforms and software that offer free tiers sufficient for the course, so no paid subscriptions are required.
Instructors who teach and build
Our team includes both educators and working developers who understand how to explain technical ideas to beginners.
What we teach and what we leave with families
What we handle
- Structured curriculum covering block coding, text-based programming, and project planning
- Live instruction and feedback during each session
- Introduction to robotics concepts and simple AI tools through guided exercises
- Progress tracking and session summaries sent to parents
- Troubleshooting code errors and explaining concepts in multiple ways
What stays with your child
- All project files, code, and completed work created during the course
- Choice of topics for independent practice between sessions
- Decisions about continuing with programming or exploring other interests
- Responsibility for practicing and reviewing concepts outside of class time
- Ownership of any original ideas or projects developed during the course
Why project-based coding works for beginners
Children learn programming best when they see immediate results from their work. In each session, students write code that controls a character, solves a puzzle, or responds to input—not abstract exercises disconnected from any outcome. This approach builds confidence and helps students understand why each concept matters.
We deliberately avoid competition-focused training and advanced topics that require higher math. Instead, the course introduces the core ideas of coding, robotics kinematics, and pattern recognition in AI tools through structured projects that any child in the age range can complete. The goal is to develop problem-solving skills and comfort with technology, not to prepare for contests or specialized exams.
- Every unit has a concrete deliverable the child can show and modify
- Concepts are introduced only when needed for the current project
- Mistakes become visible immediately, making debugging a natural part of the process
Our commitments
We keep the course focused on learning fundamentals and building real skills, without shortcuts or exaggerated promises.
- No competition or contest prepWe teach core concepts and project-based problem-solving, not the specialized techniques used in coding competitions.
- No disguising AI-generated workWhen students use AI tools, we explain how they work and teach them to examine and understand the output, not present it as their own writing or code.
- No promises about future careersWe introduce programming and technology concepts; we do not claim that completing this course will lead to specific jobs, university admissions, or professional roles.
- No physical hardware includedRobotics units use simulation software; families who want hands-on kits receive recommendations but purchase them separately.
Course format at a glance
- 12
- live 90-minute sessions over twelve weeks, one session per week
- 6
- students maximum per group, ensuring individual instructor attention
- 14
- days of access to session recordings after each class to revisit concepts
All sessions are live online; recordings are provided for later reference, not as a substitute for attendance.
Ready to enroll or have questions about the course?
Write through the contact form to ask about start dates, try the free introductory session, or discuss school partnership options. We reply within two business days.