The Art of Code

Ruby for Young Coders

A 14-week adventure into the art of programming, based on the 'Learn Ruby The Hard Way' methodology.

Why Ruby? A Great First Language.

We teach Ruby because it's designed for developer happiness. Its simple, readable syntax makes it a perfect first language for young learners.

Traditional Language (C++)

#include <iostream>

int main() {
  for (int i = 0; i < 5; ++i) {
    std::cout << "Hello!" << std::endl;
  }
  return 0;
}

Elegant & Modern (Ruby)

5.times { puts "Hello!" }

Course at a Glance

14 Weeks

A structured, project-based learning path.

Ages 11-16

Perfect for middle and high school students.

Online or Offline

Classes are held based on the group's preference.

Certificate

Receive a certificate of completion.

Unlock Your Child's Potential

This course is designed to build a strong foundation in programming logic, problem-solving, and real-world coding skills.

  • Gain hands-on experience with real-world Ruby programming.
  • Develop critical thinking and debugging skills through practice.
  • Learn to use professional tools like Git and GitHub.
  • Build a complete text-based adventure game from scratch.
  • Receive a Certificate of Completion to showcase their achievement.

What Parents & Students Say

"The 'Hard Way' method taught our daughter not just to code, but how to think like a programmer. Her attention to detail has improved in all her subjects."
Anna G.Parent
"I finally get it! Making my own game was the coolest part. It was hard but really fun."
Levon M.Student, Age 13
David Khachatryan

Learn from Our Co-Founder

As a co-founder of the Rise Educational Foundation, David is passionate about empowering the next generation of Armenian innovators. He brings his expertise and a dedication to quality education directly to the classroom to mentor young coders.

David Khachatryan, Co-Founder & Lead Instructor

Our Proven Method: The Hard Way Is Easier

We teach the three essential skills every new programmer must master. This method is challenging, but it's the fastest path to true competence.

Reading & Writing Code

By typing every example, you'll build muscle memory and learn to read the language fluently.

Attention to Detail

Copying each example exactly trains your brain to focus and spot errors before they become bugs.

Spotting Differences

Comparing your code to the correct version trains your brain to see differences, a crucial skill for debugging.

The Golden Rule: Do Not Copy-Paste

You must type each exercise manually. Copy-pasting cheats you out of the learning process.

Embrace the Challenge

Learning to code is difficult. But if you persist, your brain will suddenly 'snap' and you will get it. Don't quit before the breakthrough.

14-Week Curriculum Outline

Core Program (Based on LRTHW)

  • 1

    Setup, first program, comments (Ex0–2)

  • 2

    Math, variables, printing (Ex3–5)

  • 3

    Strings, input/output (Ex6–11)

  • 4

    Files and command-line args (Ex12–15)

  • 5

    Writing and copying files (Ex16–17)

  • 6

    Functions and return values (Ex18–21)

  • 7

    Code review and challenges (Ex22–25)

  • 8

    Booleans and conditionals (Ex26–31)

  • 9

    Lists and loops (Ex32–34)

  • 10

    Game logic and debugging (Ex35–36)

  • 11

    Symbols, hashes, dictionaries (Ex37–39)

  • 12

    Final project: Build your own game (Ex45)

Weeks 13–14: Advanced Topics

  • 13

    Project skeleton and automated testing (Ex46–47)

  • 14

    Bonus: Build a simple web game (Ex50–52)

Invest in a Lifelong Skill

227,900֏139,900֏
/ for the 14-week course
  • Early Bird Discount (40% Off)
  • Installment Plan: 4 payments of ֏65,000
  • All 14 weeks of instruction (~35 hours)
  • All course materials & projects
  • Access to GitHub Classroom

Frequently Asked Questions

Is this course suitable for absolute beginners?

Yes! We start from the very basics and assume no prior programming knowledge. It's designed for ages 11-16.

What if my child misses a class?

All sessions are recorded and available for review. We also offer office hours for students to catch up.

Do we need a powerful computer?

No. Any modern laptop or desktop computer (Windows, macOS, or Linux) is sufficient for this course.