Preparing Your Child
for a Digital Future
We teach coding as thinking — not memorizing. A project-based path led by software engineers and CS graduates with competitive programming experience (ICPC → ACPC).
Why Thinky Academy?
Because we don’t just teach kids how to code — we train the way they think: analyze, break down problems, and build solutions.
Logical Thinking
Develop structured problem-solving abilities and strong analytical thinking — guided by experienced mentors.
Creativity & Imagination
Encourage creative thinking by turning ideas into interactive and meaningful projects.
Communication & Leadership
Strengthen teamwork, collaboration, and leadership skills through guided learning.
Soft Skills
Build confidence, focus, time management, and essential social skills.
Learning Through Failure
Teach children how to learn from mistakes and develop resilience and persistence.
Future Opportunities
Open doors to global opportunities in technology, innovation, and future careers — built on real skills.
"Coding isn’t syntax — it’s understanding, iteration, and problem-solving."
About Thinky Academy
A different learning experience: strong engineering background, structured curriculum, and mentors who know how to build real skills.
We’re a team of software engineers and CS graduates. We competed in ICPC, reached the ACPC level, and brought that mindset into a kid-friendly curriculum.
We believe programming is not about memorizing commands; it’s about understanding a problem, breaking it down, and building a solution you can test and improve. That’s why we teach through projects and a clear progression — from Scratch and App Inventor to Python, then specialization in Godot and Problem Solving.
Our Learning Programs
Scratch
A visual introduction to programming that helps beginners understand core concepts through play and exploration.
App Inventor
An interactive platform that enables children to design and build their own mobile applications.
Python
A real-world programming language that empowers students to create practical projects and think like developers.
Godot
Game development track: from idea to a complete game while learning logic, physics, and real coding.
Problem Solving
Structured training on logic, algorithms, and problem decomposition — a solid base for competitive programming.
Your Learning Journey
A structured path from beginner to mastery: strong foundations, projects, then specialization
Beginner Level
Start your journey with Scratch and learn programming basics through games and interactive projects
Intermediate Level
Move to App Inventor and start building your own Android applications
Advanced Level
Master programming with Python and build real, complex projects
Game Development Track
Apply what you learned by building games with Godot — engaging projects that deepen understanding.
Algorithms & Problem Solving
Focused training on problem solving and algorithms: analysis, solutions, and optimization — ICPC mindset.
Plans & Pricing
Choose the perfect plan for your child's learning journey — prices are exactly as shown
2-3 GROUP PLANS
These prices are for small group classes (2 to 3 students max per group).
Semi-Annual
Quarterly
Monthly
Private 1:1 Plans
Dedicated one-to-one sessions with the instructor.
Annual
- Save +5220 EGP
Semi-Annual
- Save +1740 EGP
Quarterly
- Save +435 EGP
Monthly
- Monthly Plan
Frequently Asked Questions
Find answers to common questions about our coding programs
Coding classes are structured learning programs that teach children programming concepts through interactive activities, games, and projects. They focus on developing logical thinking and problem-solving skills in a fun, engaging way.
Coding classes for kids are age-appropriate programs designed to introduce fundamentals using visual tools like Scratch and App Inventor, then move to text-based languages like Python. After that, students can specialize in tracks like Godot (game development) and Problem Solving (algorithms).
Explain coding as giving instructions to a computer, just like following a recipe or building with blocks. It's about telling the computer what to do step-by-step to create games, stories, or apps. We use visual tools that make this process intuitive and fun.
Children can start learning coding basics as early as 6–7 years old using visual programming tools like Scratch. The key is age-appropriate teaching, then progressing to App Inventor and Python, and later to Godot and Problem Solving based on the student’s level.
Yes! With the right approach and tools, coding is very accessible for children. We use visual programming languages and game-based learning to make concepts easy to grasp. Children learn at their own pace with hands-on projects that keep them engaged.
Absolutely! Six-year-olds can learn coding using visual tools like Scratch Jr. and Scratch. They use colorful blocks instead of text, making logic easy to grasp — then we gradually progress to App Inventor, Python, and later Godot and Problem Solving.
Get in Touch
Have questions? We'd love to hear from you. Send us a message and we'll respond as soon as possible.
Contact Information
thinkyacademy@gmail.com
Phone
010 80898787
Address
Cairo, Nasr City, Egypt, 11311