Ignite the spark of genius
Learn how to design patterns using code. Get introduced to datasets in App Lab and learn how to visualize data and find patterns. Build games in Game Lab and share them with friends.
What you’ll learn
All Coding Champion learnings +
Cryptography
Intricate pattern designing
Advanced app development
Advanced game development
Coding, decoding, debugging
Scratch game development
Unique capstone project
Skills you’ll gain
Design thinking
Pattern recognition
App development
Game development
Analytical skills
Logic building
What you’ll achieve
Coding Prodigy Certificate
Game development certificate
Lifetime community access
Downloadable resources
Exclusive access to competitions
Activities for Coding Prodigies
Space shooter
Create your own interactive space shooter game where players can score points by shooting down enemy spacecrafts.
Mario dash
Create your own version of the popular game Super Mario and score points for avoiding obstacles in your path.
DJ Scratch Cat
Build an interactive app that lets players create their own tunes and rhythms and show off their DJ skills.
Learn Android and iOS game development and create apps with multiple screens. Get introduced to artificial intelligence (AI) and learn how to implement AI in various projects.
What you’ll learn
All Coding Champion learnings +
UI designing
Advanced game development
Andriod application development
Artificial intelligence
Nested loops
Debugging
Functions, parameters
Skills you’ll gain
App development
Game development
Artificial intelligence
Machine learning
Thunkable
Scratch programming
What you’ll achieve
Coding Prodigy Certificate
Game, App development certificate
Lifetime community access
Downloadable resources
Exclusive access to competitions
Activities for Coding Prodigies
Collect the Pokemons
Create a fun Pokemon game where the player clicks on different Poke Balls to unlock hidden Pokemons.
Minecraft Adventure
Create an exciting Minecraft game where you need to save your character from a fire-breathing dragon.
Pac-Man
Create your own version of the classic Pac-Man game in which players can score points by eating dots.
Take a deep dive into artificial intelligence, machine learning, neural networks, and more. Start building interactive, complex websites with HTML and Cascading Style Sheets (CSS).
What you’ll learn
All Coding Champion learnings +
Advanced web development
Advanced app development
Portfolio creation
Deep learning
Artificial intelligence
Andriod app development
API, databases
Wordpress, Firebase
Skills you’ll gain
Website building
HTML
CSS
Artificial intelligence
Machine learning
Neural networks
What you’ll achieve
Coding Prodigy Certificate
Web development certificate
Lifetime community access
Downloadable resources
Exclusive access to competitions
Activities for Coding Prodigies
Space warrior
Create an interactive game on Thunkable in which you shoot down your enemies to score points.
Snap it
Create your own Snapchat-type photo sharing application on Thunkable and share it with your friends and family.
Box model
Add colorful boxes to your websites to make them easy to navigate and to improve user experience.
Learn about Python, SQL and Node.js and discover how to work with data structures. Learn to organize and visualize data in different types of graphs using code.
What you’ll learn
All Coding Champion learnings +
Website development
Node JS and SQL
Python OOPs concepts
Python file handling
GUI using Python Tkinter
Data structures, algorithms
Data science introduction
Skills you’ll gain
Node.js and SQL
Python
Website building
Data structures
Data analysis
Data representation
What you’ll achieve
Coding Prodigy Certificate
Website development certificate
Lifetime community access
Downloadable resources
Exclusive access to competitions
Activities for Coding Prodigies
Snakes and ladders
Create your own text-based snakes and ladders game for two players and program a digital roll of dice.
Scientific calculator
Write a program in Replit that works just like a scientific calculator and performs complex calculations.
Histogram
Put your learnings in data structures and algorithms to create detailed and accurate graphs from data using code.
Get started with the language of possibilities i.e. Java and apply learnings to build Java-based websites. Start working with data structures and algorithms (DSA) to create AI and ML projects.
What you’ll learn
All Coding Champion learnings +
Java basics and advanced
SQL and PHP
Data structures and algorithms
Artificial intelligence
Artificial intelligence
Machine learning
Neural networks
Capstone project
Skills you’ll gain
Advanced Java
Artificial intelligence
Machine learning
Neural networks
Natural language processing
Word prediction
What you’ll achieve
Coding Prodigy Certificate
Website development certificate
Lifetime community access
Downloadable resources
Exclusive access to competitions
Activities for Coding Prodigies
Insert Records in Table
Create a website with interactive table that allows users to insert values into the table.
Library Management System
Create a website with interactives tables that lets users add, modify, remove or filter data from the table.
Select queries
Create websites that allow users to select data from one or more tables and use the filter functionality.
STEM.org Accredited Educational Experience
What is STEM.org?
STEM.org Educational Research (SER) is the longest continually operating STEM education research and credentialing organization that has served over 4,500 schools, districts, and organizations in over 25 countries.
Who gets STEM.org Accreditation?
The STEM.org Accreditation is awarded to institutions that develop 21st century skills, have an original curriculum revolving around STEM, adequately incorporate technology into classes, and offer hands-on STEM-based activities.
What does STEM.org Accreditation mean?
STEM.org Accreditation is awarded by STEM.org Educational Research (SER) after thoroughly examining and evaluating the educational institution’s curriculum, teachers, and courses for efficiency, effectiveness, and quality.
What students and parents have to say
Ray
Grade 3, Codingal Student
I love learning with Codingal. It's always fun and the teacher is nice and kind.
Billie
Grade 5, Codingal Student
Codingal classes are so much fun. I’ve started to really enjoy creating things with code.
Ikumi
Codingal Parent
Codingal's well-structured courses have made coding fun for my son. They're the best and the quickest.
Lavanya
Graduate, Homemaker
Codingal Parent
The courses develop multiple skills and ensure maximum clarity of coding concepts.
Arnav
Grade 3, Codingal Student
My sister and I both take classes on Codingal and we love to try out what we learned together after class.
Ira
Grade 2, Codingal Student
I'm glad I picked up coding at an early age as it has improved my logical thinking and sparked my creativity.
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Frequently Asked Questions
What is a Coding Prodigy course?
With 184+ fun and interactive activities, the Coding Prodigy course is ideal for your kid to excel at coding and build complex websites, games, and applications. In addition, it will help them advance their coding skills and build a deeper understanding of complex coding concepts like Cryptography, intricate pattern design, nested loops, functions, parameters, data structures, and algorithms.
What will my child learn during a Coding Prodigy course?
Your kid will learn Cryptography, advanced app development, game development, website development, Capstone project, Artificial Intelligence, and more.
He/ she will build an Integer game - Combine Coding and Maths with this fun Integer game. Create a solar system project, and learn HTML, CSS, and JavaScript.
By the end of the Coding Prodigy course, your kid will excel at coding and building complex websites, games, and applications, along with a STEM.org accredited certificate.
What is the duration of a Coding Prodigy course?
We offer 98 lessons, generally 4-8 classes per month. Depending on your chosen schedule, the course can be completed within 8-12 months.
Is the Coding Prodigy course schedule flexible?
Yes! You can work the classes around your child’s schedule by selecting any time and any day that suits you.
What are the benefits of learning coding for my child?
Learning to code helps kids improve their logical thinking, critical thinking, problem-solving skills, creativity, mathematics, and writing skills. When a kid learns to code, it also gives them valuable skills in life and at the workplace.
Coding provides a competitive advantage when applying to colleges, internships, and jobs.
According to STEM education statistics by 2025, 3.5 million STEM jobs will go unfilled. And others, like 71% of all new jobs in STEM are in computing, but only 8% of STEM graduates are in Computer Science.
In addition, basic programming knowledge can change how kids interact daily with the technologies they use. It’s a basic literacy–one we can’t afford to overlook.
My kid has ADHD; can he learn to code?
Yes. Coding is a hands-on activity where kids learn by making things and experimenting.
Children with ADHD often learn by doing and focus best when actively working on something. The hands-on nature of programming allows both of those things to happen.
When writing code, you have a tangible goal you’re working toward and get ongoing feedback on your progress toward that goal. That concrete feedback provides a reward that can help keep the ADHD brain engaged and motivated.
What college and career opportunities can coding courses lead to?
Tech literacy is key to success with 21st-century skills. Learning how to code will not restrict a child to just the IT industry but opens doors to any industry.
A coding curriculum designed around STEAM (science, technology, engineering, arts, mathematics) lays a strong foundation for children to succeed in college and careers.
They can choose to become a computer programmer, data scientist, game developer, mobile app developer, or a website developer. Coding courses for kids are an excellent investment.
Disciplines learned in coding classes, such as reasoning, logic, mathematics, computational thinking, decision-making, and creative confidence, can be applied in any field irrespective of career choices.
Will online coding courses help my child in improving his/her performance in academics?
Yes. Coding teaches kids to apply math in real-world situations. For example, counting, sequencing, and symbol recognition are mathematical tools applied in coding.
Coding serves computer-based subjects and methods and improves the understanding of music, arts, and creative thinking through comprehensive cognitive development.
What is the recommended age for kids to start a coding course?
Kids can start learning to code as early as 5-6 years old. When kids learn to code, it’s typically done under the guidance of a game.
This makes the process fun and engaging while the kids are still learning a new skill.
Our highly qualified Computer Science teachers at Codingal break the complex concepts into small digestible chunks for your child.
Kids who learn to code when they’re young can set themselves up for a lifetime of opportunities for success.
My child doesn’t have any experience. Is the Coding Prodigy course good for beginners?
Our Coding Prodigy course has been developed so that a complete beginner can follow along without any trouble.
With technology increasingly prevalent across so many industries, even basic coding knowledge can help kids regardless of the career they ultimately decide to pursue.
How will I stay updated on my child’s progress?
A key aspect of our coding courses for kids is keeping parents informed on what happens during the online coding class. We conduct the first Parent Teacher Meeting(PTM) after the 6th session, and the second meeting is conducted after the 12th session.
As the course progresses, the PTM happens after every 12th session. Parents receive progress reports after every Parent Teacher Meeting that indicate what students have done during their classes and have links to their projects.
Besides regular email updates on the kid's progress, parents and teachers are welcome to audit a current class or review recorded sessions of completed classes.
What kind of device does my child need to start learning to code?
All that is needed to learn coding with Codingal is a laptop/computer with a webcam and a stable internet connection.