Home / Grades 4 – 6
(1 – 10 Classes)
The course is aimed at students with little or no prior programming experience, Students will learn the basics of Scratch including defining sprites and programming. And they will learn about all the different programming blocks and how to use them, as well as create their own games.
Laptop, Tablet, or iPad.
No prior programming knowledge is required.
Create smart and fun games. Create animations and cool visual effects. Code - one of the most important skills to learn!. Understand complex computer science concepts by intuitively applying them in games. Be prepared to take on web development, app development, and game development.
Let’s see how we can use the Coding skills that we got to the next level by developing our first mobile.
(11-22 Classes)
We all carry mobile devices in our pockets, but instead of just using them - why not make your own apps? In the Introduction to App Building course, we'll use a blocks-based programming environment to create Apps and learn computer science concepts like variables, loops, functions, and conditionals.
A computer with a web browser (Chrome is preferred, but Safari, Firefox, and Edge also work).
No prior programming experience is required but if you have it will be great.
In this course, students will learn about the technical knowledge of app development and they will receive hands-on learning experience with app development right from its foundation to the process of designing an app and marketing them: Basics of App Development - Introduction to Various App Platforms - Design Thinking - Design an App.
With all the skills that we have now what about trying some fun science activities now?
(23 – 28 Classes)
Children are hands-on learners, and the world around them provides so many natural opportunities. That is why you should never underestimate the power of learning through play. Interacting with their environment will support their intellectual development.
A computer with a web browser.
No prior experience is required.
It can foster a lifelong love of science. It supports the development of other skills and attributes. Science creates engaged learners. Science gives children an understanding of their world.
We have coding skills and we are scientists now, what about lean about Artificial intelligence?
(29 – 39 Classes)
With the hands-on development of different shapes based on 2D and 3D architecture, this module will open up the way of thinking and visualizing structures.
A computer with a web browser.
No prior experience is required.
the easiest way to get your kid started with learning electronics. Using an interactive circuit editor, kids can explore, connect, and code virtual projects with a bottomless toolbox of simulated components.
It’s time for Python, isn’t it?
(40 – 44 Classes)
With the hands-on development of different shapes based on 2D and 3D architecture, this module will open up the way of thinking and visualizing structures.
A computer with a web browser.
No prior experience is required.
The idea is to get them thinking from the start about what they want to design and then how to build it. STEM learning takes off when kids move from thinking about how things work to making things that work.
It’s the time of the fun and creating a tangible project!
(45- 49 Classes)
Understand and apply the fundamental principles & concepts of computer science. Gain practical experience of writing computer programs to solve problems. Evaluate and apply information technology, including new or unfamiliar technologies analytically to solve problems Be responsible, competent, confident and creative users of information and communication technology.
A computer with a web browser.
No prior experience is required.
Computational thinking: prototyping Programming, modifying code, testing & debugging - Programming, iteration & selection - Creating real electronic projects.
You are a master now, what do you think about creating our own universe!
(50- 59 Classes)
Learn the basics of electricity and important terminologies like Voltage, Current and Resistance. Discover the common circuit symbols and measuring units. Getting introduced to simulation and how to design circuits. Getting started with a breadboard and learning how to build simple circuits. Make amazing electronics projects. Learn the different types of connections; Series and parallel connection. Understand the concept of logic gates and how they are built.
A computer with a web browser.
No prior experience is required.
the easiest way to get your kid started with learning electronics. Using an interactive circuit editor, kids can explore, connect, and code virtual projects with a bottomless toolbox of simulated components.
It’s time for Python, isn’t it?
(60- 69 Classes)
Learn the basics of electricity and important terminologies like Voltage, Current and Resistance. Discover the common circuit symbols and measuring units. Getting introduced to simulation and how to design circuits. Getting started with a breadboard and learning how to build simple circuits. Make amazing electronics projects. Learn the different types of connections; Series and parallel connection. Understand the concept of logic gates and how they are built.
A computer with a web browser.
No prior experience is required.
the easiest way to get your kid started with learning electronics. Using an interactive circuit editor, kids can explore, connect, and code virtual projects with a bottomless toolbox of simulated components.
It’s time for Python, isn’t it?
(70- 79 Classes)
With the knowledge of block-based Python, advanced Python will unleash the coding potential to develop projects. And Different inbuilt functionalities of Python would make students a step ahead to understand and learn any other programming language with a level of ease.
A computer with a web browser.
No prior experience is required, while block-based coding experience will be great.
Move kids from programming in Scratch to learning Python. Kids will bring a familiar drag-and-drop graphical user interface (GUI) to Python 3 programming.
You are a great Coder now, what about going farther?
(80- 92 Classes)
Get started coding your projects with Python, one of the world's most popular programming languages.
A computer with a web browser.
Block-based coding experience.
Kids will learn how to be very precise when coding in text-based languages, and Python is no exception. Even the spaces are important. These are called indentations, and they will learn how to deal with images, buttons, sensors and how accurate data we can get when dealing with Text-Based programming.
Wow, you are a master coder now, let’s see what is required to build our own website!
(93- 98 Classes)
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(99- 110 Classes)
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