Explore our Structured Curriculum
Encode Math is a series of Self-contained Exploratory Levels that use tech and simulations to help students reinforce and deepen their understanding of mathematics and provide them with the opportunity to learn and grow at their own pace.
Coordinate System & Shapes
Understand the coordinate system, draw shapes and jam it all by creating exciting figures!
Patterns & Programming Structures
Learn pattern-making through conditions, loops, and other cool programming styles
Angles & Transformation
Translation and Rotation:
Angles all in!
Jump in to know how to transform shapes
Pythagoras Theorem
A typical equation "a^2+b^2=c^2 to calculate length & height of things in real life
From Line to circle - An interactive project
Shapes spotlighted
Exploring shapes
Applied aspects of finding and estimating the value of pi
Story of Pi: Value & Application
A spiral of prime numbers!
Understanding the application of prime numbers in the modern technological world
Prime numbers through simulation
& coding
Patterns all around, Fibonacci! Application, and Visualization
Fibonacci Sequence & its Application
1
2
3
Our first level focuses on developing students' creative flexibility and rational thinking through the exploration of shapes, patterns, and loops
Level 1
Level 2
In level 2, we accelerate the understanding of standard math equations using hands-on coding techniques
Level 3
This level takes a thorough look at real-life math applications, which significantly improves emotional intelligence and critical thinking skills
Enhance your child's
Problem-Solving Skills
Encode Math course is designed to teach real-world math skills through a hands-on experience of solving complex problems with lots of room for exploration.
This will help students build their problem-solving skills and improve their ability to understand math through simulations and tech activities.
Lets Unbound Mentor
Connects in-class learning to at-home Math-Tech
practice
Explore our Structured Curriculum
Math through coding is a series of independent, standalone exploratory modules that use the power of coding and stimulation which reinforce and extend students' understanding of mathematics.
*Each level consists of 12 to 16 power-packed sessions guided by Lets Unbound certified mentors
1
2
3
4
Understand the coordinate system, draw shapes and jam it all by creating exciting figures!
Learn pattern-making through conditions, loops, and other cool programming styles
Translation and Rotation: Angles all in! Jump in to know how to transform shapes
A typical equation "a^2+b^2=c^2 to calculate length & height of things in real life
5
From Line to circle - An interactive project
Shapes spotlighted
6
Applied aspects of finding and estimating the value of pi
7
A spiral of prime numbers!
Understanding the application of prime numbers in the modern technological world
8
Patterns all around, Fibonacci! Application, and Visualization
See what parents and students say
See what Parents and Students Say
See what Parents and Students say
about Lets unbound Classes
Frequently Asked Questions
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What is the Programming language being used?The programming language being used depends on the course. For Game/App/Animation development, we use JavaScript whereas Web Development is done using HTML and CSS for the front end and JavaScript for the backend. The Core Python course and the Core Java Course use Python and JavaScript respectively.
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How will my child be able to learn coding in one 90 minutes workshop?Through the workshop, your child will be given a mere sneak peek into the world of coding. He/she will be given the opportunity to dive deep and explore the magical world of coding through this gateway. Teaching a concept and instantly applying the same to build a project motivates to think beyond the usual to further invent more and more games, apps, websites.
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Does learning Game Development and Web Development have to be done in the same order?We suggest learning Game Development first because it helps the child to understand the logical flow of coding and computational thinking for problem solving. Students should develop logical and computational thinking ability primarily because that is the first step to mastering the concepts. Once they are familiar with those ideas, they may take up Web designing in the front end using HTML and CSS and move onto backend coding for websites using JavaScripts which includes syntaxes.
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Can the projects that the kids do be published anywhere?Unbound students are able to develop practical and usable applications in game development and app development throughout the course. These projects can eventually be published and be made accessible to the public on their mobile phones.
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How do you manage a group class with every student having different learning speeds?The concepts are repeated to the students who have difficulty understanding and any doubts they may have are solved immediately. Meanwhile, the students who have grasped the lesson already are given puzzles to solve to help them retain concepts better.
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Will the students be able to cope up with their regular studies when they move up levels in the course?Yes. The sessions are only two days a week and concepts that the students learn are different from their regular academics. It can be seen as a fun and relaxing approach to learning new concepts rather than reading heavy material.
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How can parents track the homework or learning status of their child?Homework links for each class are shared to the parents in three different ways, either using the class Journal, Classcard or an Excel sheet.The excel sheet also logs the completion of the homework by each student which can be accessed by the parents to keep a track on the progress of their child.
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Are there any books that the student can refer to?We do not recommend any books. The kids at Unbound learn concepts using practical methods involving puzzles and projects which help them to remember the concepts well. They also maintain a virtual journal book by themselves, which they can refer to later on in case of any doubts.