1. Numbers.
2. Encodings
3. Propositional logic, Hardware implementation, Arithmetic operations
4. Introduction to Object Oriented Programming using Java.
5. Objects
6. Primitive values, Wrapper classes, Types and casting
7. Variables, Expressions
8. Statements, Scope
9. Methods and Constructors
10. Arrays, Strings
11. Basic input/output Data File Handling (Binary and Text).
12. Recursion
13. Implementation of algorithms to solve problems
14. Packages
15. Trends in computing and ethical issues
1. Boolean Algebra.
2. Computer Hardware.
3. Implementation of algorithms to solve problems.
4. Programming in Java
5. Objects
6. Primitive values, Wrapper classes, Types and casting
7. Variables, Expressions
8. Statements, Scope
9. Methods
10. Arrays, Strings
11. Recursion
12. Inheritance, Interfaces and Polymorphism.
13. Data structures
14. Complexity and Big O notation
1 Typical configuration of Computer system Organisation.
2 Boolean Algebra
3 Data structures
6 Networking Concepts.
7 Internet and Open source concepts
8 Web Designing
Technology is ever evolving. Time does not wait for anyone when it comes to development and the same goes for your child. According to recent studies, a child’s brain is very susceptible to new information at a young age. Thus, it is crucial to feed it with the right information for it to grow into an asset for their own future.
Coding is a growing and evolving line of career for everyone. This is your chance to make your child take a step ahead of their peers and reach the top of the success chain. Let them have fun and explore the world of coding to evoke the coding wizards inside them.
Former Software Engineer and MNC recruit, Mr. Saravanan Ganesh is a coding expert with hawk eyes for aspiring coders. He took the colossal step of quitting his job back in the year 2014 and invested himself as well as financially into the TechSparx venture, and is now always on the lookout for raw passion for learning.
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Learning has no age. A young brain can absorb vast amounts of knowledge which only makes them place themselves at an advantage of learning. A young mind can learn and implement at a swift pace and thus it only makes sense for them to get access to the future of coding.