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Author: Pranav Nerurkar, Anupama deshpande, Moreshwar Dhaiygude

Robotics - Class 6-12

₹8000(25 hours)

Introduction to Robotics:
- History of robotics
- Basic concepts and definitions
- Types of robots
- Applications of robotics in various fields
Mechanical Design:
- Components of robots (sensors, actuators, controllers, etc.)
- Designing robot structures (chassis, arms, grippers)
- Degrees of freedom and kinematics
Electronics and Electrical Circuits:
- Basics of electricity and circuits
- Sensors and actuators
- Microcontrollers (like Arduino or Raspberry Pi)
- Introduction to soldering and assembling electronic components
Programming and Software:
- Introduction to programming concepts
- Programming languages used in robotics (such as Python, C/C++, Scratch for younger students)
- Software tools for design and simulation
Robot Control:
- Open loop vs. closed loop control
- Use of different algorithms for movement and path planning
Sensors and Signal Processing:
- Types of sensors (ultrasonic, infrared, touch, light, etc.)
- Data acquisition and processing
- Interfacing sensors with microcontrollers
Actuators and Movement:
Robotics in Real World:
- Industrial robots
- Service robots
- Medical and assistive robots
- Unmanned vehicles (land, air, and water)
Safety and Ethics in Robotics:
- Safe design and operation of robots
- Ethical considerations in the use of robots (privacy, job displacement, etc.)
Hands-On Projects and Competitions:
- Designing, building, and programming a simple robot
- Working in teams to solve challenges
- Participation in robotics competitions like RoboCup, World Robot Olympiad (WRO), or FIRST LEGO League (FLL)
Emerging Technologies:
- Artificial Intelligence (AI) and Machine Learning (ML) in robotics
- Human-robot interaction
- Internet of Things (IoT) and robotics
Career Opportunities in Robotics:

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Programming course Classes 6-12

₹8000(30 hours)

Secondary Level (Classes 9 and 10):
- Understanding Computer Systems and Software
- Introduction to Object-Oriented Programming Concepts
- Basics of Java Programming (syntax, data types, variables, operators)
- Control Statements (if, if-else, switch, loops)
- Introduction to Classes and Objects
- Basic Input and Output
- Simple Programs focusing on aforementioned concepts
Senior Secondary Level (Classes 11 and 12):
- Review of OOP Concepts in Java (Classes, Objects, Constructors, methods)
- Data Structures: Arrays, Strings
- Inheritance and Polymorphism
- Interfaces and Abstract Classes
- Exception Handling
- File Handling and I/O Streams
- Collections Framework (may be introduced)
- Basic GUI programming with AWT/Swing (if part of the syllabus)
- Applet Programming (though applets are largely deprecated)
- Event Handling and Layouts
- Multithreading (basic introduction)
- Networking (basic concepts if included in the curriculum)
- Database connectivity through JDBC (if included in the curriculum)

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Python programming classes 6-12

₹8000(40 hours)

Grade 11:
1. Getting Started with Python
  - Introduction to Python
  - Basic concepts: Variables, Data Types, Operators
2. Flow of Control
  - Conditional statements (if, if-else, if-elif-else)
  - Looping (for and while loops)
3. Functions
  - Defining and calling functions
  - Passing parameters and returning values
  - Recursion
4. Data Handling
  - Lists
  - Tuples
  - Dictionaries
  - Strings
5. File Handling
  - Reading from and writing to files
  - Understanding file operations and modes
  - Using with block for resource management
6. Exception Handling
  - Try-except block
  - Handling multiple exceptions
  - finally block
Grade 12:
1. Data Structures
  - Stacks and Queues
  - Linked Lists (in some cases introduced)
  - Trees and Graphs (basic overview)
2. Object-Oriented Programming
  - Classes and Objects
  - Inheritance
  - Polymorphism
  - Encapsulation and Abstraction
3. Databases and SQL
  - Introduction to DBMS
  - Basic SQL queries
  - Connecting Python with databases
4. Boolean Algebra
  - Binary numbers and operations
  - Boolean functions and gates
5. Networking with Python
  - Basics of networking
  - Creating simple network applications
6. Web Development (optional)
  - Introduction to web frameworks such as Flask or Django
  - HTML/CSS basics, and integrating with Python
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