1. Networking

 Content: Introduces the basics of computer networking, including types of networks (LAN, WAN, MAN), networking devices, and protocols.

 Objective: Understand the fundamentals of networking, different types of networks, and how data is transmitted over a network.

 2. HTML (Hypertext Markup Language)

 Content: Discusses the structure of web pages using HTML, including elements like headings, paragraphs, lists, hyperlinks, and images.

 Objective: Learn how to create simple web pages using HTML tags and attributes, focusing on structuring Content for websites.

 3. CSS (Cascading Style Sheets)

 Content: Explains how CSS is used to style HTML web pages, including properties like color, fonts, layout, and spacing.

 Objective: Understand how to use CSS to enhance the visual appearance of web pages and improve user experience.

 4. Programming in Python

 Content: Introduces basic Python programming concepts, including syntax, variables, data types, and control structures like loops and conditionals.

 Objective: Learn the fundamentals of Python programming to write simple programs using loops, conditions, and functions.

 5. Data Handling in Python

 Content: Focuses on how to handle data in Python using lists, dictionaries, and file handling methods. It also covers reading and writing data from external files.

 Objective: Understand how to manipulate data using Python’s builtin data structures and handle input/output operations effectively.

 6. Boolean Algebra

 Content: Explains the fundamentals of Boolean algebra, including logic operations, truth tables, and simplifying Boolean expressions.

 Objective: Learn how to apply Boolean algebra in problemsolving and simplify logical expressions for use in computing.

 7. Computer Memory and Data Representation

 Content: Describes different types of computer memory (RAM, ROM, cache) and how data is represented in computers using binary, octal, and hexadecimal systems.

 Objective: Understand how data is stored and represented in a computer system, and the role of memory in processing data.

 8. Boolean Algebra and Logic Gates

 Content: This chapter delves into the practical applications of Boolean algebra through logic gates (AND, OR, NOT, NAND, NOR, XOR).

 Objective: Learn how to construct and analyze simple digital circuits using basic logic gates and understand their functions.

 9. Communication Technologies

 Content: Discusses various communication technologies, including the Internet, mobile communication, and satellite communication.

 Objective: Understand different communication technologies and their role in transmitting information in today’s connected world.

 10. Database Management Systems (DBMS)

 Content: Introduces the concept of databases, their structure, and how data is managed using DBMS. Topics include relational databases, tables, and SQL queries.

 Objective: Learn how to organize and manage data efficiently using databases and SQL queries for data retrieval and manipulation.