The syllabus consists of six chapters - Operating System and Graphic User Interface - Role and Functions, Spreadsheet - Functions and Charts, Algorithms and Flowcharts, Program Coding, App Development, and Networks.

1. Operating System (OS) and Graphical User Interface (GUI) - Role and functions

  • Introduction, need, functions, features and types of Operating System: definition and examples of single user.
  • Meaning of user interface and its types (CUI, GUI).
  • Introduction to GUI and its advantages.

2. Spreadsheet - Functions and Charts

  • Method to enter formulae.
  • Meaning of Range, selecting range, naming a range.
  • Cell referencing and its types (relative, absolute, mixed - with examples).
  • Naming, renaming and deleting a sheet from sheet tab.
  • Meaning of Functions.
  • Rules to enter a function like Sum, Average, Max, Min, count, etc.
  • Creating a chart.

3. Algorithms and Flowcharts

  • Introduction to algorithm - definition and its use.
  • Characteristics of a good algorithm.
  • Steps to develop an algorithm.
  • Writing algorithms.
  • Definition of flowcharts.
  • Various symbols used in flowcharts.
  • Solving problems by writing algorithms and drawing flowcharts till decision making. (excluding loops)

4. Program Coding

  • Introduction to Program coding / programming.
  • Components of a program: identifiers, their naming rules.
  • Literals (like integer, real and string).
  • Data types and the need for different data types (like int, char, float, etc.).
  • Declaration and initialisation of variables.
  • Arithmetic operators (+, -, *, /, %), relational and logical operators.
  • Assignment operator and its use.
  • Compiling and executing programs.
  • Concept, use and syntax of if, if else, if else if ladder

5. App Development

  • Introduction to apps - Working of apps.
  • Uses of some commonly known apps.
  • Types of apps: web or online, mobile.
  • Development of simple apps (using any free app development software).

6. Networks

  • Definition of Network and its components (sender, receiver, medium).
  • Definition of different types of networks with examples (LAN, MAN, WAN, PAN, CAN).
  • Meaning of various terms related to internet: Intranet, URL, ISP, IP address, DNS, webpage, website, web portal, MODEM, switch, hub, router, gateways, link, hyperlink, hypertext, band width.
  • Definition of protocol (HTTP, FTP, TCP/IP, IMAP, SMTP - a brief explanation of each and their purpose).
  • Introduction to Cloud Computing: characteristics and advantages.
  • Storing and sharing data / information using Cloud Computing.