Syllabus of Computer Science for grade 11
1. Computer
System
1.1 Introduction to Computers:
Understand the characteristics and applications of computers.
1.2 Evolution of Computers: Learn about
the historical development and generations of computers.
1.3 Processing Speed and Storage Units:
Describe and utilize different measurement units for processing speed and
storage.
1.4 Computer Types: Introduce and
compare Super, Mainframe, Mini, and Microcomputers.
1.5 Mobile Computing: Understand mobile
computing and its applications.
1.6 Computer Architecture: Sketch and
describe the organization and architecture of a computer system.
1.7 Computer Components: Identify and
explain the main components of a computer system.
1.8 Microprocessor and Bus System:
Introduce and explain the function and structure of microprocessors and bus
systems.
1.9 Memory Types: Differentiate between
and explain primary and secondary memory.
1.10 Input and Output Devices: Identify
and use various input and output devices.
1.11 Hardware Interfaces: Describe and
utilize different hardware interfaces.
2. Number
System and Conversion Boolean Logic
2.1 Number System: Introduction to
number systems and conversion between Decimal, Binary, Octal, and Hexadecimal.
2.2 Boolean Algebra: Introduction to
Boolean values, truth tables, expressions, and functions.
2.3 Logic Gates: Introduction and
explanation of various logic gates.
2.4 Boolean Algebra Laws: Describe the
fundamental laws of Boolean algebra.
3. Computer
Software and Operating System
3.1 Software Categories: Explanation of
different software categories.
3.2 Operating System Concepts:
Understanding the functions and etymologies of operating systems.
3.3 GUI Operating Systems: Description
of GUI-based operating systems and their features.
3.4 Desktop Applications: Introduction
to desktop applications and Windows environment.
3.5 File Management: Creating files and
folders using file explorer.
3.6 Customization: Customizing the
start screen and desktop.
3.7 Device Management: Installing and
removing devices.
3.8 Password and Privacy: Managing
passwords and privacy settings.
3.9 Control Panel and System Tools:
Using the control panel, system tools, and accessories.
3.10 Open Source and Mobile OS:
Understanding the concept of open source and mobile operating systems.
3.11 Linux and UNIX: Introduction to
Linux, UNIX, and various Linux distributions.
3.12 Mobile Operating Systems:
Explanation of different types of mobile operating systems.
4.
Application Package
4.1 Office Package: Description and
application of office packages (Word Processor, Spreadsheet, Presentation).
4.2 Domain-Specific Tools: Introduction
to various domain-specific tools.
5.
Programming Concepts & Logics
5.1 Programming Languages: Introduction
and identification of programming language levels.
5.2 Compiler, Interpreter, Assembler:
Comparison of compilers, interpreters, and assemblers.
5.3 Errors in Programming: Introduction
to syntax, semantic, and runtime errors.
5.4 Control Structures: Introduction
and application of control structures.
5.5 Program Design Tools:
Identification and use of program design tools.
5.6 Character Encoding: Description of
absolute binary, BCD, ASCII, and Unicode.
5.7 C Language Features: Understanding
the features and structure of the C programming language.
5.8 C Preprocessor and Header Files:
Introduction and use of C preprocessor and header files.
5.9 Character Sets: Introduction and
application of character sets.
5.10 Identifiers, Keywords, Tokens:
Explanation of identifiers, keywords, and tokens.
5.11 Data Types: Introduction to basic
data types.
5.12 Constants, Variables, Operators:
Understanding and application of constants, variables, and operators.
5.13 Specifier Types: Identification
and application of different specifier types.
5.14 Statements: Understanding and
application of simple and compound statements.
5.15 I/O Functions: Introduction to
input/output functions.
5.16 Control Statements: Introduction
to selection control and iteration control statements.
5.17 Arrays and Strings: Description
and application of array and string functions.
6. Web
Technology I
6.1 Web Browsers and Search Engines:
Exploring web browsers and search engines.
6.2 Internet and Web Technology:
Overview of internet and web technologies.
6.3 Content Management Systems:
Explanation and use of CMS.
6.4 HTML Structure: Description of HTML
objectives and structure.
6.5 Tags and Attributes:
Differentiation between tags and attributes.
6.6 HTML Tags: Description and use of
various HTML tags.
6.7 Cascading Style Sheets (CSS):
Introduction to CSS, its types, and applications.
7.
Multimedia
7.1 Multimedia Introduction:
Introduction and application of multimedia.
7.2 Multimedia Components: Description
of multimedia components.
8.
Information Security and Cyber Law
8.1 Digital Society and Ethics:
Description of digital society and computer ethics.
8.2 Information Security: Understanding
the concept of information security and cybercrime.
8.3 Cybercrime Protection: Exploration
and application of protective measures against cybercrime.
8.4 Intellectual Property Rights:
Identification and adherence to intellectual property rights.
8.5 Digital Signatures: Understanding
and application of digital signatures.
8.6 Cyber Law in Nepal: Analysis of
cyber law and ICT policy in Nepal.
