ICSE Syllabus Class 8 Computer Applications
ICSE Class 8 Computer Applications Syllabus
Computer science is the study of computing devices. Artificial intelligence, security, database systems, computer systems and networks, HCI, vision and graphics, numerical analysis, programming languages, software engineering, bioinformatics, and computing theory are the main subfields of computer science that can be studied. Problem-solving, a necessary life skill, is the most significant component of computer science. The design, development, and analysis of hardware and software used to address issues in many businesses, scientific, and social contexts are topics covered by students. Computer science becomes more crucial as technology becomes more pervasive in our lives and the economy. Every day, people assess and confront computer science. It is used by everyone from engineers to doctors, students to teachers, business owners to investors, and government organisations to carry out certain jobs for amusement, internet income, and office labour. Computers have made our lives easier over the last few decades.
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Apart from ICSE Syllabus Class 8 Computer Applications, Extramarks also provides various comprehensive materials, such as ICSE Solutions, ISC & ICSE Syllabus, ICSE sample question papers, ICSE revision notes, ICSE important questions and ICSE question papers.
ICSE Class 8 Computer Applications Syllabus 2023-2024
A syllabus, sometimes referred to as a curriculum or a list of directives, is something the examination board gives to the instructor, who will teach and organise the subject for the full academic year. The ICSE syllabus Class 8 Computer Applications is a comprehensive document that conveys detailed information about a particular subject and outlines students’ and teachers’ obligations and expectations. Mentioned below are ICSE syllabus Class 8 Computer Applications.
| ICSE syllabus Class 8 Computer Applications | |
| Unit No. | Topics |
| 1. | Operating System (OS) and Graphical User Interface (GUI) – Role and functions |
| 2. | Spreadsheet – Functions and Charts |
| 3. | Algorithms and Flowcharts |
| 4. | Program Coding |
| 5. | App Development |
| 6. | Networks |
Contents of ICSE syllabus Class 8 Computer Applications
Unit 1. Operating System (OS) and Graphical User Interface (GUI) – Role and functions
- Introduction, necessity, features, and classification of operating systems.
- Definition and examples of single users.
- Meaning and types of user interfaces (CUI, GUI).
- Description of GUI and its benefits.
Unit 2. Spreadsheet – Functions and Charts
- Technique for entering formulas.
- Meaning of a range, range selection, and range naming.
- Types of cell referencing (relative, absolute, mixed – with examples).
- Sheet tab naming, renaming, and sheet deletion.
- Functions’ meaning.
- Guidelines for entering functions such as sum, average, max, min, count, etc.
- Construct a chart
Unit 3. Algorithms and Flowcharts
- Introduction to algorithms, their use, and their definition.
- Characteristics of a good algorithm.
- Process for creating an algorithm.
- Developing algorithms.
- Flowchart definition.
- Various symbols used in flowcharts.
- Creating flowcharts and creating algorithms to solve problems all the way to decision-making (Without loops)
Unit 4. Program Coding
- An introduction to programming and coding.
- Program components include identifiers and their naming conventions.
- Literals (like real, string and integer)
- Types of data and the necessity for various types of data (like int, char, float, etc.).
- Variable declaration and initialization
- Logic and relational operators and arithmetic operators (+, -, *, /,%).
- Assignment operator and its use.
- Programming compilation and execution.
- Concept, use and syntax of if, if else, if ladder, if else.
Unit 5. App Development
- Introduction to apps and working of apps.
- Uses of some commonly known apps.
- Types of apps: mobile, web or online.
- Creation of simple apps (using any free app development software).
Unit 6. Networks
- Network definition and list of parts (sender, receiver, medium).
- Definition of various network types with examples ( CAN, LAN, WAN, MAN, PAN).
- Different terminology used concerning the internet and their definitions include Intranet, URL, IP, ISP, address, DNS, website, webpage, web portal, MODEM, switch, router, hub, gateways, link, hypertext, hyperlink and bandwidth.
- Definition of a protocol (a brief description of each and its function for HTTP, FTP, TCP/IP, IMAP, and SMTP).
- Introduction to Cloud Computing: characteristics and benefits.
- Using cloud computing, storing and sharing data/information.
ICSE Class 8 Computer Applications Syllabus & Study Materials 2023-24
The ICSE syllabus Class 8 Computer Applications is a document that contains all the pertinent details. The ICSE syllabus Class 8 Computer Applications includes a list of the topics you will cover for examinations. The Computer Syllabus for Class 8 serves as a tool to help teachers and students.
The ICSE syllabus Class 8 Computer Applications will help the students prepare for the upcoming Computer Applications chapters in higher classes. ICSE syllabus Class 8 Computer Applications consists of six chapters. ICSE syllabus Class 8 Computer Applications covers essential topics, including Operating System and Graphic User Interface – Role and Functions, Spreadsheet – Functions and Charts, Algorithms and Flowcharts, Program Coding, App Development, and Networks. ICSE syllabus Class 8 Computer Applications is available on the Extramarks website. Extramarks also contain ICSE Class 8 Computer book pdf and ICSE Class 8 Computer solutions. Students can register on Extramarks and get access to these materials.
Students can click on the links that are provided below to access some of these resources:
- ICSE Solutions
- ISC & ICSE Syllabus
- ICSE sample question papers
- ICSE revision notes
- ICSE important questions
- ICSE question paper
ICSE Computer Studies Class 8 Syllabus
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.
FAQs (Frequently Asked Questions)
1. What is the scope of learning Computer Applications?
Various application software must be created using computer application programmes. This encompasses desktop publishing, word processing, spreadsheets, databases, and Windows operating systems. It also covers various academic disciplines, including Artificial Intelligence, Network Security, Machine Learning, Programming Languages, Database Systems, and Human-Computer Interaction. In a growing industry, computer applications offer graduates a variety of job prospects. After completing the course, students can easily get employment in multiple private or governmental organisations as mobile app developers, computer operators, computer programmers, computer application tutors, senior application support analysts, etc.
2. What is program coding?
Humans communicate with computers through coding. Using a computer programming language, coding entails talking with and issuing instructions for various operations we want our computers to carry out. It involves providing your Computer with a set of instructions to follow. A programme, app, application, or software is the name for this collection of instructions. Languages used for programmings, such as JavaScript, Java, C/C++, or Python, serve as the interface between people and machines. There are several uses for computer code, including developing software and establishing websites. Everything functions differently due to the rapid technological development we’ve seen in recent years. Because it serves as the foundation for contemporary software and apps, coding is crucial. We couldn’t have some of the modern digital products that simplify our lives and that we appreciate, and web development is impossible without coding. Coding is crucial for students because it boosts their confidence. Because learning to code equips students with practical abilities like creativity, problem-solving skills, and persistence, it also gives them the confidence to take on a range of chances and problems.
3. Why should I choose ICSE over CBSE?
The Indian Certificate of Secondary Education is commonly known as ICSE, whereas the Central Board of Secondary Education is known as CBSE. Both Boards exhibit distinctive educational approaches, intellectual prowess, and other qualities. The primary difference between ICSE and CBSE is that the former emphasises practical knowledge, while the latter emphasises theoretical courses.
4. Why should I learn to code?
There are a lot of benefits to learning to code. Listed below are a few of the most well-known benefits of coding:
Coding is a highly sought-after expertise that will help you find employment security and open many professional doors. Your aptitude for math and problem-solving is strengthened by learning to code. Employers place a high value on coding abilities and are prepared to pay top cash for candidates who are fluent in popular programming languages like Java, Python, and JavaScript. Coding itself is a difficult endeavour that will test your tenacity and willpower.
5. What basic concepts will I learn from the ICSE syllabus Class 8 Computer Applications?
The ICSE Syllabus Class 8 Computer Applications includes basic concepts such as Operating System and Graphic User Interface – Role and Functions, Spreadsheet – Functions and Charts, Algorithms and Flowcharts, Program Coding, App Development, and Networks.
6. What is App Development, and mention its uses?
Application development is developing a computer programme or a collection of applications to carry out the many activities a business needs. It refers to the procedure programmers use to construct applications for smartphones, tablets, and other mobile devices. Although creating a desktop version of the app or a web-based app is occasionally involved in app development, the majority of projects are for mobile and tablet devices. It facilitates time savings and reduces repetitive tasks. Cost management is another benefit of cross-platform app development for businesses. Instead of using various technologies and tools to support all platforms, businesses only need to invest once to create an app. Android app development can help a firm reach out to more people, increase revenue, enhance its brand image, and generate a devoted following of clients. It can lay the groundwork for any business’ success. It also helps in project management. Custom apps can be installed to keep track of deadlines and project progress in real-time. In order to preserve the project’s billing cycle for each step, updates can be delivered once each phase has been completed.
