ICSE Computer Application Syllabus Class 10 2026 | Free PDF for 2025-26

Computer Applications is one of the most practical and skill-based subjects in the class 10 ICSE computer syllabus. It introduces students to essential programming concepts, problem-solving skills, and logical thinking using Java. 

The Computer Applications Class 10 icse syllabus will not only help in board exams but also give an advantage in higher studies, competitive exams, and career opportunities in technology.

Also, you can check out ICSE Class 10 Physical Education Syllabus so that you’ve got everything covered for the upcoming Class 10 ICSE Board Exams 2025-26.

ICSE Class 10 Computer Applications Syllabus– Download the Latest PDF

The ICSE Class 10 Computer Applications Syllabus 2025-26 has been released. It's obviously really very important for students, parents, and teachers to get familiar with these updates. Download it from the link below and get started!

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Assessment Structure for Class 10 ICSE Computer Syllabus

To score well in computer applications class 10 ICSE syllabus, students must understand the exam pattern and marking scheme. The subject is assessed through two components:

• External Examination (Written Paper) – 100 Marks
• Internal Assessment (Practical Assignments & Teacher Evaluation) – 100 Marks

The written exam in evaluates theoretical understanding and problem-solving skills, whereas the internal assessment focuses on practical coding assignments and project work. Since both components carry equal weightage, students should balance their preparation between theory and hands-on practice.

a) Marking Scheme ICSE Computer Applications Class 10 Syllabus

In computer applications class 10 ICSE syllabus, the assessment is divided into two major components:

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b) Exam Pattern Class 10 ICSE Computer Syllabus

The icse computer applications class 10 syllabus for the academic year 2025-2026 is expected to maintain a similar structure to previous years, focusing on key programming concepts, software applications, and practical skills. The evaluation for computer applications class 10 ICSE syllabus will consist of two parts: a theory exam, carrying a weightage of 80 marks, and a practical exam, graded out of 20 marks.

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Computer Applications Syllabus Class 10 ICSE Detailed Breakdown

The icse computer applications class 10 syllabus covers fundamental to advanced programming concepts, ensuring students build strong computational thinking skills.

1. Revision of Class 9 Concepts

• Introduction to Object-Oriented Programming (OOP) concepts
• Elementary Concept of Objects and Classes
• Java data types and operators
• Conditional and iterative constructs (if-else, loops)
• Nested for-loops and their applications

2. Class as Basis of Computation

• Understanding objects, their state (variables), and behavior (methods)
• Concept of primitive vs. composite data types
• Object instances and memory management

3. User-Defined Methods

• Defining methods in Java
• Method overloading and its advantages
• Difference between static and non-static methods
• Pure and impure methods
• Pass by value vs. pass by reference in method calls

4. Constructors

• Definition and characteristics of constructors
• Types of constructors: Default and parameterized
• Constructor overloading
• Difference between constructors and methods

5. Library Classes

• Wrapper classes and their significance
• Autoboxing and Unboxing concepts
• Commonly used methods: parseInt(), parseLong(), parseFloat(), parseDouble(), isDigit(), isLetter(), isLetterOrDigit(), toLowerCase(), toUpperCase(), isWhitespace()

6. Encapsulation

• Importance of data security in programming
• Access specifiers: private, protected, and public
• Variable types and scope (class variables, instance variables, argument variables, local variables)

7. Arrays

• Introduction to arrays and their types (single and double-dimensional arrays)
• Array declaration, initialization, and data storage
• Searching techniques: Linear search and Binary search
• Sorting techniques: Selection sort and Bubble sort
• Operations on 2D arrays (sum of rows, columns, diagonals)

8. String Handling

• Understanding the String class and its methods
• String array manipulation
• Important string methods: trim(), toLowerCase(), toUpperCase(), length(), charAt(), indexOf(), lastIndexOf(), concat(), equals(), equalsIgnoreCase(), compareTo(), compareToIgnoreCase(), replace(), substring(), startsWith(), endsWith(), valueOf()

Preparation Tips for Computer Applications Board Exam 

Scoring well in ICSE Computer Applications Class 10 Syllabus requires smart study techniques and regular practice. Here are some effective preparation tips to help students ace their exams:

1. Master Java Basics – Revise the fundamental concepts from Class 9, as they form the base for Class 10 topics.
2. Practice Coding Daily – Solve coding exercises and previous years' question papers to improve logic-building skills.
3. Use the resources – Study from ICSE Computer Applications Class 10 Sample Papers and additional resources for concept clarity.
4. Improve Speed & Accuracy – Time yourself while solving Java-based programs to enhance speed and precision. Use computer applications past year papers class 10 ICSE.
5. Revise Key Topics – Create short notes and flashcards to quickly go through important formulas and concepts before exams.

The class 10 ICSE computer syllabus is designed to equip students with strong programming knowledge and computational skills. A well-structured study plan, regular practice, and usage of the right learning resources can help students excel in their exams.

Apart from Computer Applications, students should also check out the ICSE Mathematics Syllabus 2025-26 and ICSE Science Syllabus 2025-26 to ensure well-rounded preparation. With consistent effort and the right strategy, acing the board exams is totally achievable! All the best!

Frequently Asked Questions

1. What topics are covered in the ICSE Class 10 Computer Applications syllabus?

The ICSE Computer Applications syllabus for Class 10 is divided into two major sections: Theory and Practical. The key topics covered are:

Theory Section (80 marks):

• Chapter 1: Data Representation
• Chapter 2: Boolean Algebra
• Chapter 3: Introduction to Programming
• Chapter 4: Data Structures
• Chapter 5: Database Management
• Chapter 6: Internet Technology

Practical Section (20 marks):

• Writing and executing Python programs based on the concepts mentioned in the theory syllabus (for example, basic Python programs, solving problems using functions, loops, and data structures).

2. How is the ICSE Computer Applications exam structured?

The ICSE Computer Applications exam consists of two parts:

• Theory Exam (80 marks): This is a written paper that assesses the theoretical understanding of computer applications, covering topics such as programming, data structures, databases, and internet technology.
• Practical Exam (20 marks): In this exam, students are required to write and execute Python programs based on the syllabus. Students will also be evaluated on their practical knowledge of database concepts.

3. What programming language is used in ICSE Computer Applications?

For ICSE Class 10, the Python programming language is the primary language used. Python is chosen because of its simplicity, readability, and versatility. Students are required to write Python programs for various practical applications and theoretical problems, such as:

• Implementing basic algorithms
• Working with loops, functions, and data types
• Writing programs that manipulate data structures (arrays, lists, etc.)

4. Are there any specific projects or assignments for ICSE Computer Applications?

While the ICSE Computer Applications syllabus doesn't mandate specific projects, it encourages hands-on practice with programming and database management. Some schools might assign practical projects where students may need to:

• Develop simple Python programs that solve real-life problems (such as a calculator, student marks sheet, etc.).
• Design small databases using SQL and query them using SELECT, INSERT, and DELETE commands.

These projects can help you consolidate your understanding of the practical aspects of the syllabus and improve your programming skills.