MCA Year-wise Syllabus
Explore the detailed syllabus for each semester of the MCA program. The MCA (Master of Computer Applications) program is designed to equip students with in-depth knowledge of computer science, programming languages, software engineering, and modern IT applications. This syllabus provides a roadmap to guide students through the key subjects and learning milestones across all four semesters.
Each semester introduces core subjects that build upon one another, starting from fundamental programming concepts in the first semester, progressing to advanced technologies like cloud computing and mobile computing in later semesters. The curriculum also includes practical sessions, projects, and internships that enable students to apply their theoretical knowledge in real-world scenarios.
Click on the respective links to download the syllabus documents in PDF format for each semester and get a comprehensive understanding of what is covered in the MCA program.
MCA FY SEM - I
Subjects: Programming in Java, Data Structures, Database Management Systems, etc.
The first semester focuses on laying a strong foundation in programming languages and fundamental concepts in computing. Students will learn core programming and data handling techniques.
Download MCA SEM I Syllabus
MCA FY SEM - II
Subjects: Object-Oriented Programming, Computer Networks, Operating Systems, etc.
The second semester delves into advanced topics like object-oriented programming and networking concepts. It emphasizes building real-world software systems and understanding underlying technologies.
Download MCA SEM II Syllabus
MCA SY SEM - III
Subjects: Software Engineering, Web Technologies, Database Systems, etc.
In this semester, students dive into software engineering practices and web development. This phase bridges theoretical learning with practical, project-based work in the IT industry.
Download MCA SEM III Syllabus
MCA SY SEM - IV
Subjects: Advanced Data Structures, Mobile Computing, Cloud Computing, etc.
The final semester builds on advanced concepts like mobile computing and cloud technologies. Students are expected to work on high-level projects and prepare for real-world applications in the tech industry.