No | Course Title | Description |
1 | Linear Algebra | Mathematical concepts for graphics, AI, and scientific computing. |
2 | Calculus | Core calculus principles applied in computing and simulations. |
3 | Concept of Programming | Introduction to programming logic and algorithms using modern languages. |
2 | Digital Logic | Foundations of digital electronics and logical circuit design. |
3 | DBMS (Database Management Systems) | Principles of database design, queries, and normalization. |
4 | Computer Maintenance | Hardware troubleshooting, assembly, and system diagnostics. |
5 | System Analysis & Design | Techniques for analyzing and designing software systems. |
6 | Python Programming | Practical and object-oriented programming with Python. |
7 | Client/Server Databases (SQL/MongoDB) | Server-side data management using relational and NoSQL databases. |
8 | Programming C++ | Procedural and object-oriented programming in C++. |
9 | Programming C# | Application development using Microsoft’s C# and .NET framework. |
10 | Java Programming I & II | Object-oriented development and advanced programming with Java. |
11 | Web Design & Development I (ASP.Net) | Building dynamic websites using ASP.Net. |
12 | Mobile App Development | Mobile application design and implementation for Android and iOS. |
13 | OS I & OS II | Operating systems architecture, processes, and resource management. |
14 | Software Engineering | Software development lifecycle, requirements, and quality assurance. |
15 | Web Design & Development II (PHP) | Back-end development and dynamic scripting with PHP. |
16 | Oracle (SQL-PLSQL) | Advanced database programming and queries in Oracle environments. |
17 | Computer Ethics | Exploration of professional, legal, and social issues in IT. |