COURSE CURRICULUM

The core subjects of the Bachelor of Computer Science program are designed to provide students with a comprehensive foundation in programming, software development, data management, computer networks, web technologies, and project management. Students begin by learning fundamental principles of programming with a focus on object-oriented approaches, enabling them to design and implement well-structured programs across various domains. Courses in systems analysis introduce students to the development life cycle of computer-based information systems, teaching them how to gather requirements, develop business, data, and process models, and utilize CASE tools for system design. Problem-solving and algorithmic thinking are emphasized, with students exploring strategies for analyzing and managing complex computational problems, evaluating efficiency, and implementing abstract data types. Data management subjects cover both relational and non-relational database systems, including SQL programming, database normalization, indexing, concurrency, distributed database systems, and NoSQL technologies, along with ethical considerations in data security, confidentiality, and privacy. Networking and data communications courses familiarize students with LAN, WAN, and Internet architectures, network protocols, signal processing, and emerging communication technologies. Web development subjects introduce HTML, CSS, XML, client-server systems, dynamic content, and modern web standards, preparing students to build functional and user-friendly websites. Human-Computer Interaction (HCI) courses focus on designing usable interfaces, user-centered design, prototyping, usability testing, and accessibility considerations. Additionally, students gain knowledge of software project management, including project planning, risk assessment, quality assurance, stakeholder analysis, and ethical responsibilities. Advanced software engineering subjects explore modern methodologies, including agile frameworks, Scrum, extreme programming, test-driven development, UML, CMMI, and emerging trends in software processes. Collectively, these core subjects equip students with the technical, analytical, and practical skills required to develop, implement, and manage software solutions across diverse computing environments, preparing them for successful careers in technology and innovation-driven industries.