COURSE CURRICULUM

In the first year of the computing program, students gain a broad foundation in programming, systems, and network fundamentals. The *Computer Programming* module (20 credits) introduces students to key programming principles, allowing them to design, build, and test software components. *Computer Systems* (20 credits) provides knowledge on computer architecture, the interaction between software and hardware, and the application of electronics principles. *Website Design and Development* (20 credits) equips students with the skills to develop web-based information systems, focusing on interface design and implementation. In *Data Structures and Algorithms* (20 credits), students learn how data structures are used in computer science and software engineering, and how algorithms solve computational problems. *Network Fundamentals* (20 credits) covers the design and building of basic networks, emphasizing communication architecture and information systems. Lastly, the *Innovation Project* (20 credits) fosters creativity and collaboration, allowing students to develop and present a viable product to a panel of experts, supported by interdisciplinary teams and innovation mentors.In the second year of the computing program, students delve deeper into various aspects of computer science, programming, and software engineering. *Object Oriented Programming* (20 credits) explores the principles of object-oriented design, equipping students with essential skills for modern technology development. *Operating Systems and DevOps* (20 credits) introduces students to key operating system concepts, providing the foundation for understanding concurrent programming, resource management, and performance analysis. *Database and Web Application Development* (20 credits) covers data modeling, relational database implementation using SQL, and web application development with server-side scripting (e.g., PHP), enhancing students' practical skills in building dynamic applications. *Computer Mathematics and Declarative Programming* (20 credits) applies core discrete mathematics concepts to programming, focusing on abstract reasoning and declarative programming techniques for problem-solving. *Cyber Security* (20 credits) offers an introduction to the challenges of designing secure software and systems, providing a theoretical and practical framework for security solutions in networked environments. Lastly, *Software Design* (20 credits) focuses on the software engineering life cycle, with an emphasis on the design phase, using UML modeling to construct software solutions based on detailed requirements analysis and design patterns.In the final year of the program, students engage in advanced topics in computer science and software development. The *Individual Honours Project* (40 credits) allows students to work on an in-depth, research-informed project on a topic of personal interest, with guidance from a supervisor, culminating in a practical outcome and accompanying contextual material. *User Experience Design* (20 credits) combines theoretical concepts with practical methods used in industry to create effective interactive experiences, focusing on user-centered design, rapid prototyping, and usability studies. *Artificial Intelligence and Machine Learning* (20 credits) explores AI's role in mimicking human cognitive functions and ML’s ability to create adaptive software, focusing on applications in data science, self-driving cars, and Industry 4.0. *Cloud Computing* (20 credits) introduces students to the architecture and platforms behind cloud technologies, with hands-on experience using public cloud services like Amazon Web Services. *Mobile and Wearable Application Development* (20 credits) teaches students the skills needed to develop applications for mobile devices and wearables, like smartwatches, equipping them to create robust, usable applications for platforms like Android, iOS, and watchOS.