COURSE CURRICULUM

In Year 1, you will begin by laying a solid foundation in computer science and its key areas. The Architecture and Operating Systems module will introduce you to the logical and theoretical foundations of computing, covering the development of CPUs, operating systems, and decision logic. Core Computing Concepts explores foundational topics such as web design, cyber security, and usability, providing a broad view of computing's scope and current trends. In Database Systems Development, you'll gain hands-on experience in creating relational databases, learning how to use SQL queries and normalisation theory to manage data effectively for business applications. The Networks module focuses on the technologies behind global data transfer, including protocols, topologies, and security systems. You'll gain practical experience working with Windows and Linux operating systems. Finally, Programming strengthens your coding skills by teaching algorithm development, object-oriented programming, and languages like Python and Dart, preparing you for future modules and projects.In Year 2, you'll move into more specialized areas of computing. Software Engineering Theory and Practice introduces you to the challenges of scaling software projects and provides a practical component where you’ll work in a team to develop a software application. In Usability Engineering, you’ll learn how to design and assess human-system interfaces, focusing on user experience (UX) design, rapid prototyping, and accessibility across different devices. The Data Structures and Algorithms module is key for understanding how to implement essential data structures like lists, trees, and graphs, with a focus on optimizing algorithms. Database Principles takes a deeper dive into relational database design, teaching you advanced skills like data modeling, transaction analysis, and SQL optimization. In Web Programming, you will develop full-stack web applications, integrating both client-side and server-side programming to create secure and dynamic web apps.In Year 3, you will have the opportunity to showcase your skills through more advanced and industry-relevant projects. The Individual Project (Engineering) is a substantial, independent project where you’ll apply your knowledge to solve real-world problems, involving literature analysis, design, testing, and project management. Complex Problem Solving challenges you to work as part of a team to tackle an industry partner's brief, providing you with the opportunity to create a Minimum Viable Product (MVP) while applying team-based problem-solving approaches. Lastly, Software Engineering Culture offers insights into the software engineering industry, reviewing its history, key developments, and the skills needed to succeed in modern ICT environments. This year will prepare you for professional work or further study, rounding out your understanding of software engineering and computing.