BSc (Hons) Computing (Software Development) (Top-up)

This course builds on skills gained during a previous Level 5 Software Development qualification.

For every 10 credits, students should engage with around 100 notional hours of learning. This will be approximately 30% direct learning contact 70% independent student learning.

Advanced Programming (20 credits, core)
This module advances your programming skills by focusing on the use of complex techniques to create integrated, data-driven applications. You’ll learn how to design and develop solutions that connect services and share data across platforms, building both client and host applications to demonstrate real-world distributed programming. (40% Prototype, create and test a selection of small applications, 60% Prototype, create and test a complex data driven set of applications)

BSc Dissertation (40 credits, compulsory)
This module gives you the opportunity to explore a specialist area of computing through an independent research or project-based dissertation. You’ll apply and expand your knowledge and skills while developing independence, critical thinking, and problem-solving abilities. Working within Grŵp Llandrillo Menai’s Research and Ethics framework, you’ll produce a professional dissertation that includes a proposal, literature review, and clear methodology, either through original research or by applying computing theories and techniques to a practical project. (80% Dissertation, 20% Viva)

Group Project (20 credits, compulsory)
This module gives you the opportunity to work collaboratively in small groups to plan and deliver a project within a chosen area of computing. You’ll apply and extend your technical knowledge while developing key teamwork, communication, and leadership skills. Working with guidance from a tutor, you’ll take responsibility for every stage of the project, from proposal and planning to delivery and evaluation, using a professional, problem-solving approach to achieve a successful outcome. (10% Group proposal, 20% Group project folder containing documentation appropriate to the project scope, 40% Completed project, 30% Reflection)

Group Project (20 credits, compulsory)
This module gives you the opportunity to work collaboratively in small groups to plan and deliver a project within a chosen area of computing. You’ll apply and extend your technical knowledge while developing key teamwork, communication, and leadership skills. Working with guidance from a tutor, you’ll take responsibility for every stage of the project, from proposal and planning to delivery and evaluation, using a professional, problem-solving approach to achieve a successful outcome. (10% Group proposal, 20% Group project folder containing documentation appropriate to the project scope, 40% Completed project, 30% Reflection

Physical Computing (20 credits, compulsory)
This module introduces the principles of hardware and software interaction through hands-on exploration and experimentation. You’ll begin by developing a solid understanding of basic electricity and electronics before applying this knowledge to a practical physical computing project.

Working on a project of your choice, you’ll design, build, and test a system that combines hardware inputs and outputs with software control, gaining valuable experience in creating and documenting an integrated computing solution. 10% Time-constrained (1 hour) closed book class test. 80% Design, create, test and document a physical computing project, 10% Presentation

Software Engineering (20 credits, core)
This module builds on your knowledge of software development and project management, focusing on the skills needed to design, develop, and maintain a range of computer systems. You’ll explore software engineering concepts and methodologies, from traditional approaches to Agile, and learn how to apply them effectively in real-world projects.

Through practical application, you’ll gain experience in all stages of the software lifecycle, including design, implementation, maintenance, and version control, preparing you for professional practice in the computing industry. 20% Report, 70% Design and prototype, create and test a complex data driven set of applications, 10% Reflection