Computer Science (Software Development) Top Up

UCAS code: I310

Here's what University Centre Leeds, Leeds City College says about its Computer Science (Software Development) Top Up course.

Are you curious about how technology works and want to develop strong computing skills? Whether you’re aspiring to launch a professional career in computer science, or you seek a balanced education that integrates theoretical knowledge with hands-on experience, then come study Computer Science at University Centre Leeds.

Blending technical expertise with interpersonal skills, this course provides a comprehensive learning experience that equips you with the technical skills and knowledge needed to thrive in the field of computer science.

The course is designed to balance foundational programming principles with practical, hands-on projects, enabling you to write efficient, maintainable code across various languages and paradigms. You’ll gain exposure to industry-standard tools and practices and learn how to break down complex challenges through designing innovative practical solutions. This course regularly promotes and hosts networking events and guest speakers from professionals within the industry to provide you with real life expertise.

Computer Science is an ever-important subject and is useful in the modern world and digital economy. You are encouraged to adopt an analytical approach to Computer Science, transitioning from user to developer and analyst, through critically examining key computing skills and independently applying new approaches to computing solutions and concepts.

The course offers and array of modules that cover a variety of subjects such as web development, fundamentals of programming, and introductions to networks.

You’ll gain insight into the breakthroughs in artificial intelligence and machine learning, as well as advancements in data science and cloud computing. You’ll also explore emerging trends and cutting-edge developments shaping the future of computing.

This course is structured in trimesters and can be delivered as blended or remote learning if needed, ensuring flexibility for diverse learning preferences and circumstances.

Final Project (40 credits)

This module allows you to carry out an in-depth investigation into a computing related topic of your choice and develop autonomous and self-directed study skills. This project will allow you to demonstrate to potential employers that you have current and up-to-date subject knowledge plus transferable skills and attributes that they are looking for.

Team Project (40 credits)

Students work collaboratively on a large-scale project, applying their knowledge to solve real-world problems.

Augmented Reality in Mobile Apps (20 credits)

This module will build on existing knowledge of software development and programming in a mobile app based Integrated Development Environment (IDE). It will examine the current and future theoretical and practical applications of Augmented Reality. You will explore geometric theory related to 3D modelling and learn how to design and implement Augmented Reality technologies in mobile apps.

Software Engineering (20 credits)

This module will focus on both quality control within software development and advanced software engineering concepts, building on existing knowledge of software development and programming from previous modules. It will specifically focus on software reuse and quality standards, as well as advanced software engineering concepts such as component-based engineering, service-oriented engineering, and systems of systems engineering.

Modules will be formally assessed and graded through a range of methods, including:

• practical work
• written essays
• presentations
• project logs

This range of activities provides the opportunity for everyone to demonstrate the knowledge and skills that they will acquire throughout their studies.