Creative Computing

This module is a gentle introduction to computer science from a creative perspective. Coding principles will be conveyed through practical examples in our designated labs, allowing you to develop understanding of programming principles, structures, and patterns through rapid tangible outputs. A great deal of support and guidance will be offered to all students within this module. 

A fundamental knowledge of the mathematical principles required for creative computing is an important part of the journey and development of foundation competence. These sessions are engaging, fast paced and enjoyable, and aim to convey understanding through practical, creative workshops. All of our receive considerable support so you can get the most out of this module. 

This module encourages you to develop an understanding of playfulness and creative risk taking in broad contexts of digital design. It will aim to show links between risk-taking and innovation and present case studies outlining the value of ‘failure’ in optimising success. 

An understanding of both historical and contemporary web develop is a critical part of your learning. This module conveys through practice an understanding of web architecture, the core technologies and frameworks, and the pipelines required to go from concept through to prototype, testing and product release. The module looks at cross platform development as well as the integration of emergent technologies in the surfing experience. 

This module explores the process of generating artforms using code. From pixel art and interactive painting effects to live interactive video processing. Building upon foundation coding skills this module applies a host of maths algorithms to solve complex visual processes. The module also considers the use of shader technology with GPU rendering for special effects. Following this module, you will have a strong foundation knowledge of how computing can power artist endeavours across varied applications.  

The module will develop your awareness of the benefits of collaborative practice between different specialisms and the relationship between design and business. Where possible, the module will allow you to work on an engaging project alongside a live client and/or collaborate with other programmes within the school or wider University. 

A solid understanding of data, format, processing, and storage is a critical part of designing quality interactive experiences. This module is a general introduction to data science, dealing first with fundamental server technologies and architecture, before exploring emergent cloud-based solutions and services. This module will allow you to develop a practical project which will help you build the competence to design and build efficient backend foundations for your applications. 

This module introduces the concept of artificial intelligence, the history and the future direction. The huge positive impact of the technology is explored as well as the concerns raised by some that caution needs to take precedent as we move forward. The module is more theoretical in nature and considers AI from a both a philosophical as well as a technical prospective. It explores the prospect for advances and the disruptive nature of AI technologies, the opportunities, limitations, and ethics.

This module explores the background of XR and its emerging application across the broad spectrum of industries. Utilising a range of technologies of emergent and experimental technologies you will learn how to design and build an XR experiences. This module is practice based research culminating that will culminate in a working prototype with self-reflective writing on the XR technology as a whole solution. This module is supported by the purpose build Digital Lab at our MediaCity campus. 

The Creative Computing degree provides you with a strong all-round understanding of the field, but it is recognised that developing a deep level of knowledge and understanding in a certain area of interest provides you with a genuine level of expertise and increases the probability of high-level employment. The Dissertation module in the final year provides this opportunity, but you need to hit the ground running. This module allows you to explore the landscape, identity areas of value and develop preliminary research for your final written or practice-based dissertation.    

This module explores the way computing has now become ubiquitous within the physical world. It explores the phenomenon of mobile computing that now exists within our pockets, it considers the advent of the internet of things, IoT, where not only humans but devices are now connected and feeding the digital network. The module considers how physical computing can augment our world experiences, how advanced interfaces can expand the way humans interact with the network and the possible opportunities of a future interconnected world.   

Within this module you will receive a detailed overview of games technologies, production pipelines, and games engines. You will consider the code required to build interactive experiences alongside the required processes for the generation and implementation of 3D environmental assets. This module will look at the ways game technologies are used within augmented experiences, virtual media production, simulation, and serious applications. This module will aim to equip you with both the knowledge and competence to build gaming experiences through hands on workshops and a practice-based project. 

Within this module you will initially focus on the realities of the digital jobs market and creative industries. You will be encouraged to investigate the personas of practicing professionals and the structure of the companies you identify as relevant to your career progression. Subsequent sessions will ask challenging questions of your capability through a positive lens. This process is intended to identify strengths and possible short falls before building a structured plan to develop capabilities and address any gaps. You will be asked to develop a professional persona based on where you would like to be positioned in the coming years. All other learning and project elements will then be built around a persona statement. You will learn how to best communicate your persona and how to align work examples to support your persona statement, and you will learn how to strategically plan a pathway into employment, which will include contingency. This module is designed to build awareness, a focused personal vision, capability, and a road map into employment. 

Developing contemporary digital products can be challenging, the management of multidisciplinary teams, utilisation and development of emergent technologies, creative software development, governance, legislation, adoption, and ongoing support are but some of the considerations required through the life cycle of a product. This module will help you explore the bigger picture and equip you with a perspective and management methodologies employed by today's software development teams. The module will be project based and deliver a valuable showcase for your professional development.

This module is all about live briefs from industry. The University sources projects from industry partners that explores innovative challenges. The module presents the opportunity for you to demonstrate and develop your visionary creative capacity and this module will again form an excellent showcase piece within your professional development.  

Within this module you will have the opportunity to develop a purely written or practice-based dissertation. This process has proved invaluable in supporting students to find their first employment opportunities, as it allows you to build a contemporary area of expertise. The module also equips students with the necessary academic skills required to progress to master's degree or PhD. The module is supported through a network of passionate academics. Elements typically covered within the module include practise-based research, qualitative and quantitative research, critical evaluation, advanced academic writing, research strategies and reflective practice. 

The major project draws together everything you have learned and experienced during your time at university. With support from academic staff and industry this module allows students to define their own project based on individual interests, aptitude, and trajectory into employment. The project will be practice based and result in a tangible artifact. The project could span from entertainment to the serious application of technology. Expected outputs will include a lightweight creative development document, experimental outputs and a preliminary prototype. Evaluation and testing will be conducted, and communication and marketing materials produced, the flexibility of this project is what makes it so exciting, and students are encouraged to take risks bound in a creative, supportive well-equipped environment.