This module enables you to understand, learn and develop with emerging web engineering techniques and standards. By the end of the module you will be able to:

• demonstrate an understanding of specific technologies, methods, skills and concepts in developing and deploying systems relating to web design and authoring
• identify user requirements in multi-platform, multi-device web development;
• analyse the requirements, compare and formulate solutions to address them in design and test implemented solutions against test scenarios.
• Demonstrate knowledge of web standards, system frameworks and protocols.
• Specify and critically evaluate their practice and implement reliable, optimised, and future-proof web applications using industrial-strength platforms.
• Critically evaluate and apply ethical, accessibility and usability issues relating to data-driven web authoring.

Learn how to succeed in front-end engineering through the application of User Experience. By the end of the module you will be able to:

• demonstrate knowledge of UX/UI theories
• design principles and technologies and have a deep appreciation of the benefits and problems associated with UX/UI and the development of interactive systems.
• demonstrate knowledge of legislation and standards relevant to UX/UI, and recognise and be able to apply UX/UI standards and guidelines to the development of responsive/interactive systems.
• explain usability criteria and how it can be effectively measured.
• use UX/UI design principles to design/model a solution to a problem.
• apply knowledge of cognitive and socio-psychological theories to the design, implementation and evaluation of UX/UI.
• select and apply appropriate UX/UI evaluation techniques.

This module will enable you to model, design and implement native mobile applications. The module learning outcomes that are addressed by the assignments are:

• demonstrate knowledge and understanding of fundamentals and theories of mobile communication technologies.
• ability to make correct choices for the key tools, platforms and techniques enabling the development of mobile apps for specific business requirements. For example, use Eclipse IDE with the Android emulator as a productive development environment to write and run Android applications – and show understanding of Android features and able to exploit the Android developer’s SDK.
• exploit hardware features available on a variety of devices to support mobile application development and deployment.
• effectively evaluate and use external services and resources to support mobile application development and deployment.
• Demonstrate understanding of quality assurance procedures and techniques in the context of mobile application development and deployment.

Please note there is an additional cost to this module of $25* to host an application on Google Play as part of an assignment.

*subject to change

This module will provide you with in-depth coverage and understanding of fundamental concepts, principles and technologies in Cloud Computing through the use of industry-leading technologies together with an appropriate distributed processing environment. The module will cover a number of topics including distributed computing, hardware infrastructures, software infrastructures, data centre facilities and virtualization. The module will also enable you to critically analyse the emerging cloud computing techniques and their ability to meet the rapidly developing demands of cloud infrastructure. The concepts introduced in lectures will be reinforced with the help of extensive hands-on use of commercial cloud provider technologies e.g. Amazon (AWS), Microsoft (Azure), Google.

The aim of this module is to provide you with the understanding and skills needed to identify security risks in web applications and mitigate those risks by writing secure code. The module will enable you to develop understanding and analytical skills for the most critical/up-to-date web application security risks using professional security techniques e.g OWASP.

You will also learn the practical skills and mitigation strategies to secure the risks. Define and discuss common website/mobile security risks. Be able to remotely identify vulnerabilities in web applications. Demonstrate and employ practical skills/practices to secure discrete units of code and explain native web browsers security defences. Apply the principles of information security in a practical setting. Undertake appropriate automated scanning and detection of risks. Design and model security models and be able to systematically evaluate the implications in specific context.

This module will give you the opportunity to understand the technologies behind the Internet of Things, e.g. embedded systems, distributed computing, operating systems, network protocols, programming frameworks and cloud computing. The module covers technologies and modern business trends of the IoT utilizing Amazon cloud, typical IoT applications, architectures, network protocols, application programming and data analytics. A key point of the course is an understanding of IoT through hands-on activities including practical demonstrations and lab sessions. Students will also have the opportunity to design and implement applications for the Internet of Things applications using Raspberry Pi on Amazon Web Services IoT platform.

Please note: An additional cost of £50-100 for IoT Kits may also apply for this module.

The aim of this unit is to provide learners with the experience of undertaking a substantial piece of research related to the modules studied. It will require you to develop, consolidate and apply your independent research, academic study and research project management skills to the investigation of a topic of your own choice that is relevant to your programme of study, your workplace or your future career aspirations.

The aim of this module is to enable you to undertake a substantial academic research project at Masters level and present the results from this work in both written and oral forms. Your project itself will be a major piece of independent and original research centred at the forefront of your programme discipline within the wider sphere of the computer science and digital technologies field.

You will experience the full life cycle of a research project from initial conception and development of a research proposal, through a critical review of the literature, planning, design, implementation and analysis of your main research project, to final evaluation, reflection and dissemination. You will be expected to consider and address the professional, ethical, legal and social issues related to this academic research project. You will also be expected to apply your expertise, project management and practical skills within your particular domain of computer science and digital technologies and demonstrate critical and innovative thinking and problem-solving within a research environment.