This module examines the fundamental concepts of interaction and various interface paradigms in computing systems. Students explore the evolution of human-computer interaction, from early command-line interfaces to modern natural user interfaces. The module covers core interaction concepts, feedback mechanisms, and different types of interfaces while emphasising the importance of choosing appropriate interaction styles for specific use cases. Students will understand how different interface paradigms evolved and their applicability in various contexts.

This module focuses on the methodologies and techniques used to understand user needs, behaviours, and preferences. Students learn various qualitative and quantitative research methods, including interviews, surveys, and observational techniques. The module emphasises the importance of systematic user research in the design process, teaching students how to gather, analyse, and interpret user data effectively. Special attention is given to creating user personas, conducting task analyses, and translating research findings into actionable design requirements.

This module explores the integration of Human-Computer Interaction (HCI) principles within modern software development practices, particularly focusing on Agile methodologies. Students will learn to apply HCI concepts in real-world development scenarios, from initial user story creation to continuous improvement through iterative design. The course emphasises the practical implementation of interaction design within Agile sprints, covering sprint planning, rapid prototyping, and design reviews. Through hands-on experience with prototyping and testing, students will develop skills in measuring interface success metrics and implementing evidence-based improvements. The course combines theoretical knowledge with practical applications, enabling students to effectively balance user interaction needs with development constraints in an Agile environment.

This module explores the fundamental aspects of evaluation in Human-Computer Interaction. Students will learn about different evaluation approaches, from expert analysis methods to user participation techniques. The course covers both theoretical frameworks and practical evaluation tools, including traditional methods like cognitive walkthroughs and heuristic evaluation, as well as modern approaches like remote and automated testing. Through various evaluation techniques, students will learn how to assess system functionality and user experience and identify specific usability issues.

This module explores the fundamental principles and practices of User-Centered Design (UCD) in creating effective human-computer interactions. Students will learn the systematic approach of design thinking and its application in developing user-focused solutions. The module covers essential design elements and visual design principles, emphasising how these components work together to create meaningful user experiences. Through practical demonstrations and hands-on examples, students will understand how to apply UCD methodologies, implement basic design elements, and utilise visual design principles to create interfaces that meet user needs and expectations. The module combines theoretical knowledge with practical applications, allowing students to develop skills in creating user-centered designs that are both functional and aesthetically pleasing.

This module delves into the essential practice of prototyping in user interface design and development. Students will explore the fundamental concepts of prototyping, understanding its crucial role in the iterative design process and its impact on creating successful user experiences. The module progresses from basic prototyping concepts through various fidelity levels, starting with low-fidelity techniques like sketching and paper prototypes, and advancing to sophisticated high-fidelity prototypes. Through practical demonstrations and hands-on experience, students will learn to select and implement appropriate prototyping methods based on project requirements and constraints. Special attention is given to user involvement and participatory design approaches, emphasising how prototyping serves as a bridge between design concepts and user needs. The module combines theoretical knowledge with practical applications, enabling students to develop effective prototyping skills that support user-centered design principles.

This module explores universal and accessible design principles in human-computer interaction, focusing on creating inclusive digital experiences. Students will learn fundamental principles of universal design, accessibility guidelines (including WCAG), and practical implementation strategies. The module covers design patterns, colour theory, typography, and multi-modal interfaces that accommodate diverse user needs. Through case studies and hands-on examples, students will understand how to create interfaces that are accessible to users with varying abilities while maintaining usability for all users.

This module explores the essential principles and practices of mobile and responsive design in modern web development. Students will learn to create user-friendly, adaptable interfaces that provide seamless experiences across various devices and screen sizes. The module covers mobile design fundamentals, responsive design techniques, and advanced mobile design considerations. Through practical examples and hands-on exercises, students will understand performance optimisation, touch interfaces, and mobile testing strategies. Special emphasis is placed on creating efficient navigation patterns, implementing fluid layouts, and optimising content for mobile contexts.

This course explores cutting-edge emerging interfaces in human-computer interaction, focusing on immersive, natural, and physical interaction paradigms. Students will learn about virtual, augmented, and mixed reality systems, alongside voice, gesture, and brain-computer interfaces. The course covers design principles for haptic feedback, ambient computing, and multi-sensory interactions. Through practical examples and case studies, students will understand the unique challenges and opportunities presented by these emerging technologies. Special emphasis is placed on designing intuitive user experiences while considering the technical constraints and human factors associated with each interface type.