11357 modules
Page 758
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ARTD6903 2027-28
Next-Generation Consumer Trends and Insights
Understanding what motivates, influences, and drives consumer decisions is essential for developing effective marketing strategies. In this module, you will explore how emerging technologies and a rapidly evolving digital landscape are reshaping consumer behaviour. You will examine key concepts, models, and frameworks in buyer behaviour to evaluate how these insights inform marketing and branding decisions. The module focuses on identifying and anticipating next-generation consumer trends, enabling you to craft innovative, consumer-centric strategies that drive growth and enhance brand equity. By analysing behavioural shifts and digital influences, you will gain the tools to respond proactively to changing consumer needs and expectations. This forward-looking approach will help you develop marketing strategies that are not only relevant and engaging but also strategically aligned with future market demands. -
ARTD6903 2026-27
Next-Generation Consumer Trends and Insights
Understanding what motivates, influences, and drives consumer decisions is essential for developing effective marketing strategies. In this module, you will explore how emerging technologies and a rapidly evolving digital landscape are reshaping consumer behaviour. You will examine key concepts, models, and frameworks in buyer behaviour to evaluate how these insights inform marketing and branding decisions. The module focuses on identifying and anticipating next-generation consumer trends, enabling you to craft innovative, consumer-centric strategies that drive growth and enhance brand equity. By analysing behavioural shifts and digital influences, you will gain the tools to respond proactively to changing consumer needs and expectations. This forward-looking approach will help you develop marketing strategies that are not only relevant and engaging but also strategically aligned with future market demands. -
PHIL3007 2028-29
Nietzsche
Reading the works of Friedrich Nietzsche is both exciting and troubling. He sets out to undermine the basis of many of our beliefs about values. Christianity, he believed, has had a powerfully negative effect on the potential of human beings. His method of ‘genealogy’ seeks to reveal the origins of our present-day values and make us question them. What are our values, and what should they be, if we no longer believe in God? Is morality good for us, or does it stifle great achievements? Why do we hold the values we do? What do our cherished beliefs in the values of compassion, equality, and safety from harm tell us about our own psychology? Are we under illusions about our own identity and freedom? This module will explore these issues through close readings of Nietzsche’s seminal works, On the Genealogy of Morals and Beyond Good and Evil. -
PHIL3007 2029-30
Nietzsche
Reading the works of Friedrich Nietzsche is both exciting and troubling. He sets out to undermine the basis of many of our beliefs about values. Christianity, he believed, has had a powerfully negative effect on the potential of human beings. His method of ‘genealogy’ seeks to reveal the origins of our present-day values and make us question them. What are our values, and what should they be, if we no longer believe in God? Is morality good for us, or does it stifle great achievements? Why do we hold the values we do? What do our cherished beliefs in the values of compassion, equality, and safety from harm tell us about our own psychology? Are we under illusions about our own identity and freedom? This module will explore these issues through close readings of Nietzsche’s seminal works, On the Genealogy of Morals and Beyond Good and Evil. -
PHIL3007 2027-28
Nietzsche
Reading the works of Friedrich Nietzsche is both exciting and troubling. He sets out to undermine the basis of many of our beliefs about values. Christianity, he believed, has had a powerfully negative effect on the potential of human beings. His method of ‘genealogy’ seeks to reveal the origins of our present-day values and make us question them. What are our values, and what should they be, if we no longer believe in God? Is morality good for us, or does it stifle great achievements? Why do we hold the values we do? What do our cherished beliefs in the values of compassion, equality, and safety from harm tell us about our own psychology? Are we under illusions about our own identity and freedom? This module will explore these issues through close readings of Nietzsche’s seminal works, On the Genealogy of Morals and Beyond Good and Evil. -
CHEM3055 2027-28
NMR Spectroscopy
This module aims to develop an understanding of spin and magnetic resonance techniques at an introductory level. It is intended to prepare the students with fundamental and basic knowledge about the magnetic resonance spectrometer, data processing, the concept of spin, spin interactions and spin precession, all basics pieces of nuclear magnetic resonance and magnetic resonance imaging.
This introductory-level course intersects well with the content of CHEM6124, which provides a more practical and chemically-oriented use of magnetic resonance and with the content of CHEM6154, which provides a more theoretical and application-oriented use of magnetic resonance instead.
A combination of lecture-based teaching, self-study, and problem-based learning will be used. Key concepts and tools will be presented in lectures, while regular workshops and informal self-study sessions will lead the students to applying them to real problems relevant to chemistry and to modern spectroscopic techniques such as magnetic resonance and magnetic resonance imaging. -
CHEM6124 2025-26
NMR Spectroscopy: Theory and Application
NMR spectroscopy is a powerful analytical tool: by combining a wide range of 1D and 2D NMR experiments, the assignment of functional groups, atom connectivity and 3D molecular structure can be undertaken. This module will be delivered with a focus on practical skills associated with acquiring and evaluating NMR data and spectral interpretation.
The module will be built from fundamental basics: NMR spectroscopic theory will be used only where necessary to illustrate a practical point. -
CHEM6124 2026-27
NMR Spectroscopy: Theory and Application
NMR spectroscopy is a powerful analytical tool: by combining a wide range of 1D and 2D NMR experiments, the assignment of functional groups, atom connectivity and 3D molecular structure can be undertaken. This module will be delivered with a focus on practical skills associated with acquiring and evaluating NMR data and spectral interpretation.
The module will be built from fundamental basics: NMR spectroscopic theory will be used only where necessary to illustrate a practical point. -
ISVR6150 2030-31
Noise Control Engineering
When a factory, a road or a piece of machinery is too loud, someone has to fix it. Noise control engineering applies the fundamentals of acoustics and vibration to reducing noise in real situations in order to meet given requirements. It is one of the most directly practical branches of acoustics, and the skills it demands are in constant demand across industry, construction and environmental consultancy.
You will learn how a noise control engineer works through a problem: setting appropriate targets, characterising and quantifying the noise sources involved, and reducing noise either at the source or along the transmission path. You will be given the relevant formulae and, importantly, learn what they mean and how to apply them, building the practical calculation skills the field relies on.
By the end of the module, you will be able to analyse a noise problem, set sensible targets, and design and justify a solution, then communicate it clearly to a non specialist audience. These are precisely the skills of the practising noise control engineer, and they prepare you directly for professional work in acoustic consultancy and for further specialist study in noise and vibration control. -
ISVR6150 2031-32
Noise Control Engineering
When a factory, a road or a piece of machinery is too loud, someone has to fix it. Noise control engineering applies the fundamentals of acoustics and vibration to reducing noise in real situations in order to meet given requirements. It is one of the most directly practical branches of acoustics, and the skills it demands are in constant demand across industry, construction and environmental consultancy.
You will learn how a noise control engineer works through a problem: setting appropriate targets, characterising and quantifying the noise sources involved, and reducing noise either at the source or along the transmission path. You will be given the relevant formulae and, importantly, learn what they mean and how to apply them, building the practical calculation skills the field relies on.
By the end of the module, you will be able to analyse a noise problem, set sensible targets, and design and justify a solution, then communicate it clearly to a non specialist audience. These are precisely the skills of the practising noise control engineer, and they prepare you directly for professional work in acoustic consultancy and for further specialist study in noise and vibration control.