Examine how culture shapes cognition, perception, motivation, and emotion in this advanced module on culture and psychology. You will learn about culture and health, cross-cultural difference in ideas of the self, personality, interpersonal behaviour, and group processes, and will discuss how culture impacts individuals, and interpersonal and intergroup processes.

This module is concerned with the study of emotional behaviour and experience from a scientific point of view. The emphasis throughout the module is on how emotions arise and are manifest as patterns of bodily response and mental activity. Theories of emotion from psychodynamic, introspective, and constructionist positions will not form a major component of the module, although some of the important insights which these approaches have offered will be considered. You will examine theories of both normal and abnormal emotion. The former will receive the lion's share of our attention, but the case studies on particular emotions (eg sadness) include discussion of their pathological extensions (depression).

Be introduced to the key concepts of animal behaviour from an ethological and comparative cognition viewpoint. By taking a critical look at published work and research and identifying the frameworks that underlie animal behaviour, you will become familiar with aspects such as the evolution of behaviour and the cognitive capabilities of different species.

You’ll be introduced to the key concepts of evolutionary theory as pertaining to human psychology, and will engage with current literature in this rapidly advancing area of science. You will develop your understanding of the relevance of evolution to the scientific study of human behaviour and cognition. You’ll also identify the basic concepts and frameworks that underlie evolutionary approaches to psychology, as well as the major findings and fields within evolutionary psychology.

How do we remember? Why do we forget? In this module, we will answer these questions through both lectures and experimental self-discovery. We will learn that we are surprisingly poor at recalling even very small numbers of words, objects, and events that we can nevertheless easily recognise. Through practical workshop classes that supplement lectures, you will see these limitations for yourselves, allowing you to better evaluate whether these limitations are best understood as evidence for limited-capacity short-term or working memory store(s), and /or as a result of the interaction between encoding and retrieval processes.

Discover the neuroscience behind key elements of human nature. These include, understanding the faces and bodies of others, how we copy body language to show empathy and the processes that drive motivation and emotion. You will also investigate autism and schizophrenia which occur when these processes aren’t working effectively.

Develop knowledge gained in the second year module, Brain and Behaviour, and deepen your understanding of how the brain affects behaviour, and the link it has with the workings of the body. You will learn from a range of experts, covering aspects from basic bodily functions to high-order existential concerns, such as psychopharmacology, diet and wellbeing, epigenetics, physical and social pain, and existential neuroscience, to ultimately gain a deep understanding of the way the brain and body interact to control behaviour.

What happens to our psychology as we get older? Explore three major themes in the psychology of ageing: mind, brain, and behaviour in this module, which covers the cognitive, social, and emotional aspects of ageing. You will investigate decision-making in older age, how older adults interact with their social environment, and how emotional processing changes with age, as well as the physiology of ageing, the neurological changes that occur, and how these affect aspects of cognition and emotion.

You will examine the causes of psychopathology from the perspective of different disciplines (genetics, neuroscience, behavioural, and social sciences), with the aim of understanding the potential interplay between biological, psychological, social, and environmental factors. You will learn how to critically distinguish individual differences in behaviour and the different ways of classifying psychopathologies.

You will gain a greater understanding of the relation between brain development and the development of skills in infants and children, and of how neuroscience can inform educational practices. Topics may include: prenatal brain development, the development of the sense of self and self control, infant and children attachment and social skills, neuro-developmental disorders and applied neuroscience.

These are only some of the questions we will address: Why do people indulge in magical thinking? What happens in our brains during hypnosis and meditation? How easy is to implant a false memory? How powerful is the effect of an inert drug when we believe it does have a healing action? We will first set out the levels of interpretations, the lens through which we will discuss mind, brain, and behavioural correlates of suggestion- and belief-laden phenomena. You will be asked to reflect on the learning material by creating connections between the different themes, everyday life and other aspects of social life, including your own experience. This integrative approach will aim to spark comprehensive understanding of the general mechanisms governing the human mind. Your active role and reflective approach to learning will contribute to a transformative learning experience and personal growth, whether you believe it or not!

The use of Bayesian statistics is increasingly common in psychology. This module aims to introduce you to these tools, and how to use R (a popular, open source statistical software package) to analyse and visualise data. It will also give you an overview of how the human brain deals with uncertainty and probabilities, and how the media often misrepresents statistical issues. Throughout the module, you will gain familiarity with working with large datasets, identifying patterns and presenting data. These skills are useful not only for further postgraduate study, but also are increasingly valuable in graduate jobs outside academia.

Romantic relationships are a fundamental part of the human experience. This module will take a scientific approach to understanding relationships. We will examine how relationships form, what binds them together, and what might lead to their dissolution. We will discuss how much of "me" we bring into our relationships compared to how much relationships change our sense of self. Finally, we will discuss what makes relationships such an important area of study: how they impact and influence our lives.

This module will explore the intricate relationship between human behaviour and environmental sustainability, delving into the psychological factors that influence individuals, groups, and societies in their pursuit of sustainable practices. We will employ an interdisciplinary approach that will help us bridge the gap between traditional environmental studies and the understanding of human cognition, attitudes, experiences, and behaviour. The module will explore questions such as: “How are environmental attitudes and values shaped”; “How can we overcome misperceptions and avoid defensive responding to sustainability messages?” “What are the impact of social, cultural, and cognitive factors (e.g., social influence, perception of risk) on sustainable behaviour?”, and “How can we bridge the gap between pro-environmental attitudes and behaviours?”. Lectures will provide foundational knowledge and we will include case studies and real-world examples to illustrate the practical applications of psychological principles in sustainability initiatives. Interactive discussions and group activities will help you critically analyse and apply psychological concepts to real-world scenarios.

In many crime dramas, both contemporary and classic, psychology is often depicted as providing the key to solving the case. From criminal profiling techniques that unlock the secrets of offenders to quick, on the fly assessments that allow investigators to connect behaviour and criminal activity. Psychology also provides novel insights into how guilt is determined both in the courtroom, and also in wider society. In this module we will explore questions such as: What can psychology really contribute to forensics and solving crimes? What factors influence the accuracy of eyewitness accounts? How do we determine responsibility? How does society treat offenders and victims? Is it really possible to tell whether someone is lying? How do psychopathic traits link to criminal behaviour? Are some people hard-wired to become criminals? Or does criminality develop as we grow, and how might we prevent this? What psychological processes are involved in cybercrime, and how do these differ from other crimes? From profiling to investigative strategies, to real-life case studies, this module offers a captivating journey into the psychology underlying criminal behaviour and legal responsibility.

What are the major causes of sports injuries, and what are the best methods for treatment and prevention? Identify the causes, signs and symptoms of sport-specific injuries. Discover the anatomical and physiology mechanisms that underlie injuries and discuss the mechanisms that allow recovery. You also gain practical skills, learning to design and evaluate an exercise rehabilitation plan – considering the various phases of exercise rehabilitation.

Investigate the effects of extreme conditions on the human body. You explore physiological responses to altitude and acceleration, spaceflight and microgravity, intense gaseous and marine pressures, extremes of hot and cold. You also gain understanding of the effects of starvation, dehydration and air pollution on human survival and performance.

This module will focus on gait analysis. This module covers what is ‘normal’ gait and this provides the underpinning for when we move onto pathological gait. You will study gait using kinematics and kinetics and we will spend our time interpreting what the data mean. To aid this you will take part in 2 labs -  one using the force plate and one using the 3D motion capture system. The data from these will be used in assignments.  

This module will develop your skills to perform a thorough needs analysis of sports, individuals, and/or teams, investigate psychological strategies that are used to enhance performance, and examine how to develop interventions based on the current research literature. You will also explore the role of technology to enhance the delivery of sport psychology services. The module builds on Year 1 and 2 Sport and Performance Psychology modules and will focus on the application of scientific principles to enhance athletic performance.

This module examines the application of analytics within applied sport environments, to facilitate data-informed decision-making within the coaching process and beyond (e.g. performance anlaysis, talent development and identification, sports medicine). You will be introduced to a range of statistical modelling and machine learning techniques which are prevalent in applied sport environments. Furthermore, you will gain experience analysing real datasets from different sports.

Drawing from several disciplines this module will consider topical issues relating to the effectiveness of physical activity interventions across the life course on a range of health and wellbeing outcomes. It will explore how evidence-based physical activity initiatives and interventions in different environments and settings shape behaviour. There is a growing demand for practitioners to critically evaluate the current evidence-base and gain an understanding of how this knowledge can be translated to inform their applied professional practice. The module will afford opportunities to engage with cutting edge research and develop transferable communication skills in translating research findings into executive summaries that can be used and understood by a range of audiences.

The incidence of obesity and associated conditions such as cardiovascular disease and type 2 diabetes is rising. Students will critically examine the current evidence for physical activity and dietary approaches being effective in the management of cardio-metabolic disease. There will also be opportunities to formulate physical activity and nutritional programmes based on case study information, and to practice supporting patients (role play) to make appropriate lifestyle changes. This module will be of interest to students who wish to pursue a career in public health or the fitness or personal training industry, and those who wish to undertake postgraduate study or research in the field of exercise, nutrition and health.

This module will provide you with both theoretical and practical knowledge, enabling you to comprehend the intricacies of specific neuromuscular, musculoskeletal, cardiovascular, and respiratory conditions. Emphasis is placed on equipping you with the practical skills necessary to evaluate and prescribe appropriate exercises for your final stages of rehabilitation, restoration of health, and/or return to sport.