Neuroscience

Our module is designed to support you in developing fundamental chemical knowledge that will be underpinning through your academic career. You will build a knowledge of key chemical concepts that will provide a good foundation to enable you to progress to chemically related studies.

This module is designed to help you develop your mathematical skills. It is designed to build on your confidence and competence to apply a range of mathematical skills.

This module is designed to develop the biology, chemistry and biochemistry skills needed to study related areas. It will provide a suitable level of laboratory-based skills, which will be a good foundation to progress to related studies.

This module is designed to develop your knowledge of biological sciences. It will provide a suitable understanding of key biological and biochemical concepts and act as a foundation to study a degree in related areas.

Research underpins everything that you will learn on your degree. Developing an understanding of how to design, analyse and interpret research studies will provide you with the core skills needed throughout your course. You will learn to undertake research in a range of different areas and how to convey these findings to a range of different audiences.

Cognition concentrates on mental processes such as memory, thinking and language. Your physiological systems underpin all of these behaviours. Psychobiology gives you an understanding of the interaction between your biology and behaviour. Together these two approaches allow you to understand a range of processes including memory, attention and perception.

In this module, you will be introduced to the historical origins of neuroscience and the emergence of our understanding of the nervous system. You will also be provided with the foundations in the evolution and development of the brain in a range of species. This module provides an opportunity to explore contemporary issues in neuroscience and potential future impacts.

On this module, you'll gain an understanding of aspects of cell biology including,; genetics and metabolism; subcellular structure and diversity; the basics of molecular biology; population genetics; key principles in metabolic biochemistry; enzymology, botany, entomology and microbiology. It will also introduce safe and competent laboratory skills, data handling and analytical skills.

This module gives you the opportunity to identify, review and debate the relevant science behind topics that are ethical issues /are newsworthy. You'll evaluate an argument on a given scientific topic, deal with ethical scientific topics, participate in the discussion and debate of ethical issues, think in a structured way, and present ideas.

This module will introduce you to a variety of statistical and research techniques in both academic and commercial settings. You will have the opportunity to apply these techniques within a practical setting.

This module will allow you to demonstrate an understanding of a number of fundamental issues in human cognition, ranging from visual perceptual processes to problem solving and reasoning. You will also be provided with an understanding of key areas within physiological psychology.

This module aims to complement the Developmental Psychology aspects of other modules and to develop your knowledge of the subject by providing deeper and more detailed coverage of about four key topic areas where normative neurocognitive development can be contrasted with developmental disorders. The four key topics explored in this module are neurodevelopment, physical dysfunctions, language development & disorders and current theories of cognitive development.

The main aim of the module is to provide you with a thorough understanding of the principles of classical molecular biology and to introduce you to current advances in the field.

In this module you will learn about neurophysiology and endocrine systems. You'll cover them in detail from the initial chemical and electrical signal transmission in the nervous system to the relation with specific receptor cells. You'll look at the mechanisms and how drugs can alter the pathways.

This module highlights the importance of adopting a multidisciplinary approach to the understanding of brain function and behaviour, with particular emphasis on covering some of the important topics and techniques involved in Biopsychology. The module also provides a historical context in which to consider current brain research methods. 

You'll complete an advanced piece of empirical investigation under supervision by a member of staff. The topic may be in any interested area of Neuroscience with approval.

The module examines individuals with brain damage or those suffering from brain dysfunction or trauma from a neuropsychological and cognitive perspective. The module covers the use of techniques, such as neuroimaging, in developing the understanding of neuropsychological disorders.

The module introduces the field of psychopharmacology with a particular emphasis on examining "abused" drugs. You'll also study chemical treatments used for psychiatric disorders. The module approaches these topics from historical, physiological, neurochemical, and psychological perspectives.

This module provides a short placement opportunity for you to apply your psychological knowledge in a workplace setting. This allows you to build confidence and experience ahead of post-study employment, to learn more about the application of your psychological skills to a new job or to experience new settings in which you might work.

This module aims to give you an understanding of how modern technologies have given insight into the brain-behaviour relationship. You will explore current research studies and clinical applications as well as practical and ethical considerations. Techniques that you may use to understand behaviour may include Magnetic Resonance Imaging and Diffusion Tensor Imaging.

Develop your understanding of the nervous system within this module. You will develop your knowledge of experimental techniques and models that are used within the field of molecular neurobiology.

This module will develop your understanding of the causal factors, features, and biological mechanisms of pathopsychological diseases and conditions of the nervous system. You will also explore the structural, functional, and psychological changes associated with pathological diseases.