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This module focuses on environmental issues across a range of themes and provides a focal point for the first year of the undergraduate Environmental Science programmes, in terms of knowledge and understanding, and study skills. The module considers knowledge and understanding of the environment in an inter- and multi-disciplinary basis. The summative coursework assignment works towards combining and analysing information to enable prediction of change and response to interventions. The seminars demonstrate the wide variety of information which is available about the environment, and the ways in which information can be drawn together to understand environmental processes and to inform decisions regarding the environment. Good practice and efficiency in study are introduced via elements of lectures and tutorials. Approaches to developing and reinforcing the generic and subject specific skills needed to be an effective environmental scientist are also provided.

Lecture sessions are used as a means to present and consider contemporary environmental issues, and to augment academic and employability skills. Lecture sessions on key skills are aligned with and complementary to tutorials. Tutorial activities and tasks have two main purposes: (1) to reinforce and develop further the academic skills introduced in lectures (e.g. via guided self-study exercises), and (2) encourage student-centred learning via formative assessments focusing on contemporary environmental topics or themes.

This module focuses on environmental issues across a range of themes and provides a focal point for the first year of the undergraduate Environmental Science programmes, in terms of knowledge and understanding, and study skills. The module considers knowledge and understanding of the environment in an inter- and multi-disciplinary basis. The summative coursework assignment works towards combining and analysing information to enable prediction of change and response to interventions. The seminars demonstrate the wide variety of information which is available about the environment, and the ways in which information can be drawn together to understand environmental processes and to inform decisions regarding the environment. Good practice and efficiency in study are introduced via elements of lectures and tutorials. Approaches to developing and reinforcing the generic and subject specific skills needed to be an effective environmental scientist are also provided.

Lecture sessions are used as a means to present and consider contemporary environmental issues, and to augment academic and employability skills. Lecture sessions on key skills are aligned with and complementary to tutorials. Tutorial activities and tasks have two main purposes: (1) to reinforce and develop further the academic skills introduced in lectures (e.g. via guided self-study exercises), and (2) encourage student-centred learning via formative assessments focusing on contemporary environmental topics or themes.

This course seeks to make use of innovative and cutting edge technologies in the field of Earth surface process monitoring to address the real world challenges encountered by commercial and/or governmental organisations.

Students on this module will tackle a real world geomorphological challenge using novel monitoring and processing techniques. The nature of the challenge set will vary between cohorts depending upon the evolving needs of the client or organisation involved, but examples include flood monitoring, high resolution monitoring of coastal environments and management/monitoring of nationally protected eco-geomorphic environments.

Students will gain a scientific understanding of the geomorphological system of interest which will underpin their approach to how best to tackle the problem in hand. The module will make use of technology such as Uncrewed Aerial Vehicles, Terrestrial Laser Scanners, differential Global Positioning Systems and other survey techniques, alongside state of the art processing methods such as Structure from Motion and 3D point cloud processing.

Students will work in teams to analyse the challenge, devise a theoretical solution and ultimately field test it. Teams will work with an awareness of budgetary constraints set by the client (for development and for the overall operational cost of the proposed solution). Teams will maintain a blog outlining the thought process behind the development of a solution.

This course seeks to make use of innovative and cutting edge technologies in the field of Earth surface process monitoring to address the real world challenges encountered by commercial and/or governmental organisations.

Students on this module will tackle a real world geomorphological challenge using novel monitoring and processing techniques. The nature of the challenge set will vary between cohorts depending upon the evolving needs of the client or organisation involved, but examples include flood monitoring, high resolution monitoring of coastal environments and management/monitoring of nationally protected eco-geomorphic environments.

Students will gain a scientific understanding of the geomorphological system of interest which will underpin their approach to how best to tackle the problem in hand. The module will make use of technology such as Uncrewed Aerial Vehicles, Terrestrial Laser Scanners, differential Global Positioning Systems and other survey techniques, alongside state of the art processing methods such as Structure from Motion and 3D point cloud processing.

Students will work in teams to analyse the challenge, devise a theoretical solution and ultimately field test it. Teams will work with an awareness of budgetary constraints set by the client (for development and for the overall operational cost of the proposed solution). Teams will maintain a blog outlining the thought process behind the development of a solution.

This course seeks to make use of innovative and cutting edge technologies in the field of Earth surface process monitoring to address the real world challenges encountered by commercial and/or governmental organisations.

Students on this module will tackle a real world geomorphological challenge using novel monitoring and processing techniques. The nature of the challenge set will vary between cohorts depending upon the evolving needs of the client or organisation involved, but examples include flood monitoring, high resolution monitoring of coastal environments and management/monitoring of nationally protected eco-geomorphic environments.

Students will gain a scientific understanding of the geomorphological system of interest which will underpin their approach to how best to tackle the problem in hand. The module will make use of technology such as Uncrewed Aerial Vehicles, Terrestrial Laser Scanners, differential Global Positioning Systems and other survey techniques, alongside state of the art processing methods such as Structure from Motion and 3D point cloud processing.

Students will work in teams to analyse the challenge, devise a theoretical solution and ultimately field test it. Teams will work with an awareness of budgetary constraints set by the client (for development and for the overall operational cost of the proposed solution). Teams will maintain a blog outlining the thought process behind the development of a solution.

This module introduces students to the main concepts involved in epidemiological analyses. The main epidemiological study designs are introduced and two lectures focus on methods used to analyse case-control studies whilst another two focus on cohort studies; a further lecture explores the issues around ecological studies and meta-analysis. Throughout the course students are encouraged to think about the important issues of bias and confounding and how they might influence the results of epidemiological analyses. The issue of causality is also emphasised and students are taught about causal thinking and using Directed Acyclic Graphs. More interactive lectures help students to consider how they would design an epidemiological study and how to weigh the evidence from the results of an analysis.

This module introduces students to the main concepts involved in epidemiological analyses. The main epidemiological study designs are introduced and two lectures focus on methods used to analyse case-control studies whilst another two focus on cohort studies; a further lecture explores the issues around ecological studies and meta-analysis. Throughout the course students are encouraged to think about the important issues of bias and confounding and how they might influence the results of epidemiological analyses. The issue of causality is also emphasised and students are taught about causal thinking and using Directed Acyclic Graphs. More interactive lectures help students to consider how they would design an epidemiological study and how to weigh the evidence from the results of an analysis.

This module introduces students to the main concepts involved in epidemiological analyses. The main epidemiological study designs are introduced and two lectures focus on methods used to analyse case-control studies whilst another two focus on cohort studies; a further lecture explores the issues around ecological studies and meta-analysis. Throughout the course students are encouraged to think about the important issues of bias and confounding and how they might influence the results of epidemiological analyses. The issue of causality is also emphasised and students are taught about causal thinking and using Directed Acyclic Graphs. More interactive lectures help students to consider how they would design an epidemiological study and how to weigh the evidence from the results of an analysis.

This module offers an opportunity to explore globalisation in health and healthcare from the perspective of individuals, communities and populations. You will apply epidemiological approaches to analyse and evaluate contemporary public health issues, enhancing your understanding of disease patterns, risk factors and the effectiveness of health interventions in diverse populations. As part of this module, you will develop an understanding of the connection between human health and the health of our planet’s natural systems. You will consider the nurse's role in addressing health inequalities, promoting sustainable healthy lifestyles, preventing disease and addressing determinants of health.