Applied Biology

An introduction to scientific reading and writing skills, referencing, critical analysis of published work, and statistical principles.

*These modules can be studied 25% through the medium of Welsh

Study principles of genetics and evolutionary theory. Understand molecular genetics, including structure and organisation of DNA and DNA replication, and factors driving evolution.

Explore how different cellular components in both prokaryotic and eukaryotic organisms contribute to function. Learn basic microbiology lab techniques.

*This module can be studied 25% through the medium of Welsh

Get to grips with organisational structures and functions of the human body and biochemical principles underlying chemical processes in biological systems.

Learn the principles and methodologies of taxonomy and classification of living organisms. Apply theory to field and lab work, developing your practical skills.

Study ecological theory; through lecture, field and practical lab work, identify and critically evaluate ecological hierarchy, processes, cycles and successions.

Build your competency in data acquisition, manipulation and science communication using statistical analysis, bioinformatics, cartography and spatial analysis.

*These modules can be studied 25% through the medium of Welsh

Explore the history, development and controversies within evolutionary theory. This module is student-driven and discursive, allowing you to engage deeply.

Cover molecular genetics and genetic basis of inherited disorders. Learn theoretical and practical applications of key molecular biology techniques and their use.

Combining Earth history with anatomical form and physiological function, you’ll study the evolution of the vertebrate classes and their comparative lifestyles.

Gain an understanding of the beneficial and harmful human interactions with a wide variety of microorganisms. Develop safe working practices with human pathogens in a laboratory environment and competence in core microbiological laboratory skills for the identification of bacterial pathogens.

*This module can be studied 25% through the medium of Welsh

Develop a grounding in behavioural ecology and use theoretical frameworks to understand the interaction between behaviour, ecology and evolution.

On an international residential trip, combine theory, case studies and fieldwork in tropical landscapes to explore ecology and conservation. (Optional. Additional cost).

Gain technical lab experience in a range of microscopy techniques for analysing biological and geological materials, considering factors affecting sample preservation and quality.

An optional opportunity to work with an employer or on a simulated employer placement. You could be offered a placement or arrange one yourself.

Culminating in presenting at a conference, learn project planning, research and professional skills through your research project.

*This module can be studied 25% through the medium of Welsh

Consider what it is to be human; critically analyse conflicting theories in palaeoanthropology, behavioural ecology, and evolutionary theory.

Study human biological variation inc. evolutionary foundations. Cover historical views including “race” science and biological determinism, contrasting with contemporary approaches.

Explore inequality’s impact on health and wellbeing. Biological, environmental, economic, and political factors as drivers of public health inequality.

*This module can be studied 25% through the medium of Welsh

Apply your scientific knowledge and skills to the interpretation of ecological responses to anthropogenic impacts, including climate change, land and sea use change.

Apply genetic and tissue engineering approaches for medical application and drug discovery and learn how novel approaches to diagnosis and treatment can manage human diseases.

Demonstrate an understanding of aquatic ecosystems, their ecological systems and processes, the physiology and behaviour of their plants and animals that inhabit them.

Develop an understanding of current and emerging technological developments in ecology and wildlife conservation. Including how to integrate technology into ecological practices correctly and effectively.