BSc (Hons) Wildlife, Ecology and Conservation Science Bachelor's degree at the University of Suffolk

Core skills required to thrive on your degree programme; literature searching, experimental design, scientific methods, data analysis and effective communication of research findings. Essential for subsequent modules on the course.

Introduction to the building blocks of life and the genetic code that connects all living organisms. Explores how cells function, communicate, and reproduce, and how genetics helps make sense of biodiversity, inheritance, and adaptation. Hands-on lab work in cell biology and molecular genetics techniques.

Field-based module taught predominantly on a one-week residential field course in the Highlands of Scotland. Introduces key measures for assessing wildlife populations, visits a range of habitats, and teaches how to track and identify common and protected British wildlife species.

Explores complex interactions within natural ecosystems and examines pressing environmental challenges. Delves into fundamental ecological theories, natural processes in ecosystems, and critically assesses the impact of human activities on the planet. Fieldwork includes visits to RSPB reserves and practical methods in reptile and amphibian surveys.

Follows the evolution of life from biomolecules and the first basic cells through to complex organisms such as mammals, birds and modern plants. Teaches the process of evolution through natural selection and how to classify organisms.

Taught in partnership with Colchester Zoo, provides knowledge and research skills needed to study animal behaviour in both wild and captive environments. Covers the science of behavioural biology and how behavioural analysis can inform the husbandry and management of captive zoo animals.

Explores the anatomy, function, and evolution of the major vertebrate groups. Includes hands-on learning with real specimens to identify species from bones, teeth, and hair. Practical skills essential for careers in zoology, veterinary science, evolutionary biology, palaeontology, conservation, and natural history museum curation.

Covers core principles of theoretical conservation biology essential for developing strategies for managing and conserving biodiversity. Considers the economic, social and political issues that impact conservation.

Trains in cutting-edge methods used to measure wildlife populations. Learn from leading spatial ecologists to design and implement surveys, and to analyse results with scientific rigor. Uses camera trapping, direct observation and audio to survey everything from bats to birds to large mammals.

Teaches internationally transferable GIS skills on QGIS - a widely used open-source GIS mapping program. Trains in 'UK Habitats' classification system and 'Biodiversity Net Gain' (BNG) calculations that governments, councils, ecological consultancies and wildlife NGOs require.

Gives students in the life sciences an understanding of the natural history of plants, the biodiversity, metabolism, cell biology, genetics and morphology. Discusses the role of plants in limiting climate change.

Brings you up to date with the latest advances in research on the front line of biodiversity conservation. Explores how new research can tackle the effects of human activities on biodiversity. Introduces innovative and rapidly evolving tools, technologies, and strategic approaches currently being employed to conserve wildlife.

Provides specific training in analyses for independent research, preparing students for their dissertations and ultimately employment as scientists. Encompasses experimental design, research methods, specialist software, statistical analysis, ethics, and the preparation of grant proposals.

Develops skills needed to convey complex scientific concepts to diverse audiences using various media platforms, including wildlife filmmaking, imaging, and educational outreach. Particularly valuable for those interested in careers in wildlife media, environmental education, and science teaching.

Designed for students passionate about the ocean and interested in ecology and conservation. Dives into the biology and conservation of marine mammals, fish, and aquatic ecosystems. Develops practical skills in assessing fish populations and aquatic habitats.

Focuses on insects, the most diverse and ecologically significant group of animals on Earth. Explores their fundamental importance due to their huge diversity, with more than a million described species representing more than half of all the world's described species.