995 Biological and Life Sciences BSc Degree Programs

Biology at Bath Spa is deeply practical, with a real-world focus. You'll explore themes such as ecology, environmental management, microbiology, human pathophysiology, biodiversity, and food analysis. You’ll be able to take advantage of our unique campus with its rich variety of woodland, grassland, and freshwater habitats, which are used extensively in practical work.

The BSc in Biochemical Engineering trains bioengineers to design, operate and manage biotechnological systems, perform analytical testing and quality control, and interpret technical documentation in at least one foreign language. The full-time programme runs for 7 semesters (210 ECTS) and includes practical laboratory training and a mandatory professional internship.

The biology major at UNG is a versatile program that allows you to explore the biological sciences as a whole, while also diving into specialty areas of the field. While there are courses all biology majors are required to take, there is flexibility in the curriculum to choose courses that will help you work toward your career goals. For example, if you want to study wildlife management in graduate school, you could choose elective courses in ornithology and conservation biology. If you're interested in a professional program, then you could take upper-level electives that satisfy the admissions requirements for your dream program.

BIU’s Goodman Faculty of Life Sciences offers students biological knowledge and a scientific education based on modern research. Our faculty includes more than 40 internationally recognized scientists who have a wide variety of research interests and who teach courses related to their specializations.

Dive into Life Sciences majors from Erasmus University College. Choose from various biology subjects, ranging from molecular biology to physiology, evolution, health sciences, and medicine. The overarching multidisciplinary character of the Life Sciences curriculum is exemplified by the advanced courses in the Life Sciences majors, where there is an integrative context, in which the Department of Life Sciences collaborates closely with the other EUC Departments (Economics & Business, Humanities, and Social & Behavioural Sciences).

The Bachelor of Science in Molecular and Biophysical Life Sciences combines biology, chemistry, physics and the pharmaceutical sciences to study life from different perspectives. This equips you to make contributions to understanding of life and to address life science-related societal challenges.

Take your first steps towards a career in the biological sciences with the Biological Science BSc (Hons) degree course from Kingston University. This degree is accredited by the Royal Society of Biology (RSB), so you can stay up to date with developments in life sciences. You can also choose to integrate a year’s professional placement into your degree, to give your career a head start.

Are you ready to dive into the fascinating world of biology to explore the mysteries of life and discover the building blocks of living organisms? Bachelor of Biological Sciences is the perfect fit for you!

Our research-led BSc Biological Sciences degree provides the greatest possible choice and flexibility, allowing you to choose modules across virtually the whole range of subjects on offer at the School. We offer a wide choice of subjects across the biological sciences including animal and plant biology; microbiology; genetics; systems biology; ecology; disease; behaviour; neuroscience; zoology; developmental and stem cell biology; and evolution. As part of our Ecology and Conservation module, we also run a range of impressive field courses both within the UK and overseas, including River Ecology in Wales, Tropical Marine Ecology in Tobago, and Rainforest Biodiversity in Malaysia.

Combine chemistry, biology and medical sciences in a challenging programme. Unravel the workings of healthy and diseased cells and gain the fundamental knowledge necessary for medical innovation.

Can we generate new organs from cells? How do biological molecules such as proteins and DNA work? Do you wonder to what extent it is possible to produce better medicine, enzymes, or food using biotechnology? In this degree program in Life Science and Technology, you will learn how to find answers to questions like these. This degree program combines elements from a variety of disciplines, including biology, pharmacy, physics, chemistry, and engineering. You will learn how to use this knowledge to create medical applications that make people better or improve their quality of life. Our students and researchers study the intricate details of living organisms but also try to build life-like systems from molecules that are not alive. If we are able to build such a synthetic cell we will understand the requirements for life much better, and we might be able to use these cells as factories for new bio-molecules. These are just a few examples of the things we explore. By the time you start this program, numerous other new research projects will undoubtedly have started up. You’re bound to find something that arouses your interest.

This is the study of life, from the fundamental building blocks of our genes to the largest animals that inhabit our planet; how living things work - how they interact with one another and their surroundings, and how they change and evolve; and it involves the application of biomedical science to clinical research.

Biological Sciences encompasses many aspects of the biosciences, from molecular biology through to whole organisms and ecosystems, and includes exploration of Biological diversity, systematics and conservation. Students will gain core technical skills and subject-specific practical laboratory- / field-based skills to help them investigate and manipulate biological material including relevant physical, chemical and biological measurements and their application in a laboratory, field, and research project setting.

Would you like to work as a creative biotechnology engineer on innovative solutions and actively shape the future of the life sciences? Then the Applied Life Science Technologies degree programme at Ansbach University of Applied Sciences is just the right foundation for you!

In this specialist route available in our BSc (Honours) Natural Sciences (Q64), you’ll explore diverse aspects of biology from cells to whole organisms, with further options to study subject areas such as human biology, or to explore the role of science in society. You’ll develop analytical and scientific literacy skills by carrying out practical work and a research project.

Explore the mysteries of life while receiving an intensive and solid education in modern biology—including biochemistry, molecular biology, cell biology, genetics, developmental biology, and neurobiology. In our bachelor’s program in Biological Sciences, you will learn to utilize modern technologies and tools in genomics, proteomics, genome editing, and biomolecule design, and you can also conduct interdisciplinary studies in these and other fields.

With Climate Change, the global biosphere has entered a new and unchartered phase. To find solutions for this crisis, scientists need to better understand how organisms, ecosystems and the environment interact together. This course brings these disciplines together over an advanced 4-year programme. Students benefit from the international strengths of both the Biology and Geography Departments, and obtain integrated training in the applied areas of environmental data acquisition and experimental observation and analysis.

Biological Sciences encompasses many aspects of the biosciences, from molecular biology through to whole organisms and ecosystems, and includes exploration of Biological diversity, systematics and conservation. Students will gain core technical skills, subject-specific practical laboratory- / field-based skills, and employer-directed skills to help them investigate and manipulate biological material including relevant physical, chemical and biological measurements and their application in a laboratory, field, and research project setting.