12 Bioscience BSc Degree Programs in Europe

The Bachelor's Degree in Biosciences and Biotechnology is an interclass degree: it consists of a common first year, where the student is provided with a solid base in mathematics, physics, chemistry, and cell biology, followed by a second and third year when the student follows either the program leading to the Biology or Biotechnology degree.

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.

Explore how bioscience can power a healthier planet. Study the future of food: how to grow, improve, and make it more nutritious. Think beyond traditional biology. With hands-on, interdisciplinary methods, you will learn to engineer sustainable solutions.

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 University of Kent is at the forefront of providing science-based higher and degree apprenticeships. It was the first university to provide a bioscience-aligned degree programme for the Laboratory Scientist higher apprenticeship standard. Our expertise in e-learning delivery, together with flexible entry points, means that the programme can be delivered with the least disruption to the business.

Get ready to pursue a career in the zoological sciences with UWS’s BSc (Hons) Applied Bioscience & Zoology degree. You’ll receive a grounding in biological and zoological science before progressing to study more advanced zoological topics. The programme will equip you with the practical and transferable skills for a rewarding career in biological and zoological sciences in Scotland or abroad. Our highly qualified and experienced team will deepen your understanding of bioscience and zoology, and the range of career options and professional accreditations available to you upon graduation.

This undergraduate program combines the study of bioscience with management skills, preparing students for roles that link science with business. It covers core biological sciences like genetics, cell...

Get ready to pursue a career in the biological sciences with UWS’s BSc (Hons) Applied Bioscience programme. You'll receive hands-on training in a wide range of biology disciplines to establish your knowledge before progressing to study more advanced and research-linked topics. Work-related learning combined with access to UWS’s state of the art laboratories will prepare you for a wide range of career options. Large amounts of practical work, experience with modern techniques and developing research skills are key strengths of the programme as is the option to undertake a work placement in year 3. Employers regularly comment that our graduates have the necessary skills to contribute effectively and productively in the workplace.

STEM-classified degree: graduates are eligible for 3 years of Optional Practical Training (OPT) in the USA. STEM occupations out-earn non-STEM by 12–30% across all education levels (Smithsonian Science Education Center). Choose a Science and Health degree to receive a solid grounding in any of the main scientific disciplines, and learn why sciences are fundamental to everyday life. Subjects include Biological Science, Chemistry, Health Sciences, Neuroscience, Pharmacy, and Pharmacology.

How can we use gene-editing technology to understand and treat human disease or improve crop yield? What is big data and how can we use it to advance our understanding of biological systems? How are we using synthetic biology to engineer bacteria to clean up oil pollution? How does bioimaging allow us to see inside the molecular machinery of a cell?

Genetics is at the forefront of modern biology, driving progress in medicine and synthetic biology. Thanks to recent developments in genetic analysis and manipulation, we are now able to explore the interaction between genes and the environment at an unprecedented level: from developmental processes to the epigenetic effects of the environment in our genome.

How does the body respond to challenges such as infection? What is the future of stem cell therapies? How does our lifestyle and genes affect our risk of disease?