Neuroscience courses for 2019
Neuroscience is one of the fastest-growing areas of biomedical science. You will learn about discoveries that have transformed our understanding of the brain and helped in the development of new treatments for disorders affecting millions of people.
Bristol is home to many internationally recognised research groups studying various aspects of neuroscience, including memory and learning, sensory processing and motor control.
Why study Neuroscience at Bristol?
Our Neuroscience degrees are innovative and expose students to many areas of the subject with teaching by a team of highly motivated academic staff who are dedicated to both research and teaching.
Bristol is home to neuroscience expertise in areas including memory and learning, sensory processing and motor control. Our teaching incorporates innovative methods alongside more traditional lectures and small-group tutorials. Our varied practicals are run in state-of-the-art dissection facilities and well-equipped modern laboratories and include sessions with high-fidelity human patient simulators. Laboratories are enhanced by innovative resources such as our dynamic lab manual, eBioLabs. Alongside your practical experience, you will also develop the critical thinking and report-writing skills that are invaluable for any future career.
In years one and two you will have the opportunity to study other subjects, which can include a non-science subject. Popular choices are biochemistry, human anatomy, pharmacology, psychology or a modern language. In the final year, formal lectures are replaced by seminars and you will also complete a research project.
International students who are offered a place on courses within the School of Physiology, Pharmacology and Neuroscience may be able to apply for an Undergraduate International Scholarship.
What kind of student would this course suit?
Neuroscience suits those with a keen interest in how all aspects of the nervous system work and what goes wrong in disease states, for example in neuropsychiatric diseases.
You will have or want to develop the ability to investigate aspects of neuroscience from literature. You will also have an interest in developing skills in experimentation and the analysis of data.
How is this course taught and assessed?
During the first two years you will normally have nine lectures a week, supplemented by up to nine hours of practical work depending on the units chosen. Regular tutorials will provide you with guidance in writing and communication skills as well as problem solving.
In the final year formal lectures are replaced by seminars and you will spend a total of 30 days on a research project.
You will be assessed via coursework, including regular online assessments and written assignments, as well as end-of-unit exams.
What are my career prospects?
Neuroscience provides ideal training for a wide variety of rewarding careers. Our graduates have a high level of success in securing employment or places on further training courses.
Around a third of graduates register for higher degrees (MSc, PhD) or graduate-entry medicine, dentistry or veterinary science. Others enter laboratory-based careers in universities, government establishments, the NHS or the pharmaceutical and food industries.
A neuroscience degree is also an excellent basis for careers in other areas, such as teaching, commerce, administration and management.
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