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Neuroscience explores the structure and function of the nervous system, combining disciplines such as biology, chemistry, physiology, and psychology. This multidisciplinary field examines how ions, molecules, cells, and neural networks contribute to fundamental processes like learning, memory, sensation, motor coordination, and human behaviour. A deep understanding of how different components of the nervous system interact helps explain how medical or recreational interventions can affect brain function and performance, including in clinical treatment and sport.
Despite the progress in this field, many important questions remain unanswered. During this course, you will have the opportunity to learn from and collaborate with leading neuroscientists engaged in cutting-edge research addressing critical issues in modern neuroscience.
The programme is structured through modular teaching, offering flexibility to tailor your studies to your personal interests as they develop. As you progress, you'll gain comprehensive subject-specific knowledge alongside valuable transferable skills such as critical thinking, data analysis, research methods, and scientific communication—making you highly competitive in a variety of career paths.
This course shares its content with the first three years of the MBiolSci Biological Sciences (Neuroscience) programme, ensuring a strong academic foundation.
The degree is fully accredited by the Royal Society of Biology, recognising its alignment with the standards required for Membership and Chartered Biologist (CBiol) status. Accreditation assures employers that graduates possess key scientific and technical competencies as well as transferable skills, making them well-equipped to meet the demands of the evolving biological sciences and healthcare sectors.
Independent final-year research project guided by expert supervisors in areas like neuroimaging, anxiety, neurodiversity, or behavioural neuroscience.
Psychology Insights module offers real-world client-based projects in collaboration with local organisations.
Practical training in EEG, eye-tracking, and other neuroscience technologies embedded into the curriculum.
Lab-based modules with hands-on work in physiological psychology, cognitive assessment, and data analysis.
Opportunity to participate in ongoing research with university research groups as part of summer or part-time roles.
Optional year-long Computer Science pathway includes interdisciplinary learning and project-based modules.
Nottingham Advantage Award offers recognition for extracurricular activities, internships, and skills development.
Dedicated Careers and Employability Service provides help securing placements, shadowing, or volunteering experiences.
Access to peer mentoring and student-led research societies that organise collaborative projects and workshops.
Study abroad or research abroad options at international campuses or partner institutions.
Eligible for Graduate Basis for Chartered Membership (GBC) with the British Psychological Society (BPS).
Pathway to professional psychology training (e.g. Clinical, Educational, Forensic, or Occupational Psychology).
Graduates enter careers in mental health, healthcare, neuropsychology, rehabilitation, and research.
Interdisciplinary skills open up roles in UX design, AI research, data analysis, and human-computer interaction.
Opportunities in policy, civil service, teaching, marketing, and consultancy roles.
Strong foundation for MSc/PhD programs in psychology, neuroscience, or cognitive science.
Employers value Nottingham graduates for strong analytical, research, and critical thinking abilities.
Access to university alumni network and career fairs for long-term progression.
Support for postgraduate applications, personal statements, and professional development.
High graduate employability rate with growing demand in health-tech and neurotechnology sectors.
Core Bioscience Integration Year 1 offers a shared foundation across multiple Biological Sciences disciplines, enabling students to explore major subfields—including neuroscience—before specialisation decisions.Flexible Career Pathways Students may choose between a straight BSc (3 years) or add a placement/year abroad to pursue an MBiolSci (4–5 years), allowing customizable progression aligned with career goals.Final Year Independent Project In Year 3 (or Year 4 for MBiolSci), students undertake authentic research projects, honing skills in experimental design, data analysis, scientific writing, and critical thinkingStrong Research Environment Leicester has a REF 2021 ranking of 30 in UK, reflecting robust research infrastructure that guides undergraduate teaching and resources.TEF Gold Teaching Quality Leicester holds a Gold award in the Teaching Excellence Framework, reflecting outstanding student experience and outcomes.
Neuroscience ResearcherClinical Neuropsychologist (with further study)Biomedical ScientistPharmaceutical ScientistClinical Trials CoordinatorNeuroimaging SpecialistData Analyst / BioinformaticianScience CommunicatorMedical WriterHealthcare Scientist Cognitive NeuroscientistDrug Development SpecialistMedical Sales RepresentativeGenetic Counsellor (with further training)Occupational Therapist (with further training)Speech and Language Therapist (with further training)Physiotherapist (with further training)Neurotechnology Developer
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University of Leicester
