Neuroscience
Postgraduate
In London
Description
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Type
Postgraduate
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Location
London
Entry requirements & how to apply
Minimum requirements 2:1
The normal minimum entry requirements are an undergraduate degree with 2:1 honours in a biological discipline; or a a medical degree (MBBS or international equivalent). Applicants with a non-biological degree or with a lower class may be considered.
International requirements Visit our admissions webpages to view our International entry requirements.
English Language requirements Band D Visit our admissions webpages to view our English language entry requirements.
Application procedure
Applications must be made online using King’s online application portal apply.kcl.ac.uk and a non-refundable application fee of £60 applies.
Applications are normally processed within two weeks of receiving references. All applicants are welcome to visit the department by arrangement, and students from unusual, i.e. non-biological, backgrounds are normally interviewed.
Please note that the two year part-time programme only runs on alternate years, the next intake is September 2020
Personal statement and supporting information
You will be asked to submit the following documents in order for your application to be considered:
Personal Statement Yes A personal statement of up to 4,000 characters (maximum 2 pages) is required. It is preferable that all students complete this section but essential if they have an unusual, i.e. non-biological background or if they want to draw attention to any special circumstances that should be taken into account when their application is considered.
Previous Academic Study Yes A copy (or copies) of your official academic transcript(s), showing the subjects studied and marks obtained. If you have already completed your degree, copies of your official degree certificate will also be required. Applicants with academic documents issued in a language other than English, will need to submit both the original and official translation of their documents.
Facilities
Location
Start date
Start date
Reviews
Subjects
- Part Time
- English
- English Language
- Pharmacology
- Access
- Psychology
- Credit
- Teaching
- Biology
- Design
- Biochemistry
- Genetics
- Physiology
- Imaging
- Anatomy
- International
- Global
- University
- Project
- Systems
- Neuropsychology
- Critical Thinking
- Neuroscience
Course programme
Course detail Description
Studied psychology, biomedical background, or just interested in the inner workings of the brain? This course is for anyone who wants to make ground-breaking discoveries in the field and develop practical skills for their future.
At King’s, you’ll use cutting-edge facilities, work with leading researchers to solve complex challenges and be the first to hear about findings from our research centres.
You’ll complete three core modules. Then pick a module that interests you (there’s around six to choose from) and apply your skills to a 20 week research project.
If your research project is in the same subject area as your specialised module, you can graduate with an MSc Neuroscience in that speciality.
“With growing problems, such as Alzheimer’s, effecting the entire population, we need people from across the globe to combine their experience and expertise.”
Eamonn Walsh, Course Leader
Further literature
For information on open events visit
Course format and assessmentFormat
You will be taught through a combination of lectures, seminars, field work and self-study.
A1 Fundamental Neuroscience
Lectures (30 hours) | Seminars / Tutorials (8hours) | Field/lab/studio/ supervised learning (5 hours) | Self-study time (257 hours)
A2 Fundamental Neuroscience
Lectures (30 hours) | Seminars / Tutorials (8hours) | Field/lab/studio/ supervised learning (5 hours) | Self-study time (257 hours)
A3 Fundamental Neuroscience
Lectures (30 hours) | Seminars / Tutorials (8hours) | Field/lab/studio/ supervised learning (5 hours) | Self-study time (257 hours)
B1 Psychiatric Genetics Research
Lectures (30 hours) | Seminars / Tutorials (3-5hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B Neuroscience Research
Lectures (30 hours) | Seminars / Tutorials (3-5 hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B3 Developmental Neurobiology Research
Lectures (30 hours) | Seminars / Tutorials (3-5 hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B4 Neurodegeneration Research
Lectures (30 hours) | Seminars / Tutorials (3-5 hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B5 Neuroimaging Research
Lectures (30 hours) | Seminars / Tutorials (2-5 hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B6 Brain Networks and Tractography
Lectures (30 hours) | Seminars / Tutorials (3-5hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B7 Cognitive Neuroscience Research
Lectures (30 hours) | Seminars / Tutorials (3-5hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
B8 Neural Stem Cells and Nervous System Repair Research
Lectures (30 hours) | Seminars / Tutorials (5hours) | Field/lab/studio/ supervised learning (3-5 hours) | Self-study time (257 hours)
Contact time is based on 24 academic weeks. Typically, one credit equates to 10 hours of work.
AssessmentYou are assessed through a combination of coursework and examinations and may typically expect assessment by:
Full-time (one year)
Examination (46.7%) | Coursework (20%) | Practical (33.3%)
Part time (two years)
Year 1 : Examination (60%) | Coursework (40%) | Practical (0%)
Year 2: Examination (3.3%) | Coursework (0%) | Practical (66.6%)
The study time and assessment methods detailed above are typical and give you a good indication of what to expect. However, they may change if the course modules change.
Extra information
Other related courses
Neuroimaging
Read more
Structure
Year 1 Required Modules
The course is divided into taught and research modules. Each year you will normally take modules totalling 180 credits.
Students on this course are required to take:
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Fundamental module 1 (30 credits)
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Fundamental module 2 (30 credits)
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Fundamental module 3 (30 credits)
In addition, students take 30 credits from a range of optional modules that may typically include:
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B Neuroscience Research (30 credits)
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B1 Psychiatric Genetics Research (30 credits)
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B3 Developmental Neurobiology Research (30 credits)
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B4 Neurodegeneration Research (30 credits)
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B5 Neuroimaging Research (30 credits)
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B7 Cognitive Neuroscience Research (30 credits)
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B8 Neural Stem Cells and Nervous System Repair Research (30 credits)
Research modules
The research component will allow students to gain training and experience in hypothesis-driven academic research. Students also take 60 credits from a range of research modules that may typically include:
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C Neuroscience (60 credits)
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C1 Research project in Psychiatric Genetics (60 credits)
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C3 Research project in Developmental Neurobiology (60 credits)
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C4 Research project in Neurodegeneration (60 credits)
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C5 Research project in Neuroimaging (60 credits)
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C6 Research project in Brain networks and Tractography (60 credits)
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C7 Research project in Cognitive Neuroscience (60 credits)
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C8 Neural Stem Cells and Nervous System Repair Research (60 credits)
Neuroscience