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Doktor znanosti/doktorica znanosti s področja vedenjske in kognitivne nevroznanosti
Selected qualifications
Name of qualification | Name of qualification: Doktor znanosti/doktorica znanosti s področja vedenjske in kognitivne nevroznanostiAdd to comparison |
---|---|
Translated title (no legal status) | Translated title: Doctor of Philosophy in the field of behavioural and cognitive neuroscience |
Type of qualification | Type of qualification: Doctorate |
Category of qualification | Category of qualification: Educational Qualification |
Type of education | Type of education: Doctoral education |
Duration |
Duration of education:
3 years
|
Credits | Credits: 180 credits |
Admission requirements |
Entry conditions:
|
ISCED field |
Field:
Social sciences, journalism and information
|
ISCED subfield | subfield: psychology |
Qualification level |
SQF Level:
SQF 10 |
Qualification holders are qualified to:
(general competences)
- demonstrate knowledge of, analyse and evaluate findings in the field of cognitive neuroscience,
- address core research problems in the field of cognitive neuroscience in an autonomous and original manner,
- observe and synthesise knowledge,
- demonstrate initiative in the accumulation of knowledge (resources),
- undertake self-criticism and recognise the importance of lifelong learning,
- critically assess information sources of various types,
- undertake research at a high level of complexity, both quantitatively and qualitatively,
- use information technology and work in IT,
- express their own opinion, contextualised as part of broader intellectual findings in the social sciences,
- resolve conflicts through analysis of social contexts,
- apply social science knowledge to real professional problems,
- demonstrate a commitment to professional ethics,
- demonstrate a capacity for effective oral communication with a specialist public with regard to findings obtained through experimentation,
- write scholarly articles in journals included in the JCR,
(subject-specific competences)
- use electrophysiological methods of study of brain function and interpret data obtained in this way,
- use functional near-infrared spectroscopy (fNIRS) for neuroimaging and analysis of data obtained in this way,
- demonstrate understanding of and apply methods that are used in cellular neurophysiology,
- create mathematical and computer models simulating the functioning of neural networks,
- use mathematical and statistical methods to analyse and compare electrophysiological data obtained through experiment,
- demonstrate understanding of and apply the basic transformations and procedures for the computer processing of signals that enable medical diagnostics and recognition systems,
- use computer development environments and custom software in the field of signals,
- demonstrate understanding of the relationship between behaviour and action and brain activity,
- prepare an experimental plan for the purpose of identifying the relationship between psychological/cognitive functions and brain activity, individual indicators of this activity (e.g. ERP, ERD, ApEN, in different frequency bands of the EEG signal).
Examination performance is graded as follows: 10 (excellent); 9 (very good: above-average knowledge but with some mistakes); 8 (very good: solid results); 7 (good); 6 (adequate: knowledge satisfies minimum criteria); 5–1 (inadequate). In order to pass an examination, a candidate must achieve a grade between adequate (6) and excellent (10).
In order to progress to the second year, students must complete all course units in the subjects: Neuropsychology of Individual Differences; Bioengineering and Neuroscience; and Elective Subject 1 (40 credits from taught course units) and successfully defend a dissertation proposal. In order to progress to the third year, students must complete all course units in the subjects: Neuroscience; Computational Neuroscience and Elective Subject 2 (40 credits from taught course units).
In order to complete the programme, students must complete the course units prescribed by the programme, have a scholarly article published or accepted for publication in a journal included in the JCR database, and write and successfully defend a doctoral dissertation, for a total of 180 credits.
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