Versions

I. COURSE DESCRIPTION
II. SUBJECT REQUIREMENTS
III. COURSE CURRICULUM
SUBJECT DATA
OBJECTIVES AND LEARNING OUTCOMES
TESTING AND ASSESSMENT OF LEARNING PERFORMANCE
THEMATIC UNITS AND FURTHER DETAILS
Course name
Vision, Language, Memory
Course code
BMETE47A015
Course type
contact hour unit
Kurzustípusok és óraszámok
Type
Lessons
Lecture
2
Practice
0
Laboratory
0
Type of assessment
term grade
Number of credits
3
Course leader
Name
Dr. Németh Kornél
Position
assistant professor
Email adress
nemeth.kornel@ttk.bme.hu
Organizational unit for the subject

External department

Subject website
Language of teaching
magyar - HU
Curriculum role of the subject, recommended semester

Programme: Gazdálkodási és menedzsment alapszak 2021/22/1 félévtől

Subject Role: Kötelezően választott

Recommended semester: 5

Programme: Kommunikáció és médiatudomány alapszak - kötelező tárgyak 2018-tól

Subject Role: Kötelezően választott

Recommended semester: 0

Programme: Nemzetközi gazdálkodás alapszak 2018/19/1 félévtől

Subject Role: Kötelezően választott

Recommended semester: 5

Programme: Nemzetközi gazdálkodás alapszak 2020/21/1 félévtől

Subject Role: Kötelezően választott

Recommended semester: 5

Programme: Pénzügy és számvitel alapszak 2019/20/1 félévtől

Subject Role: Kötelezően választott

Recommended semester: 5

Programme: Gazdálkodási és menedzsment alapszak 2018/19/1 félévtől

Subject Role: Kötelezően választott

Recommended semester: 5

Pre-requisites
strong
None
weak
None
paralell
None
exclusive
None
A tantárgyleírás érvényessége
-

Objectives

To see! Name! Note! How do we get to know the world around us? The course presents the most important the-ories, research methods and results of the three essential fields of cognitive science with an explicit emphasis on neuroscience data and the applicability of knowledge. Based on what techniques and data do we get to know the function of our brain more and more accurately - what are the advantages and disadvantages of these methods? Do we really see as much as we do in our environment? Is it true that we see the same without colors? Where and how does our brain add the third dimension? Is there a connection between brain development and lan-guage formation? How are words and sentences understood? Is speech comprehension possible without speech production? Why do we forget? Which nervous system structures are involved in the formation of memory trac-es? How can memory disorders be diagnosed and what kind of life can we live without memories? Can we trust what we see, what we remember? You can get answers to such exciting questions and learn about three different areas at the same time, while getting to know the essential connection points and moments.

Learning outcomes

Knowledge
  1. The student knows and adequately uses the most important concepts of cognitive science.
  2. The student understands and knows the most important theories and models in the field of cognitive science.
Ability
  1. The student can understand and critically view the results of research and topics on cognitive sci-ence.
  2. The student is able to communicate in an adequate manner, orally and in writing, on the research findings in the field of cognitive science.
Attitude
  1. Open to expanding knowledge related to cognitive science.
  2. Open and motivated to apply the acquired knowledge.
  3. Collaborates with the lecturer and fellow students in expanding knowledge.
Autonomy and responsibility
  1. Expects and utilizes new knowledge.
  2. Actively participates in the process of acquiring knowledge.
  3. Solves tasks responsibly and independently.
  4. Use a systematic approach in your thinking.

Methodology of teaching

Lectures.

Materials supporting learning

  • Kovács Ilona, Szamarasz Vera Zoé (szerk.). Látás, Nyelv, Emlékezet. Typotex Kiadó, 2009.

General Rules

The learning outcomes described in point 2.2 are assessed on written examinations.

Performance evaluation methods

Proportion of performance evaluations performed during the diligence period in the rating

  • Two written exams: 50%-50%
  • total: 100%

Proportion of examination elements in the rating

  • :

Grading

%
Excellent > 90-100
Very good 80–90
Good 70-80
Satisfactory 60-70
Pass 51-60
Fail < 51

Correction and retake

We use the regulations in accordance with the TVSZ. Written exams can be improved during tertime (last week or replacement week). In the case of correction, the more favorable of the previous and new results for the stu-dent is taken into account.

Study work required to complete the course

Work type Amount of work hours
28
40
22
90

Approval and validity of subject requirements

-

Topics discussed during the semester

A 2.2. pontban megfogalmazott tanulási eredmények eléréséhez a tantárgy a következő tematikai blokkokból áll. Az egyes félévekben meghirdetett kurzusok sillabuszaiban e témaelemeket ütemezzük a naptári és egyéb adottságok szerint.

Topics of lectures
1. Bevezetés: az emberi agy és vizsgálati módszerei/Introduction: the human brain, methods
2. A látás alapjai/ Basics of vision
3. Magasabbszintű látás, kategóriák az emberi agyban 1./Higher order vision, cítegories in the brain 1.
4. Magasabbszintű látás, kategóriák az emberi agyban 2./ Higher order vision, cítegories in the brain 2.
5. A megértés folyamata/The process of speech comprehension
6. A nyelv keletkezése/Origin of language
7. A gyermeknyelv/Child language
8. 1. ZÁRTHELYI DOLGOZAT/1ST WRITTEN EXAM
9. Az emlékezés folyamata/The process of memory
10. Emlékezés és agy/Memory and brain
11. Elveszett emlékek/Lost memories
12. Az emlékezés megbízhatósága, emlékezeti illúziók/Reliability of memory, memory illusions
13. 2. ZÁRTHELYI DOLGOZAT/2ND WRITTEN EXAM
14. JAVÍTÓ-/PÓTLÓ ZH ALKALOM – REPLACEMENT OPPORTUNITY

Lecturers participating in teaching

Name Rank Contact
Dr. Lukács Ágnes
Dr. Szőllősi Ágnes

Approval and validity of subject requirements

-