Neuroinformatics as Minor (Nebenfach)
Neuroinformatics as a minor subject offers students a choice of selected lectures (L) and exercises (E) from the Institute of Neuroinformatics and of related lectures, exercises and semester works from other institutes and faculties. There are two lists. List A contains modules offered by the Institute of Neuroinformatics (Wahlpflichtmodule) and List B contains modules offered by other faculties and institutes (Wahlmodule). Students must select a set of modules from each list, where List B is to be considered incomplete -- other modules can be selected after consultation with the studies coordinator (minor
ini.phys.ethz.ch).
Currently Neuroinformatics is offered as a minor subject in the following faculties, each with their specific requirements:
Faculty of Science
- Bachelor level as a small minor (20 CPs)
- 12 CPs from list A
- 8 CPs from lists A and B
- Bachelor level as a big minor (45 Cps)
- 25 CPs from list A
- 20 CPs from lists A and B
- Master level (20 Cps)
- 12 CPs from list A
- 8 CPs from lists A and B
Faculty of Arts (Philosophical Faculty)
- Bachelor level as a small minor (30 CPs)
- 12 CPs from list A
- 18 CPs from lists A and B
- Bachelor level as a big minor (60 CPs)
- 25 CPs from list A
- 26 CPs from lists A and B
- 9 CPs from semester work
- Master level as an extension to a minor at the Bachelor level (15 CPs)
- 10 CPs from list A
- 5 CPs from lists A and B
Faculty of Economics, Business Administration and Information Technology
- Bachelor level as a small minor (45 CPs)
- 25 CPs from list A
- 20 CPs from lists A and B
- From the 45 CPs, 15 CPS will already be obtained during the assessment year with three basic lectures (See Reglement at www.ifi.uzh.ch/bsc)
List A
Please go to our
course list.
List B
This page contains List B with example elective modules towards a
minor degree in Neuroinformatics. For the official list, please check
the Vorlesungsverzeichnis.
UZH -- Faculty of Science (MNF)
Department of Mathematics
| Module | CP | Type | Period/Exam |
| MAT191: Biologische Datenanalyse |
3 |
Lecture Exercises |
HS/Yes |
| MAT192: Lineare Algebra für die Biologie |
3 |
Lecture Exercises |
HS/Yes |
| MAT182: Analysis für die Naturwissenschaften |
6 |
Lecture Exercises |
HS/Yes |
Department of Physics
| Module | CP | Type | Period/Exam |
| PHY 117: Physik I für Studierende der Biologie und der Chemie |
6 |
Lecture Exercises |
HS/Yes |
| PHY 127: Physik II für Studierende der Biologie und der Chemie |
6 |
Lecture Exercises |
FS/Yes |
| SPI201: Einsatz der Computersimulation in den Naturwissenschaften I |
6 |
Lecture Exercises |
FS/Yes |
| SPI202: Einsatz der Computersimulation in den Naturwissenschaften II |
5 |
Lecture Exercises |
HS/Yes |
| SPI301: Computergestütztes Experimentieren I |
6 |
Lecture Exercises |
HS/Yes |
| SPI302: Computergestütztes Experimentieren II |
6 |
Lecture Exercises |
FS/Yes |
| QGD411: Computational Science I |
8 |
Lecture Exercises |
HS/Yes |
Department of Biology
| Module | CP | Type | Period/Exam |
| BIO112: Zellbiologie |
3 |
Lecture Exercises |
HS/Yes |
| BIO134: Anatomie und Physiologie des Menschen für Nichtmediziner I |
5 |
Lecture |
HS/Yes |
| BIO144: Anatomie und Physiologie des Menschen für Nichtmediziner II |
5 |
Lecture |
FS/Yes |
| BIO145: Praktikum in Histologie |
5 |
Exercises |
FS/Yes |
| BIO402: Systems Neurobiology |
6 |
Block course |
FS/Yes |
| BIO343: Structure, Plasticity and Repair of the Nervous System |
3 |
Lecture |
HS/Yes |
| BIO344: Development of the Nervous System |
3 |
Lecture |
HS/Yes |
| BIO143: Neurobiologie |
3 |
Lecture Exercises |
FS/No |
UZH -- Faculty of Arts (Philosophical Faculty)
Department of Psychology
| Module | CP | Type | Period/Exam |
|
200006: Grundlagen der Biologischen Psychologie I+II (HS+FS) (UNI) |
6 |
Lecture |
HS+FS/Yes |
|
200199: Allgemeine Psychologie und Neuropsychologie (2 Lectures)
|
6 |
Lecture |
HS/Yes |
Department of Philosophy
| Module | CP | Type | Period/Exam |
|
204: Einführung in die Theoretische Philosophie: Philosophie des Geistes
|
6 |
Lecture Exercises |
HS/No |
UZH -- Faculty of Economics, Buisness Administration and Information Technology (WWF)
| Module | CP | Type | Period/Exam |
|
MINF4214:Introduction to Artificial Intelligence
|
6 |
Lecture Exercises |
HS/Yes |
|
MINF4229: Neural Networks (V+Ü)
|
6 |
Lecture Exercises |
FS/Yes |
|
AINF1110: Formal Methods for Computer Sciences I
|
3 |
Lecture |
HS/Yes |
|
BINF2100: Formal Methods for Computer Sciences II
|
6 |
Lecture |
HS/Yes |
|
AINF1100: Informatik I
|
9 |
Lecture Exercises |
HS/Yes |
ETH
Department of Mechanical and Process Engineering
| Module | CP | Type | Period/Exam |
| 151-0987-00L: Einführung in die Biomedizinische Technik I |
4 |
Lecture Exercises |
HS/Yes |
| 151-0978-00L: Einführung in die Biomedizinische Technik II |
3 |
Lecture Exercises |
FS/Yes |
| 151-0217-00L: Rehabilitation Engineering I: Motor Functions |
3 |
Lecture Exercises |
FS/Yes |
| 151-0219-00L: Rehabilitation Engineering II: Rehabilitation of Sensory and Vegetative Functions |
3 |
Lecture |
HS/Yes |
Department of Humanities, Social and Political Sciences
| Module | CP | Type | Period/Exam |
| 851-0120-01L: Introduction into the Philosophy of Biology: Evolution |
3 |
Lecture |
HS/Yes |
| 851-0125-05L: Philosophies of Happiness |
3 |
Lecture |
HS/Yes |
| 851-0121-15L: Explaining, Describing, Understanding. Introduction into the Theory of Knowledge |
6 |
Lecture |
HS/Yes |