Buchungsfristen und sämtliche Module
Seiteninhalt
- Booking deadlines of modules
- Modules and Credit Points
- Language of Instruction
- Liste aller Pflichtmodule
- Liste aller Module der Wahlpflichtgruppe 1
- 1. Jahr Grundstudium
- 2. Jahr Grundstudium HS
- 2. Jahr Grundstudium FS
- 3rd year Advanced Studies ("Fachstudium")
- Research internships
- Very important information on block courses UZH
- UZH HS Block Courses in WP 2
- UZH FS Block Courses in WP 2
- ETHZ HS and FS Block Courses in WP 2
- ETHZ HS and FS Concept Courses in WP 3
- UZH HS Modules in WP 3
- UZH FS Modules in WP 3
- UZH Internships, Excursions, and Field Courses in WP 3
- UZH Modules for Master's Students in WP 3
- Entire Course Offer UZH
- Entire Course Offer ETHZ
- Entire Course Offer Zurich Basel Plant Science
Booking deadlines of modules
Module registration takes place online via the University of Zurich's student portal. To access the student portal, you will neen your UZH login credentials (ID and password), which will be available in the application portal a few days after payment of the semester fees.
A distinction is made between three types of module registration:
- directly bookable modules (Buchungsmodule)
- request-based modules (Anfragemodule)
- application-based modules (Bewerbungsmodule)
Most Biology modules are either directly bookable (lectures with no enrolment limits) or cannot be booked directly (e.g. all block courses, for which registration is carried out via the Biology Block Course Tool). Request-based and application-based modules have limited places and early registration and cancellation deadlines. The current Course Catalogue is authoritative in all cases. The registration deadlines for each module are listed in the current Course Catalogue. Registration for the autumn semester opens in May, and registration for the spring semester opens in October.
- Modules in the Basic Studies phase: Must be registered for no later than one week before the start of the semester.
- Other modules: Early registration is recommended so that students receive email notifications from lecturers regarding the module and can access the course material on OLAT.
- UZH and ETHZ Zurich Biology block courses: These must be registered via a dedicated online tool. Please note that the two-week registration window opens in July and December, respectively. Make sure you do not miss these deadlines!
If you wish to attend courses at ETHZ Zurich, you must register with ETHZ as a special-status student (Fachstudierende) via the ETH student portal. Registration is valid for one semester and is free of charge. Once registered, you will receive login credentials for the ETH system, allowing you to enrol in courses and register for examinations. The registration deadline is the end of the second week of the lecture period. Students who have reserved places in Biology block courses through the joint UZH/ETHZ registration system must also register with ETHZ Zurich. Further information is available here.
ETHZ Zurich students wishing to take modules from the University of Zurich's Biology degree programme must register for cross-university studies (hochschulübergreifendes Studium) no later than Friday before the start of the semester.
Students from other Swiss universities are subject to an earlier registration deadline:
- Autumn semester: 31 July
- Spring semester: 31 January
Further information: UZH – Application deadlines.
| What | Booking | Description |
|---|---|---|
| "Grundstudiumsmodule" | No later than one week before the start of the semester! | |
| Other modules | Early booking is recommended so that you receive email information from the instructors and can access course materials on OLAT. | |
| Block courses | Important: do not miss the two-week booking window, which takes place in July and December. |
Biology block courses at UZH and ETH Zurich are booked via a dedicated tool
|
| Biology block courses ETHZ | Closing date for registration is the end of the second week of the lecture period. |
If you wish to attend courses at ETH Zurich, you must register at ETHZ as a specialized (non-degree) student. Registration is valid for one semester and is free of charge. You will then receive login credentials for the ETH system and can enroll in courses and register for examinations. The registration deadline is the end of the second week of the lecture period. Students who have reserved biology block courses via the joint UZH/ETHZ system must also register at ETH Zurich. Further information can be found here. |
| UZH Block courses for ETHZ students |
Students from ETH Zurich who wish to take biology modules at the University of Zurich must apply for cross-institutional study no later than the Friday before the start of the semester. For students from other Swiss higher education institutions, an earlier deadline applies (31 July for the Autumn Semester, 31 January for the Spring Semester) |
|
| Forschungspraktika / Research Internships | Research Internships cannot be booked. |
Internal Research Internships have to be agreed by a Research leader as well as by the module leader of the specific Research Internship. |
Modules and Credit Points
The Bachelor's and Master's degree programmes of the Faculty of Science (MNF) are structured into modules. A module consists of one or more courses.
Each module is assigned to a lecturer who is responsible for it (Module Coordinator). Students may contact this person with questions relating to the module.
- Compulsory modules: These modules are mandatory.
- Compulsory core elective modules: Modules that must be selected from a predefined list.
- Elective modules: Modules that may be freely selected from the range of courses offered by the University of Zurich (UZH) and ETHZ Zurich (ETHZ).
ECTS credits are awarded on the basis of academic assessments. The dates, formats and scope of these assessments are announced in the Course Catalogue. The following principles apply:
- No credits are awarded without an assessment.
- One ECTS credit corresponds to an average student workload of approximatey 30 hours. This includes contact hours, independent study (self-study and completing assignments), examination semester. Fewer credits may be earned in part-time studies.
Most modules are graded in increments of half grades on a scale from 1 to 6. If a student achieves a grade of 4 or higher, all ECTS credits assigned to the respective module are awarded. Otherwise, no credits are awarded. Some modules are assessed on a pass/fail basis only.
A total of 180 ECTS credits is required to obtain a Bachelor's degree, followed by a further 90 or 120 ECTS credits to obtain a Master's degree. This means that the Bachelor's programme takes at least six semesters, while the Master's programme requires a further three to four semesters (standard duration of study, which should be regarded as the minimum).
The standard maximum period of study is 12 semesters for each degree programme (Bachelor's and Master's). Students may continue their studies beyond 12 semesters. However, tuition fees will double. Credits already earned do not expire. Upon submission of a justified request, the Dean of Study may grant an extention of the regular tuition fee arrangement for one additional semester at a time.
Once per semester (in mid-March and the end of October), students receive an overview of the ECTS credits earned and grades obtained to date via the student portal (Transcript of Records = electronic academic record).
Any discrepancies must be reported to the Office of the Dean of Studies within four weeks.
Language of Instruction
The language of instruction for each module is determined by the respective Module Coordinator.
In the Basic Studies phase, the language of instruction is predominantly German, although some modules are taught in English. In the Specialised Studies phase, the language of instruction is generally English.
A very good command of both languages is required for the Bachelor's degree programme.
Module examinations are offered exclusively in the respective language of instruction. Students are not entitled to request a translation of the examination.
Modules in the Basic Studies ("Grundstudium")
Full details such as dates, course descriptions, learning objectives, prerequisites, assessment requirements, as well as booking and cancellation deadlines, can be found in the current UZH course catalogue (make sure to select the correct semester in the top right-hand corner).
Liste aller Pflichtmodule
Letzter Update 21 October 2026.
Abkürzungen:
FS = Frühjahrssemester
HS = Herbstsemester
VL = Vorlesung
PR = Praktikum
SE = Seminar
UE = Übungen
Bereich Grundlagenfächer (total 35 ECTS):
| AI 111 | Artificial Intelligence and Critical Thinking, 1 ECTS | HS, Block 4 Tage VOR Semesterbeginn | |
|
MAT 182 |
Analysis für die Naturwissenschaften, 6 ECTS |
HS, VL Di & Mi 10-12, UE |
|
|
MAT 183 |
Stochastik für die Naturwissenschaften, 6 ECTS |
FS, VL Mi und Fr 10-12, UE |
|
|
CHE 170 |
Grundlagen Chemie für die Life Sciences, 5 ECTS |
HS, VL Di 8-10 & Mi 13-15, UE |
|
|
CHE 171 |
Grundlagen-Praktikum Chemie, 4 ECTS |
FS, PR |
|
|
CHE 172 |
Organische Chemie für die Life Sciences, 4 ECTS |
FS, VL Di und Mi 8-10 |
|
|
BCH 210 |
Grundlagen Biochemie für die Life Sciences, 4 ECTS |
FS, VL und UE Mo 8-12 |
|
|
PHY 117 |
Physik für die Life Sciences I, 5 ECTS |
HS, VL Di und Mi 15-17, UE |
|
Bereich Biologie (total 55 ECTS):
|
BIO 111 |
Molekulare und klassische Genetik, 5 ECTS |
HS, VL Mo und Mi 8-10, PR |
|
BIO 112 |
Zellbiologie, 3 ECTS |
HS, VL Fr 8-10, PR |
|
BIO 113 |
Evolution und Biodiversität I, 5 ECTS |
HS, VL Do 8-10 & Fr 10-12, PR |
|
BIO 121 |
Evolution und Biodiversität II, 3 ECTS |
FS, VL Fr 8-10, PR |
|
BIO 122 |
Verhaltensbiologie, 3 ECTS |
FS, VL Do 10-12, PR |
|
BIO 123 |
Quantitative und molekulare Systembiologie, 3 ECTS |
FS, VL Do 10-12, PR |
|
BIO 124 |
Einführung Ethik und Theorie der Biologie, 2 ECTS |
FS, VL Di 10-12 |
|
BIO 125 |
Development of Multicellular Systems, 3 ECTS |
FS, VL Do 8-10, PR |
|
BIO 131 |
Concepts in Plant Biology, 4 ECTS |
HS, VL Mi und Fr 10-12, PR |
|
BIO 132 |
Mikrobiologie, Immunologie, Virologie, 3 ECTS |
HS, VL Fr 8-10 |
|
BIO 133 |
Evolutionary Anthropology, 3 ECTS |
HS, VL Mi 8-10, PR |
|
BIO 134 |
Programmieren in der Biologie, 5 ECTS |
HS, Di 13-17 oder Do 13-17 |
|
BIO 143 |
Neurobiologie, 3 ECTS |
FS, VL Fr 8-10, PR |
|
BIO 144 |
Datenanalyse in der Biologie, 4 ECTS |
FS, VL Mo 13-15, |
|
EEE 102 |
Einführung in die Ökologie, 5 ECTS |
FS, VL Mo 10-12 & Do 8-10, PR |
|
AI 121 BIO |
Artificial Intelligence and Critical Thinking Seminar, |
FS, diverse Termine |
Liste aller Module der Wahlpflichtgruppe 1
Letzter Update 21 October 2026.
Abkürzungen:
FS = Frühjahrssemester
HS = Herbstsemester
VL = Vorlesung
PR = Praktikum
SE = Seminar
UE = Übungen
Please also refer to the timetables for the basic studies programme.
Wahlpflichtgruppe 1, Bereich 1a
Module der Wahlpflichtgruppe 1 aus den Grundlagenfächern Chemie CHE, Biochemie BCH, Mathematik MAT, Statistik STA und Physik PHY, und quantitativer Biologie.
|
CHE 173 |
Praktikum Organische Chemie für die Life Sciences, |
FS, diverse Termine |
|
CHE 153 |
Physikalisch-chemisches Praktikum für die Life Sciences, 4 ECTS |
FS, diverse Termine |
|
CHE 154 |
Physikalische Chemie für die Life Sciences I, 3 ECTS |
HS, VL Di 10-12, UE Fr 12-13 |
|
CHE 155 |
Physikalische Chemie für die Life Sciences II, 3 ECTS |
FS, VL Di 10-12, UE Do 12-13 |
|
BCH 202 |
Biochemie II, 5 ECTS |
FS, VL Di und Mi 8-10 |
|
BCH 213 |
Biochemisches Praktikum I, 3 ECTS |
HS, Do oder Fr Nachmittag |
|
BCH 215 |
Biochemisches Praktikum II, 3 ECTS |
FS, Do oder Fr Nachmittag |
|
BIO 390 |
Introduction to Bioinformatics, 3 ECTS |
HS, VL Di 8-10 |
|
BIO 444 |
Quantitative Biosciences, 3 ECTS |
HS, VL&UE Mo 10-12 |
|
EEE 240 |
The Physics of Life, 3 ECTS |
HS, VL&UE Mo 10-12 |
|
PHY 127 |
Physik für die Life Sciences II, 4 ECTS |
FS, VL Fr 8-10, UE diverse Termine |
|
MAT 141 |
Lineare Algebra für die Naturwissenschaften, 5 ECTS |
HS, VL Mo und Do 10-12 |
|
STA 120 |
Einführung in die Statistik, 5 ECTS |
FS, VL Di 10-12, UE Di 12-13 |
Wahlpflichtgruppe 1, Bereich 1b
Module der Wahlpflichtgruppe 1 aus der Biologie (BIO) und verwandten Studienprogrammen (Biomedizin BME, Biodiversität EEE, und Neuroinformatik INI).
|
BIO 138 |
Praktikum Mikrobiologie, Immunologie, Virologie, |
HS, 4 Halbtage im Okt./Nov. |
|
|
|
BIO 148 |
Einführung in die Paläontologie, 3 ECTS |
FS, VL Di 10-12 |
|
|
|
BIO 149 |
Intruduction to Scientific Writing, 3 ECTS |
FS, Do 15-17 |
|
|
|
BIO 228 |
Evolutionary Medicine, 2 ECTS |
HS, VL Do 10-12 |
|
|
|
BIO 236 |
Botanische Halbtagsexkursionen im FS, 1 ECTS |
FS, 4 Halbtage |
|
|
|
BIO 237 |
Botanische Exkursionen im HS, 1 ECTS |
HS, 4 Halbtage |
|
|
|
BME 235 |
Physiologie und Anatomie I, 5 ECTS |
HS, VL Mo 10-12 und Di 8-10 |
|
|
|
BME 236 |
Biomedizin I, 3 ECTS |
HS, VL Do 8-10 |
|
|
|
BME 245 |
Physiologie und Anatomie II, 5 ECTS |
FS, VL Mo 8-10 und Fr 10-12 |
|
|
|
BME 246 |
Biomedizin II, 3 ECTS |
FS, VL Mo 15-17 |
|
|
|
BME 248 |
Basics in Immunology, 4 ECTS |
FS, VL Mi 10-12 |
|
|
|
EEE 103 |
Evolution II, 3 ECTS |
FS, VL Mi 14-16 |
|
|
|
EEE 104 |
Biodiversität und Lebensräume der Schweiz, 3 ECTS |
FS, VL Di 14-16, PR |
||
|
EEE 201 |
Biogeochemische Kreisläufe und globale Umwelt- |
HS, VL Fr 14-16 |
|
|
|
EEE 202 |
Ecology of Communities, 3 ECTS |
FS, VL Mo 15-17 |
|
|
|
EEE 203 |
Ökosysteme und Klima, 3 ECTS |
FS, VL Do 10-12 |
|
|
|
EEE 204 |
Biodiversität und Gesellschaft, 2 ECTS |
FS, Mi 10-12 |
|
|
|
EEE 267 |
Science Communication in Zoos, 4 ECTS |
FS, diverse Termine |
|
|
|
INI 401 |
Introduction to Neuroinformatics, 6 ECTS |
HS, VL Di 8-10 |
|
|
|
245-503 |
Geschlecht und Biologie, 3 ECTS |
HS, VL Do 10-12 |
|
|
Ehemals hier aufgelistete, bereits absolvierte Module können weiterhin als WP 1 angerechnet werden (z.B. BIO 137, BME 247, UWW 172, UWW 181, UWW 182, EEE 260, ESS 111 und ESS 121, INI 415).
Die Module BIO 138 - BIO 237, BIO 390, BME 247, BME 248 und EEE 267 sind auch als Wahlpflichtmodule des Fachstudiums (WP 3) im Bachelorstudium anrechenbar. Die Module aus dem Wahlpflichtbereich 1 können jedoch in der Regel nicht im Masterstudium angerechnet werden, auch nicht als Wahlmodul.
Die Biodiversitäts-Exkursionen EEE 221 und EEE 222 können im Mono und Major BSc Biologie ebenfalls als WP1b angerechnet werden, Studierende mit Major oder Minor Biodiversität haben aber Priorität bei der Platzzuteilung.
1. Jahr Grundstudium
Letzter Update 21 October 2026.
Abkürzungen:
FS = Frühjahrssemester
HS = Herbstsemester
VL = Vorlesung
PR = Praktikum
SE = Seminar
UE = Übungen
Please also refer to the timetables for the basic studies programme.
Fall Semester
Pflichtmodule
|
AI 111 |
Artificial Intelligence and Critical Thinking, |
1 ECTS, 4 Tage in der Woche |
|
BIO 111 |
Molekulare und klassische Genetik, |
5 ECTS, VL Mo und Mi 8-10, PR |
|
BIO 112 |
Zellbiologie, D. Brunner, U. Grossniklaus |
3 ECTS, VL Fr 8-10, PR |
|
BIO 113 |
Evolution und Biodiversität I, |
5 ECTS, VL Do 8-10 & Fr 10-12, PR |
|
MAT 182 |
Analysis für die Naturwissenschaften, Ch. Luchsinger |
6 ECTS, VL Di & Mi 10-12, UE |
|
CHE 170 |
Grundlagen der Chemie für die Life Sciences, R. Sigel |
5 ECTS, VL Di 8-10 & Mi 13-15, UE |
|
PHY 117 |
Physik für die Life Sciences I, B. Kilminster |
5 ECTS, VL Di&Mi 15-17, UE |
Spring Semester
Pflichtmodule
|
BIO 121 |
Evolution und Biodiversität II, |
3 ECTS, VL Fr 8-10, PR |
|
BIO 122 |
Verhaltensbiologie, M. Manser, A. Lindholm |
3 ECTS, VL Do 10-12, PR |
|
BIO 124 |
Einführung Ethik und Theorie der Biologie, |
2 ECTS, VL Di 10-12 |
|
BIO 125 |
Development of Multicellular Systems, F. Peri, D. Gilmour |
3 ECTS, VL Do 8-10, PR |
|
MAT 183 |
Stochastik für die Naturwissenschaften, Ch. Luchsinger |
6 ECTS, VL Mi & Fr 10-12, UE |
|
CHE 171 |
Grundlagen-Praktikum Chemie, U. Wais |
4 ECTS, PR nachmittags |
|
CHE 172 |
Organische Chemie für die Life Sciences, O. Zerbe |
4 ECTS, VL Di & Mi 8-10 |
| BCH 210 | Grundlagen Biochemie für die Life Sciences, C. Manatschal | 4 ECTS, VL Di & Mi 8-10 |
| AI 121 BIO | Artificial Intelligence and Critical Thinking Seminar, M. Robinson |
1 ECTS, diverse Termine |
2. Jahr Grundstudium HS
Letzter Update 21 October 2026.
Please also refer to the timetables for the basic studies programme.
Pflichtmodule
|
BIO 131 |
Concepts in Plant Biology, C. Zipfel, T. Grube, Chr. Ringli |
4 ECTS, VL Mi & Fr 10-12, PR |
|
BIO 132 |
Mikrobiologie, Immunologie, Virologie, L. Eberl et al. |
3 ECTS, VL Fr 8-10 |
|
BIO 133 |
Evolutionary Anthropology, |
3 ECTS, VL Mi 8-10, PR |
|
BIO 134 |
Programmieren in der Biologie, |
5 ECTS, Di 13-17 oder Do 13-17 |
Wahlpflichtmodule Bereich 1a
|
CHE 154 |
Physikalische Chemie für die Life Sciences I, G. Artus |
3 ECTS, VL Di 10-12, UE |
|
BCH 213 |
Biochemisches Praktikum I, C. Manatschal, S. Lobet |
3 ECTS, PR Do oder Fr Nachm. |
|
BIO 390 |
Introduction to Bioinformatics, M. Baudis et al. |
3 ECTS, VL Di 8-10 |
|
BIO 444 |
Quantitative Biosciences, R. Kouyos |
3 ECTS, VL&UE Mo 10-12 |
|
EEE 240 |
The Physics of Life, J. Bascompte |
3 ECTS, VL&UE Mo 10-12 |
|
MAT 141 |
Lineare Algebra für die Naturwissenschaften, C. Luchsinger |
5 ECTS, VL Mo und Do 10-12 |
Wahlpflichtmodule Bereich 1b
|
BIO 138 |
Praktikum Mikrobiologie, Immunologie, Virologie, |
1 ECTS, PR 4 Halbtage |
|
BIO 228 |
Evolutionary Medicine, A. Jäggi et al. |
2 ECTS, VL Do 10-12 |
|
BIO 237 |
Botanische Exkursionen im HS, M. Kessler, H. Hoffmann |
1 ECTS, 4 Halbtage |
|
BME 235 |
Physiologie und Anatomie I, C. Wagner et al. |
5 ECTS, VL Mo 10-12 & Di 8-10 |
|
BME 236 |
Biomedizin I, L. Borsig et al. |
3 ECTS, VL Do 8-10 |
|
EEE 201 |
Biogeochemische Kreisläufe und globale Umwelt-veränderungen, P. Niklaus, M. van der Heijden et al. |
3 ECTS, VL Fr 14-16 |
|
INI 401 |
Introduction to Neuroinformatics, V. Mante et al. |
6 ECTS, VL Di 8-10 |
|
245-503 |
Geschlecht und Biologie, A. Weingrill |
3 ECTS, VL Do 10-12 |
2. Jahr Grundstudium FS
Letzter Update 21 October 2026.
Please also refer to the timetables for the basic studies programme.
Pflichtmodule
|
EEE 102 |
Einführung in die Ökologie, A. Ozgul, J. Pernthaler |
5 ECTS, VL Mo 10-12 & Do 8-10, PR |
|
BIO 123 |
Quantitative und molekulare Systembiologie, |
3 ECTS, VL Do 10-12, PR |
|
BIO 143 |
Neurobiologie, M. Müller, S. Neuhauss |
3 ECTS, VL Fr 8-10, PR |
|
BIO 144 |
Datenanalyse in der Biologie, O. Petchey |
4 ECTS, VL Mo 8-10, UE Do oder Fr 13-15 |
Wahlpflichtmodule Bereich 1a
|
CHE 173 |
Praktikum Organische Chemie für die Life Sciences, |
4 ECTS, PR diverse Termine |
|
CHE 153 |
Physikalisch-chemisches Praktikum für die Life Sciences, |
4 ECTS, PR diverse Termine |
|
CHE 155 |
Physikalische Chemie für die Life Sciences II, G. Artus |
3 ECTS, VL Di 10-12, UE |
|
BCH 202 |
Biochemie II, M. Seeger et al. |
5 ECTS, VL Di und Mi 8-10 |
|
BCH 215 |
Biochemisches Praktikum II, C. Manatschal, S. Lobet |
3 ECTS, Do oder Fr Nachmittag |
|
PHY 127 |
Physik für die Life Sciences II, B. Kilminster |
4 ECTS, VL Fr 8-10, UE |
|
STA 120 |
Einführung in die Statistik, Z. Barancuk |
5 ECTS, VL Di 10-12, UE |
Wahlpflichtmodule Bereich 1b
|
BIO 148 |
Einführung in die Paläontologie, M. Hautmann et al. |
3 ECTS, VL Di 10-12 |
|
BIO 236 |
Botanische Halbtagsexkursionen im FS, R. Nyffeler |
1 ECTS, 4 Halbtage |
|
BME 245 |
Physiologie und Anatomie II, C. Wagner et al. |
5 ECTS, VL Mo 13-15 & Fr 10-12 |
|
BME 246 |
Biomedizin II, L. Borsig et al. |
3 ECTS, VL Mo 15-17 |
|
BME 248 |
Basics in Immunology, N. Joller et al. |
4 ECTS, VL Mi 10-12 |
|
EEE 103 |
Evolution II, A. Wagner |
3 ECTS, VL Mi 14-16 |
|
EEE 104 |
Biodiversität und Lebensräume der Schweiz, F. Altermatt |
3 ECTS, VL Di 14-16 |
|
EEE 202 |
Ecology of Communities, J. Bascompte, L. Cosmo |
3 ECTS, VL Mo 15-17 |
|
EEE 203 |
Ökosysteme und Klima, |
3 ECTS, VL Do 10-12 |
|
EEE 204 |
Biodiversität und Gesellschaft, T. Ohmura |
2 ECTS, VL Mi 10-12 |
|
EEE 267 |
Science Communication in Zoos, U. Tobler |
4 ECTS, diverse Termine |
Modules in the Advanced Studies ("Fachstudium")
Courses from the third year of the ETH Zurich Bachelor’s degree programme in Biology may also be credited towards the specialized study phase, with block courses counting as WP 2 and concept courses as WP 3. Please consult the ETHZ course catalogue (links are listed below under ETHZ courses WP 2 and WP 3) for a current list and contact the Biology Study Coordination Office at UZH if in doubt. UZH course catalogue
WP = Wahlpflichtgruppe
3rd year Advanced Studies ("Fachstudium")
For modules in the Advanced Studies phase, the respective Module Coordinator determines the examination arrangements and is responsible for awarding grades. For most lecture courses, examinations take place during the last week of the semester. Students should therefore avoid registering for lectures that take place at the same time, as their examinations will also be scheduled simultaneously. No alternative examination dates are offered. Students who are unable to attend an examination due to illness or other compelling reasons must withdraw immediately via the student portal and notify the repective Module Coordinator. The Module Coordinator decides whether a repeat examination is offered, the entire module may be repeated the following year. Each failed module may be repeated once, either by retaking the examination or by repeating the entire module. If a compulsory core elective module is failed twice, students may take another module from the same compulsory elective group instead, until the corresponding compulsory core elective requirement has been fulfilled.
Block Courses: Block courses provide research-based teaching and learning in small groups. Their organisation and delivery require considerable effort. Due to limited places, specific regulations apply and must be followed by all students to ensure fair allocation.
- Registration: Timely online registration is required for block courses in the Advanced Studies phase. The exact registration deadlines are published on this booking website. The registration period for block courses begins in July for the autumn semester and in December for the spring semester. Each registration period lasts two weeks. The final allocation of places can be viewed in the block course registration tool one week before the start of the semester. Please note that block courses do not appear as "booked" in the UZH app. They are only entered into the system once the grade has been awarded.
- Withdrawal: Once allocated a place, students are required to attend the respective course. Therefore, please consider carefully which courses you register for. If you have been allocated a place but are unable to attend for compelling reasons (e.g. illness), you must notify the Module Coordinator directly and immediately. Otherwise, or if you withdraw for other reasons, the course will be recorded as failed.
- Attendance requirements: Attendance and active participation throughout the entire duration of UZH Biology block courses are compulsory. Absences are not permitted, regardless of the reason.
- Allocation of places in block courses: Students must have completed the Basic Studies phase (i.e. passed all compulsory modules) before they are eligible to attend block courses. Please read the course descriptions in the Course Catalogue carefully and take note of any recommended parallel courses in the Advanced Studies phase. For biomedical block courses (e.g. Cancer, Virology and Immunology), it is strongly recommended that students have already completed the compulsory elective modules BME235, BME245, BME236, BME246 and, where appropriate, BME248. Allocation criteria: Priority is generally given to:
- Master's students whose block course is included in their confirmed Learning Agreement.
- Bachelor's students who have not yet completed the required number of block courses for their Bachelor's degree.
- There is no entitlement to a place in any particular block course. Students who are expected to complete the Basic Studies phase through repeat examinations or January examinations before the start of the course will also be allocated places where possible. However, students who have already passed all compulsory modules at the time of registration are given priority. The average grades across all compulsory modules is also taken into account when allocating places. To maximise their chances of obtaining a place in a block course, students should indicate as many references as possible during registration, including all courses they would be willing to attend. If too few preferences are indicated, there is a high likelihood that students will not be allocated the desired number of places.
Research internships: Research internships can only be undertaken as part of the Bachelor's degree programme. Students work on a specifically defined research project under the individual supervision of an advanced researcher and write a scientific report upon completion of the project. Further information.
A research internship is considered internal if the supervisor teaches in the Department of Biology. Otherwise, the research internship is considered external. Internal research interships are arranged directly with a research group leader and last between 6 and 12 weeks full-time. One ECTS credit is awarded per week. External research internships must be approved in advance by the module coordinator and the Biology Study Coordination Office. A maximum of 6 ECTS credits can be awarded for external research internships. No ECTS credits are awarded for paid internal or external positions as research assistants or interns, or for voluntary work. A maximum of 12 ECTS credits from research internships can be counted towards the degree. Upon completion of the internship, the internship supervisor must submit the grade achieved and the number of ECTS credits to be awarded in writing to the Biology Study Coordination Office. The same regulations apply to the museum internship BIO 780.
Research internships
Letzter Update 21 October 2026.
Research internships, iGEM, the museum internship and the curatorial internship at the Zoo are counted in "Wahlpflichtgruppe 2", but only in the Bachelor study programs.
|
BIO 249 |
Research Internship in Quantitative Biology and Systems Biology, Ch. Aegerter |
|
BIO 259 |
Research Internship in Molecular and Cellular Biology, F. Peri und D. Gilmour |
|
BIO 269 |
Research Internship in Paleontology, E. Schneebeli |
|
BIO 315 |
Research Internship in Plant Biology, U. Grossniklaus |
|
BIO 316 |
Research Internship in Microbiology, L. Eberl |
|
BIO 356 |
Research Internship in Developmental Biology and Genetics, A. Hajnal |
|
BIO 357 |
Research Internship in Ecology, O. Petchey |
|
BIO 358 |
Research Internship in Animal Behaviour, M. Manser |
|
BIO 378 |
Research Internship in Evolutionary Biology and Systematics, F. Schiestl |
|
BIO 381 |
Research Internship in Immunology, B. Becher, Ch. Münz |
|
BIO 382 |
Research Internship in Virology, S. Stertz |
|
BIO 383 |
Research Internship in Neurobiology, S. Neuhauss, M. Müller |
|
BIO 550 |
Research Internship in Anthropology, M. Krützen |
|
BIO 761 |
Research Internship in Systematic Botany, F. Schiestl |
|
BIO 780 |
Museum Internship, C. Weckerle |
|
BIO 400 |
Research Project in Synthetic Biology – iGEM Competition, C. Zipfel; ganzjährig, 12 ECTS |
|
BIO 783 |
Research Internship at Zoo Zurich, L. Keller, L. Davis; 3 Monate Vollzeit, 10 ECTS |
Very important information on block courses UZH
| General information |
The block courses consist of research-based teaching and learning in small groups. The complex organization and delivery of these courses require special rules which, due to the limited number of places, must be observed by all students in the interest of fairness. |
| Application for block courses |
Timely online registration is required for block courses in the subject-specific phase. The exact registration deadlines are published below. The registration period for block courses begins in mid-July for the Autumn Semester and in mid-December for the Spring Semester, and lasts two weeks in each case. One week before the start of the semester, the final allocation can be viewed in the block course booking tool. However, block courses do not appear as “booked” in the UZH app; they are only entered once the grade has been recorded. Block course application and allocation for fall semester 2026: Application deadline: 20 July–7 August 2026block course application The final allocation is available from 02.09.2026 block course allocation |
| Cancelation of block courses | Assigned courses must be attended. You should therefore carefully consider which courses you register for. If, for compelling reasons (e.g. illness), you need to withdraw from a course to which you have been assigned, you must immediately notify the module coordinator directly. Otherwise, or if you withdraw for other reasons, the course will be considered failed. |
| Compulsory attendance | For the biology block courses of the University, continuous attendance and active participation are mandatory. Absences are not permitted for any reason. |
| Block course assignment | A prerequisite for attending block courses is the completion of the basic studies (all compulsory modules passed). In addition, some courses require specific prerequisites, which are listed in the course catalogue (e.g. certain foundation modules or concurrent subject-specific lectures). Please check before registering whether you meet the prerequisites. It is your responsibility to select only courses for which you fulfill the requirements. |
| Allocation criteria | Priority is generally given to master’s students with the course included in their confirmed Learning Agreement, followed by bachelor’s students who have not yet completed the required number of block courses for the bachelor’s degree. There is no entitlement to be allocated a block course. Students who are expected to complete their foundation studies through repeat or January examinations before the course begins will, if possible, also be allocated. However, students who have already completed the compulsory modules at the time of registration have priority, and the grade point average of all compulsory modules is taken into account in the allocation. To increase the chances of securing a block course place, you should indicate as many options as possible during registration (all courses you would be willing to take). If too few options are provided, the likelihood of not receiving the desired number of places is high. |
UZH HS Block Courses in WP 2
Letzter Update 21 October 2026.
Autumn Semester 2026, provisional schedule. Online registration: 20 July–7 August 2026
The final allocation will be available from xx. September 2026 under "block course allocation"
Contact: kresimir.rados@biol.uzh.ch (Academic support office)
|
BIO 203 |
Great Ape Behaviour, K. Koops |
6 ECTS, 3. Viertel |
|
BIO 204 |
Human Evolutionary EcoPhysiology, C. Shaw |
6 ECTS, 4. Viertel |
|
BIO 208 |
Current Debates in Evolutionary Biology and Human Evolution, |
6 ECTS, 2. Viertel |
|
BIO 210 |
Human Behavioural Ecology and Cultural Evolution, |
6 ECTS, 1. Viertel |
|
BIO 211 |
Primate Behaviour and Cognition: Concepts, Methods and Tools, |
6 ECTS, 1. Viertel |
|
BIO 230 |
Cancer Stem/Propagating Cells and their Microenvironment, |
6 ECTS, 3. Viertel |
|
BIO 246 |
Genome Instability and Molecular Cancer Research, |
6 ECTS, 2. Viertel |
|
BIO 250 |
Drug Efficacy and Pathway Assessment in Pediatric Brain Cancer Models, J. Nazarian et al. |
6 ECTS, 1. Viertel |
|
BIO 253 |
Research Cycle in Genomics, J. Grossmann et al. |
6 ECTS, 3. Viertel |
|
BIO 258 |
Cancer, Immunotherapy and Inflammation Research, |
6 ECTS, 1. Viertel |
|
BIO 260 |
Molecular Biology Course for Biology and Medicine, |
6 ECTS, Januar/Februar |
|
BIO 267 |
Paleobiology and Evolution of Vertebrates, T. Scheyer, M. Sanchez |
6 ECTS, 2. Viertel |
|
BIO 275 |
Invertebrates in Deep Time, M. Hautmann, Ch. Klug |
6 ECTS, 1. Viertel |
|
BIO 282 |
Methods in Molecular Plant Biology, C. Zipfel et al. |
6 ECTS, 2. Viertel |
|
BIO 284 |
Systemic Microbiology, L. Eberl et al. |
6 ECTS, 3. Viertel |
|
BIO 285 |
Genetic and Epigenetic Control of Plant Development, |
6 ECTS, 3. Viertel |
|
BIO 286 |
Plant Sensing, C. Zipfel |
6 ECTS, 4. Viertel |
|
BIO 299 |
Parasites – from Genes to Systems, |
6 ECTS, 1. Viertel |
|
BIO 314 |
Plant Epigenetics, C. Baroux et al. |
6 ECTS, 1. Viertel |
|
BIO 317 |
Advanced Methods in Genomic & Cellular Manipulation, |
6 ECTS, 1. Viertel |
|
BIO 319 |
Cell Motility Control in Invasive Brain Tumors, |
6 ECTS, 3. Viertel |
|
BIO 320 |
Sleep and Wake Regulation, R. Huber, O. Jenni |
6 ECTS, 4. Viertel |
|
BIO 321 |
Modern Microscopy in Life Science Research, M. Müller et al. |
6 ECTS, 1. Viertel |
|
BIO 322 |
Cell Biology of Viral Infections, C. Fraefel et al. |
6 ECTS, 2. Viertel |
|
BIO 323 |
Modern Genetics und Genomics, |
12 ECTS, 2. Hälfte |
|
BIO 325 |
Systems Dynamics in Cell and Developmental Biology, |
6 ECTS, 2. Viertel |
|
BIO 372 |
Virology: Pathogenesis and Control of Human Viruses, |
6 ECTS, 3. Viertel |
|
BIO 409 |
Veterinary Medicine: Comparative Morphology and Patho-physiology, T. Lutz, C. Le Foll, N. Borel et al. |
6 ECTS, 4. Viertel |
|
BIO 430 |
Immunology, B. Becher, M. Greter, I. Arnold Wallen et al. |
6 ECTS, 4. Viertel |
|
BIO 434 |
Electrophysiological Recording Techniques, F. Helmchen et al. |
6 ECTS, 4. Viertel |
|
BIO 445 |
Quantitative Life Sciences: from Infectious Diseases to Ecosystems, R. Kouyos et al. |
6 ECTS, 4. Viertel |
|
BIO 440 |
Evolutionary Medicine: Morphological Changes and Pathologies, |
6 ECTS, 3. Viertel |
|
BME 304 |
Vital Functions: Measurements on the Human Body, |
6 ECTS, 2. Viertel |
|
BME 307 |
Microbiomes in Health and Disease, |
6 ECTS, 1. Viertel |
|
BME 308 |
Human Molecular Genetics, S. Froese et al. |
6 ECTS, 4. Viertel |
|
BME 310 |
Research Methodology for Studies on Human Health and Disease, Y. Tomonaga, H. Dressel, O. Hämmig et al. |
6 ECTS, 1. Viertel |
|
BME 312 |
Epigenetics and Disease, |
6 ECTS, 3. Viertel |
|
BME 313 |
Cardiac and Vascular Pathophysiology, |
6 ECTS, 1. Viertel |
|
BME 314 |
Inflammation and Immune Response, |
6 ECTS, 1. Viertel |
|
BME 315 |
Diseases of Autonomous Systems – Metabolism and Cellular Adaptation, |
6 ECTS, 3. Viertel |
|
BME 319 |
Prospects of Molecular Diagnostics in Pediatrics, B. Bornhauser, |
6 ECTS, 4. Viertel |
|
BME 323 |
Brain Disorders, M. Polymenidou et al. |
6 ECTS, 1. Viertel |
|
BME 330 |
Quantitative Biomedicine, M. Polymenidou, M. Krauthammer et al. |
6 ECTS, 3. Viertel |
|
BME 334 |
Applied Statistics for Biomedicine and Biology: Advanced Linear Models, E. Willems |
6 ECTS, 1. Viertel |
|
BME 336 |
Muscle and Bone Bioengineering, D. Eberli, M. Ehrbar |
6 ECTS, 1. Viertel |
|
BME 342 |
Deep Learning in Biomedicine, |
6 ECTS, 1. Viertel |
|
BME 345 |
Biomaterials and Applied Technologies in Dentistry, |
6 ECTS, 2. Viertel |
|
BME 346 |
Tissue Engineering of the Skin, L. Pontiggia et al. |
6 ECTS, 2. Viertel |
|
BME 349 |
Immune Disorders and Assessment, |
6 ECTS, 2. Viertel |
|
BME 350 |
From Stem Cell Analysis to Application, M. Generali, P. Cinelli |
6 ECTS, 4. Viertel |
|
BME 355 |
Pain - Mechanisms and Clinical Presentations, |
6 ECTS, 2. Viertel |
|
BME 358 |
Animal Disease Models in Modern Biomedical Research, |
6 ECTS, 1. Viertel |
|
BME 362 |
Rare Genetic Pediatric Disorders, |
6 ECTS, 1. Viertel |
|
BME 364 |
Mechanisms of Allergic Disease, |
6 ECTS, 3. Viertel |
|
BME 365 |
Cellular Modelling of Neuropsychiatry, E. Grünblatt |
6 ECTS, 3. Viertel |
|
BME 368 |
Translational Medicine in Neuroscience and Infection, |
6 ECTS, 4. Viertel |
|
EEE 310 |
Current Conflicts in Biodiversity Policy, T. Ohmura |
6 ECTS, 4.Viertel |
|
EEE 312 |
The Species Problem: Species Concepts, Species Delimitation, and Taxonomy, O. Hawlitschek |
6 ECTS, 3. Viertel |
|
EEE 316 |
Tropical Plant Families – Identification, Ethnobotany, and Chemistry, R. Camara Leret |
6 ECTS, 1. Viertel |
|
EEE 318 |
Aquatic Ecology, F. Altermatt, A. Narwani et al. |
12 ECTS, 1. Hälfte |
|
EEE 320 |
Sociobiology in Animals, M. Manser, S. Forss, L. Johnson |
6 ECTS, 2. Viertel |
|
EEE 324 |
Project Development in Biogeography and Biodiversity, M. Kessler |
6 ECTS, 3.Viertel |
|
EEE 326 |
Principles of Evolution: Theory and Applications, R. Shimizu-Inatsugi, A. Wagner, K. Shimizu, S. Lüpold, S. da Silva Oliveira |
6 ECTS, 3. Viertel |
|
EEE 328 |
Experimental Invertebrate Biology, S. Lüpold, T. Ratz |
6 ECTS, 2. Viertel |
|
EEE 330 |
Population Ecology, A. Ozgul |
6 ECTS, 4. Viertel |
|
EEE 334 |
Biodiversity from Species to Landscape Scale – Concepts and Methods in Spatial Ecology and Remote Sensing, |
6 ECTS, 1. Viertel |
|
EEE 336 |
Measuring and Monitoring Genetic Diversity for Conservation, |
6 ECTS, 2. Viertel |
|
EEE 338 |
Evolutionary and Ecological Functional Genomics, K. Shimizu et al. |
6 ECTS, 1. Viertel |
|
EEE 340 |
From Values to Arguments: Ethics in Environmental Discourse, |
6 ECTS, 2. Viertel |
UZH FS Block Courses in WP 2
Letzter Update 21 October 2026.
Schedule of the spring semester block courses
Courses run from 1 p.m. Tuesday through to 5 p.m. Friday. You will find the content, time, venue, type of learning outcome examination, and the participating lecturers for the individual block courses in the annotated course catalogue.
Spring Semester 2027, provisional schedule. Online registration: end of 2026
The final allocation will be available from x February 2027 block course allocation
Contact: kresimir.rados@biol.uzh.ch (Academic support office)
Semester week (calendar week 8-22)
|
BIO 202 |
Comparative Communication and Cognition, S. Townsend |
6 ECTS, 2. Viertel |
|
BIO 245 |
Cell Signalling, M. Altmeyer et al. |
6 ECTS, 2. Viertel |
|
BIO 247 |
Cellular Response to Genotoxic Stress, |
6 ECTS, 2. Viertel |
|
BIO 248 |
Functional Assessment of Human Spinal Cord Injury, |
6 ECTS, 1. Viertel |
|
BIO 255 |
Finding and Solving Interesting Problems in Molecular Life Sciences, G. Hausmann |
6 ECTS, 3. Viertel |
|
BIO 256 |
Precision Oncology and Functional Tumor Pathology, C. Pauli et al. |
6 ECTS, 2. Viertel |
|
BIO 262 |
Evolutionary Morphology of Vertebrates, |
6 ECTS, 1. Viertel |
|
BIO 268 |
Paleontological Field Work, Ch. Klug |
6 ECTS, 2. Viertel |
|
BIO 287 |
Plant Cell Wall Development, Ch. Ringli |
6 ECTS, 3. Viertel |
|
BIO 293 |
TBA, V. Panse, G. Weiss et al. |
6 ECTS, 1. Viertel |
|
BIO 296 |
Microbial Bioinformatics: Sequencing Technologies to Pathogen Analysis, A. Egli, H. Seth-Smith et al. |
6 ECTS, 2. Viertel |
|
BIO 328 |
Neurobiology, S. Neuhauss, M. Müller, R. Huber, M. Polymenidou, B. Weber, U. Meyer, T. Karayannis, R. Bachmann-Gagescu, |
12 ECTS, 1. Hälfte |
|
BIO 334 |
Practical Bioinformatics, |
6 ECTS, 4. Viertel |
|
BIO 341 |
Field Course in Evolutionary Biology of Marine Mammals, Shark Bay, Western Australia, M. Krützen, A. Lindholm, S. Allen |
6 ECTS, 3 Wochen im Juli/August, alle 2 Jahre |
|
BIO 374 |
Virology: Biology of Virus Infection & Evolution, |
6 ECTS, 2. Viertel |
|
BIO 392 |
Bioinformatics of Molecular Sequence Variations, |
6 ECTS, 3. Viertel |
|
BIO 407 |
Advanced Microscopy: from Preparation to Data and Visualization, J. Döhner, J. Mateos, J. Delgado Martins, A. Käch et al. |
6 ECTS, 1. Viertel |
|
BIO 413 |
Genome Modification in Mammals, T. Buch, J. vom Berg |
6 ECTS, 4. Viertel |
|
BIO 431 |
Cell Death, Inflammation and Immunity, |
6 ECTS, 2. Viertel |
|
BIO 442 |
Evolutionary Medicine: Health and Disease in Modern Humans, |
6 ECTS, 3. Viertel |
|
BIO 446 |
Applied RNA Methodology, S. Zelger-Paulus, S. Johannsen |
6 ECTS, 4. Viertel |
|
BME 302 |
Systems Neurobiology, B. Weber et al. |
6 ECTS, 2. Viertel |
|
BME 305 |
Methods in Exp. and Clinical Pharmacology, B. Weber et al. |
6 ECTS, 3. Viertel |
|
BME 306 |
Experimental Human Studies in Pharmacology and Physiology, |
6 ECTS, 4. Viertel |
|
BME 321 |
Project Design, Causal Inference, and Workflow Management, |
6 ECTS, 3. Viertel |
|
BME 326 |
Evolution of Bacterial Pathogens, R. Kümmerli |
6 ECTS, 3. Viertel |
|
BME 329 |
Developing New Medicines – an Introduction, T. Szucs et al. |
6 ECTS, 3. Viertel |
|
BME 331 |
Tissue Imaging, B. Bodenmiller, B. Menze et al. |
6 ECTS, 4. Viertel |
|
BME 332 |
Metabolic Medicine, M. Hersberger, S. Froese et al. |
6 ECTS, 2. Viertel |
|
BME 348 |
Journey into Medical Research, |
6 ECTS, 3. Viertel |
|
BME 351 |
Biomedical Data Mining, |
6 ECTS, 1. Viertel |
|
BME 352 |
Auditory Biomechanics, A. Huber et al. |
6 ECTS, 3. Viertel |
|
BME 353 |
Human Brain Activity and the Mind, |
6 ECTS, 1. Viertel |
|
BME 354 |
Forensic Toxicology, A. Steuer, T. Binz et al. |
6 ECTS, 4. Viertel |
|
BME 356 |
Molecular Endocrinology and Metabolism, J. Krützfeldt, C. Hantel |
6 ECTS, 4. Viertel |
|
BME 357 |
Diseases at the Human Animal Interface, P. Torgerson |
6 ECTS, 1. Viertel |
|
BME 361 |
Randomized Trials, M. Puhan, T. Radtke, S. Rohrmann et al. |
6 ECTS, 1. Viertel |
|
BME 363 |
Gene Therapy from Bench to Bedside, |
6 ECTS, 1. Viertel |
|
BME 366 |
Medical Immunology, O. Boyman, W. de Veen et al. |
6 ECTS, 2. Viertel |
|
BME 369 |
Diffusion Weighted Imaging and Tractography in Clinical Neuroscience, P. Homann, M. Tahedl |
6 ECTS, 1. Viertel |
|
BCH 308 |
Experimentelle Biochemie (alternativ zu BCH 309), |
6 ECTS, 4. Viertel |
|
BCH 309 |
Experimentelle Biochemie (alternativ zu BCH 308), |
6 ECTS, 2. Viertel |
|
EEE 311 |
Remotely Sensing the Basis of Biodiversity, |
6 ECTS, 1. Viertel |
|
EEE 313 |
What is Working in Conservation?, E. Albert |
6 ECTS, 1. Viertel |
|
EEE 315 |
Flowers and Pollinators, F. Schiestl |
6 ECTS, 2. Viertel |
|
EEE 317 |
Predator-Prey Interactions: Theory, Experiments and Field Surveys, |
6 ECTS, 3. Viertel |
|
EEE 319 |
Aquatic Microbial Ecology, T. Posch, J. Pernthaler, S. Andrei |
6 ECTS, 2. Viertel |
|
EEE 321 |
Ecological Networks, J. Bascompte |
6 ECTS, 2 Viertel |
|
EEE 323 |
Field Methods and Quantitative Analyses in Wildlife Management and Research, B. Gehr |
6 ECTS, 3.Viertel |
|
EEE 327 |
Animal Behaviour Field Studies, A. Lindholm |
6 ECTS, 4. Viertel |
|
EEE 329 |
Flora der Schweiz, R. Nyffeler |
6 ECTS, 4. Viertel |
|
EEE 331 |
Kalahari Field Course: Becoming a Field Biologist, |
6 ECTS, 3 Wochen im Juli |
|
EEE 333 |
Conservation Science and Practice of Swiss Amphibians, |
6 ECTS, 4. Viertel |
|
EEE 335 |
Human Evolutionary Genetics, S. da Silva Oliveira |
6 ECTS, 1. Viertel |
|
EEE 339 |
Faunal Diversity Specialist Training, O. Hawlitschek |
6 ECTS, 3 Wochen im Juni |
1) every second year (even years), 2) every second year (odd years)
ETHZ HS and FS Block Courses in WP 2
Core elective modules
Information / Online registration ETHZ
Please consult the course catalogue of the ETH Zurich:
ETHZ HS and FS Concept Courses in WP 3
Please see information Concept Courses ETHZ
UZH HS Modules in WP 3
Letzter Update 21 October 2026.
Abbreviations:
|
BIO 201 |
Primate Evolutionary Biology, A. Weingrill, E. Willems et al. |
3 ECTS, Mo 14-16 |
|
BIO 214 |
Von Affenmenschen und Menschenaffen, H.-K. Schmutz |
2 ECTS, Mo 10-12 |
|
BIO 215 |
Evolution of Human Life History, P. Cerrito |
3 ECTS, Di 8-10 |
|
BIO 219 |
Evolution of the Human Brain, Cognition, and Language, L. Vinicius |
3 ECTS, Mo 12-14 |
|
BIO 228 |
Evolutionary Medicine, A. Jäggi et al. |
2 ECTS, Do 10-12 |
|
BIO 242 |
Translational Cancer Research: New Technologies, Mouse Models and Clinical Approaches, L. Borsig et al. |
3 ECTS, Mo 13-15 |
|
BIO 243 |
Epigenetics, S, Simonini, U. Grossniklaus, R. Santoro, C. Baroux |
3 ECTS, Mo 15-17 |
|
BIO 251 |
Cancer and the Immune System, A. Müller et al. |
3 ECTS, Di 10-11 |
|
BIO 257 |
DNA Metabolism and Cancer, M. Lopes, E. Markkanen et al. |
3 ECTS, Mo 10-12 |
|
BIO 265 |
Evolution and Paelobiology of Plants, E. Schneebeli |
2 ECTS, Mo 14-16 |
|
BIO 271 |
Illustrations in Natural History, Ch. Klug |
1 ECTS, Mo 16-17 |
|
BIO 280 |
Animal Domestication and Human/non-human Animal Interactions, M. Sanchez, M. Clauss |
3 ECTS, Di 10-12 |
|
BIO 297 |
Social Behaviour of Bacteria, L. Eberl, R. Kümmerli, G. Pessi et al. |
3 ECTS, Mo 16-18 |
|
BIO 331 |
Frontiers in Animal Behaviour, M. Manser et al. |
2 ECTS, Mo 10-12 |
|
BIO 333 |
Comparative Physiology and Pharmacology of Sleep, |
1 ECTS, Mo 12-13 |
|
BIO 340 |
Biology, Evolution and Ecology of Marine Mammals, M. Krützen |
3 ECTS, Di 10-12 |
|
BIO 344 |
Development of the Nervous System, E. Stoeckli et al. |
3 ECTS, Mo 8-10 |
|
BIO 348 |
Concepts in Modern Genetics, |
6 ECTS, Mo 13:45-15:30, Di 7:45-9:30 |
|
BIO 386 |
Sociobiology of Communication, M. Manser, S. Townsend |
3 ECTS, Di 8-10 |
|
BIO 390 |
Introduction to Bioinformatics, M. Baudis et al. |
3 ECTS, Di 8-10 |
|
BIO 398 |
The Ethics of Rare Diseases (Seminar), A. Deplazes Zemp |
3 ECTS, Mo 10-12 |
|
BIO 416 |
Microscopy, J. Döhner, A. Käch, J. Delgado Martins et al. |
3 ECTS, Di 10-12 |
|
BIO 437 |
Human Adaptation, P. Eppenberger et al. |
3 ECTS, Di 10-12 |
|
BIO 438 |
Methods in Human Bioarcheology, M. Häusler et al. |
3 ECTS, Di 8-10 |
|
BIO 444 |
Quantitative Biosciences, R. Kouyos |
3 ECTS, Mo 10-12 |
|
BIO 615 |
Virology: Principles of Molecular Biology, Pathogenesis, and Control of Human Viruses, B. Hale, S. Stertz, A. Trkola et al. |
3 ECTS, Mo 8-10 |
|
BME 311 |
Animal Experimentation and Alternative Methods in Biomedical Research, P. Jirkof, M. Thiersch et al. |
3 ECTS, Di 17-19 |
|
BME 316 |
Glycosylation, T. Hennet et al. |
3 ECTS, Mo 13-15 |
|
BME 317 |
Metabolism and Nutrition, C. Boyle, C. Le Foll et al. |
3 ECTS, Mo 15-17 |
|
BME 322 |
Molecular and Cellular Neurobiology, B. Weber, T. Karayannis et al. |
3 ECTS, Mo 12-14 |
|
BME 324 |
Basics in Human Toxicology, M. Arand, A. Marowsky |
2 ECTS, Mo 15-17 |
|
BME 328 |
Current Topics in Microbiology, R. Kümmerli |
3 ECTS, Di 10-12 |
|
BME 337 |
Introduction to Digital Health, M. Krauthammer, V. von Wyl et al. |
3 ECTS, Di 8-10 |
|
BME 338 |
Introduction to Machine Learning in Biomedicine, B. Menze |
3 ECTS, Di 10-12 |
|
BCH 310 |
Biochemistry III, H. Emmert, M. Jinek |
3 ECTS, Mo 15-17 |
|
CHE 717 |
Perspektiven in forensischen Wissenschaften, L. Bigler et al. |
2 ECTS, Th 16-17:30 |
|
EEE 240 |
The Physics of Life, J. Bascompte |
3 ECTS, Mo 10-12 |
|
EEE 242 |
Animal Eco-Physiology, B. Helm |
3 ECTS, Mo 16-19 |
|
EEE 262 |
Umweltpolitik der Schweiz, T. Ohmura |
3 ECTS, Di 10-12 |
|
EEE 266 |
Ethik und Umwelt, A. Deplazes Zemp |
3 ECTS, Fr 12-14 |
|
EEE 268 |
Biodiversität im Kontext von Planung und Baurecht, |
2 ECTS, Mo 14-16 |
|
EEE 352 |
Contemporary Analysis for Ecology, P. Niklaus |
4 ECTS, Mo 13-15, |
|
EEE 358 |
Introduction to Limnology, J. Pernthaler, T. Posch, A. Andrei |
3 ECTS, Mo 10-12 |
|
EEE 360 |
Ornithology, G. Pasinelli (ungerade Jahre) |
2 ECTS, Mo 8-10 |
|
EEE 364 |
Wildlife Ecology and Conservation, G. Pasinelli (gerade Jahre) |
2 ECTS, Mo 8-10 |
|
EEE 368 |
Methods Seminar: Social Science Research Design and Methods for Environmental Topics, T. Ohmura |
3 ECTS, Mo 12-14 |
|
551-0317 |
Immunology I (Buchung an der ETHZ) |
3 ECTS, Di 8-10 |
UZH FS Modules in WP 3
Letzter Update 21 October 2026.
Abbreviations:
|
FS = Spring Semester |
HS = Fall Semester |
Spezialvorlesungen und Seminare im Frühlingssemester (WP 3)
|
BIO 148 |
Einführung in die Paläontologie, M. Hautmann et al. |
3 ECTS, Di 10-12 |
|
BIO 149 |
Introduction to Scientific Writing, S. Aeschbacher, U. Tobler et al. |
3 ECTS, Do 15-17 |
|
BIO 207 |
Comparative Systematics and Evolution of Primates, |
3 ECTS, Di 10-12 |
|
BIO 212 |
Language Evolution: Insights from Animal Communication, |
3 ECTS, Mo 14-16 |
|
BIO 216 |
Primate Origins of Human Sociality, Cognition, and Mind, J. Burkart |
3 ECTS, Mo 10-12 |
|
BIO 270 |
Dinosaur Paleobiology, T. Scheyer |
1 ECTS, Mo 13-14 |
|
BIO 272 |
Evolution and Paleobiology of Amphibians and Reptiles,T. Scheyer |
1 ECTS, Mo 13-14, ungerade Jahre |
|
BIO 273 |
Evolution and Paleobiology of Cephalopods, Ch. Klug |
1 ECTS, Mo 14-15 |
|
BIO 274 |
Mass Extinctions, Macroevolution and Macroeceology through the Phanerozoic, Ch. Klug |
1 ECTS, Mo 16-17, |
|
BIO 347 |
Concepts in Developmental Biology: From Cells to Animals, |
3 ECTS, Mo 10-12 |
|
BIO 354 |
Zoo Biology, L. Davis et al. |
2 ECTS, Mo 8-10 |
|
BIO 368 |
Scientific Information Literacy, |
3 ECTS, Mo 15-17 |
|
BIO 388 |
Human Genetics, R. Bachmann-Gagescu et al. |
3 ECTS, Mo 14-16 |
|
BIO 394 |
Interdisciplinary Research Methods in Computational Biology, |
4 ECTS, Mo 10-13 |
|
BIO 402 |
Philosophy of Science with a Focus on Biology, A. Deplazes Zemp |
3 ECTS, Mo 14-16 |
|
BIO 403 |
Superbugs - The Global Crisis of Antimicrobial Resistance in Humans, Animals, and the Environment, T. van Boeckel |
3 ECTS, Di 10-12 |
|
BIO 404 |
Science Fiction for Biologists, J. Pernthaler |
1 ECTS, Di 9-10 |
|
BIO 433 |
Biology of Cancer Treatment: Old and Novel Therapeutic Strategies, M. Pruschy, O. Riesterer |
3 ECTS, Mo 14-16 |
|
BIO 630 |
Ethics in Scientific Practice, A. Deplazes Zemp |
3 ECTS, FS Mo 17-19 |
|
BIO 708 |
Gene Therapy from Bench to Bedside - Theory, |
2 ECTS, 4 Tage im Februar |
|
BME 248 |
Basics in Immunology, N. Joller, L. Wong et al. |
4 ECTS, Mi 10-12 |
|
BME 318 |
Clinical Epidemiology and Quantitative Research in Health Care, |
2 ECTS, Mo 15-17 |
|
BME 320 |
Forensic Genetics, C. Haas et al. |
1 ECTS, Mo 9-10 |
|
BME 327 |
Current Approaches in Single Cell Analysis, B. Bodenmiller et al. |
2 ECTS, Di 10-12 |
|
BME 335 |
Regenerative Medicine & Applied Tissue Engineering, |
3 ECTS, Mo 8-10 |
|
BME 333 |
From Bench to Bedside – Examples from Immunology and Beyond, N. Joller et al. |
3 ECTS, Mo 10-12 |
|
BME 339 |
Biomedical Informatics, M. Krauthammer et al. |
3 ECTS, Di 8-10 |
|
BME 389 |
Clinical Neuroscience, M. Polymenidou et al. |
3 ECTS, Mo 15-17 |
|
BCH 252 |
RNA and Proteins: post-transcriptional regulation of gene expression, M. Jinek |
3 ECTS, Di 10-12 |
|
CHE 324 |
Chemistry of Metals in Life Processes, F. Zelder, E. Freisinger |
4 ECTS, Mo 13-15, Tu 12-13, We 12-13 |
|
EEE 264 |
Environmental Policy of the EU, T. Ohmura |
3 ECTS, ab 2027 Di 15-17 |
|
EEE 351 |
Conservation Biology, E. Albert |
3 ECTS, Mo 10-12 |
|
EEE 357 |
Agroecology, Food Security & Sustainable Production, |
3 ECTS, Di 8-10 |
|
551-0318 |
Immunology II (Buchung an der ETHZ) |
3 ECTS, Mo 8-10 |
|
90WM93 |
Law, Reproduction and Ethics: Fundamental Debates, |
6 ECTS, Kurs 27.3.-11.4.2026 |
UZH Internships, Excursions, and Field Courses in WP 3
Letzter Update 21 October 2026.
Abbreviations:
|
BIO 138 |
Praktikum Mikrobiologie, Immunologie, Virologie, |
1 ECTS, 4 Nachmittage im November (Di oder Mi) |
|
BIO 223 |
Orchideen- und blütenbiologische Exkursion, F. Schiestl |
1 ECTS, 2 Montage im Mai und Juni (10.5.27 & 29.6.27) |
|
BIO 236 |
Botanische Halbtagsexkursionen im FS, R. Nyffeler |
1 ECTS, 4 Halbtage im FS |
|
BIO 237 |
Botanische Exkursionen im HS, M. Kessler, H. Hofmann, G. Jäggli |
1 ECTS, 4 Halbtage im HS |
|
BIO 239 |
Organisms of the Tidal Coast: Algae and Invertebrates, O. Martin |
4 ECTS, 2 Wochen im Juli |
|
BIO 279 |
Paläontologische Exkursionen, T. Scheyer, G. Aguirre |
1 ECTS, 2 Tage |
|
BIO 313 |
Exkursion Zürichsee: Trinkwasser, Fischzucht und Abwasserbehandlung, T. Posch |
1 ECTS, 3 Tage im Januar |
|
BIO 355 |
Praktikum Zoobiologie, L. Davis et al. |
2 ECTS, 1 Woche im Juni |
|
BIO 629 |
Advanced Course in Flow Cytometry, C. Dumrese et al. |
1 ECTS, 4 Tage |
|
BIO 632 |
Introductory Course in Flow Cytometry, C. Dumrese et al. |
1 ECTS, 4 Tage |
|
EEE 220 |
Practical Population Ecology: Studying Snow Voles in the Alps, |
1 ECTS, in june or october |
|
EEE 241 |
Bestimmung und Vielfalt von Invertebraten, O. Hawlitschek |
4 ECTS, FS Do 13-17 |
|
EEE 267 |
Science Communication in Zoos, U. Tobler et al. |
4 ECTS, diverse Termine |
|
EEE 353 |
Field Course in Biodiversity Assessment and Monitoring, |
2 ECTS, Elm, 1 Woche im August |
|
EEE 354 |
Biodiversitätsmonitoring Programm Schweiz, |
2 ECTS, Zürich, 1 Woche im September (13.-16.9.27) |
|
EEE 356 |
Microbial Ecology of Alpine Freshwater Ecosystems, |
3 ECTS, Piora, 1 Woche im August |
|
EEE 359 |
Systematik der Blütenpflanzen, R. Nyffeler (Teil von EEE 329) |
2 ECTS, 1 Woche im Mai |
|
EEE 361 |
Gefässpflanzen des Mittellandes, R. Nyffeler (Teil von EEE 329) |
2 ECTS, 1 Woche im Mai |
See also Field Bock Courses EEE 329, EEE 331, BIO 268, BIO 341.
Modules in Master's Studies Only
UZH Modules for Master's Students in WP 3
Letzter Update 21 October 2026.
These modules are open to Master’s students only. Some vary from year to year. For current courses, details, and registration information (often not via module booking), please refer to the course catalogue.
|
BIO 338 |
Introduction to Scientific Writing, M. Soumalainen |
0 ECTS, 1 Tag im |
|
BIO 412 |
Introd. Course in Laboratory Animal Science, P. Bugnon |
2 ECTS, Januar, Juni, August |
|
BIO 610 |
Introduction to Machine Learning for Genomics, K. Shimizu et al. |
1 ECTS, 2 Tage im Oktober |
|
BIO 617 |
Principles of Biosafety in Medical and Biological Research, |
1 ECTS, 2 Tage im Januar und Juni |
|
BIO 556 |
Scientific Writing for Organismal Biologists, |
3 ECTS, Fr 10-12 |
|
BIO 636 |
Seminar: Cutting Edge Topics: Immunology and Infection Biology, N. Joller et al. |
2 ECTS, Tu 17:00-18:00 |
|
BIO 714 |
Seminar: Key Literature in Plant Evolution, F. Schiestl |
2 ECTS, Th 14-15 |
|
551-1130 |
Selected Topics in Mycology, |
4 ECTS, Di 10-12 |
|
BIO 621 |
Training in Neuroscience Laboratory Research, |
12 ECTS |
Courses of the Functional Genomics Center
|
BIO 609 |
Introduction to UNIX/Linux and Bash Scripting |
1 ECTS |
|
BIO 634 |
Next-Generation Sequencing 2 – Continuation Course |
1 ECTS |
|
BIO 637 |
Mass Spectrometry-based Metabolomics – from theory to practice |
2 ECTS |
|
BIO 638 |
Next Generation Sequencing applied to Metagenomics |
2 ECTS |
|
BIO 641 |
Introduction to Proteomics Data Analysis and Beyond |
1 ECTS |
Entire Course Offer