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n.BA.UI.MBA.21HS (Molecular Biodiversity Analysis)

Modul: Molecular Biodiversity Analysis

Diese Information wurde generiert am: 23.11.2024

Nr.

n.BA.UI.MBA.21HS

Bezeichnung

Molecular Biodiversity Analysis

Leitung

Theo Smits

Credits

Beschreibung

Version: 1.0 gültig ab 01.08.2021

Studiengang

Umweltingenieurwesen

Zugehörige Kurse / Gewichtung

Kurscode	Kursbezeichnung	Gewichtung
n.BA.UI.MBA.21HS.V	Molecular Biodiversity Analysis	100%

Status

Wahlpflichtmodul

*Typus

M Minor course/module (Wahl- oder Ergänzungskurs/-modul)

Geltende Rechtsordnungen

RPO vom 29. Januar 2008, Studienordnung des Dept. N vom 15. Dez. 2009, Anhang für den Bachelorstudiengang Umweltingenieurwesen

Vorausgesetzte Module

Refer to module guide

Anschlussmodule

Bemerkungen

Module is part of the Minor „Felddiagnostik und Analytik“

Telefon Modulverantwortliche

+41 (0)58 934 52 93

E-Mail Modulverantwortliche

theo.smits@zhaw.ch

*Typus:
C Core course/module (Kerngebiet eines Studienprogrammes)
R Related course/module (Unterstützung des Kerngebiets mit Vermittlung von Vor- oder Zusatzkenntnissen)
M Minor course/module (Wahl- oder Ergänzungskurs/-modul)

Kurs: Molecular Biodiversity Analysis

Nr.

n.BA.UI.MBA.21HS.V

Bezeichnung

Molecular Biodiversity Analysis

Leitung

Theo Smits

Beschreibung

Version: 2.0 gültig ab 01.08.2021

Status

Wahlpflichtkurs

*Typus

M Minor course/module (Wahl- oder Ergänzungskurs/-modul)

Geltende Rechtsordnungen

RPO vom 29. Januar 2008, Studienordnung des Dept. N vom 15. Dez. 2009, Anhang für den Bachelorstudiengang Umweltingenieurwesen

Gesamtarbeitsaufwand in Lektionen

Semester	4. Semester
Kontaktstudium	30
Begleitetes Selbststudium	30
Autonomes Selbststudium	60
Total Workload	120

Dozierende, Referenten/Innen, Mitarbeitende

Theo Smits
Marianne Leupin
Fabio Rezzonico
Joël Pothier

Zu erreichende Kompetenzen

Subject skills:

Students are able to apply common methods and working techniques in molecular biology
The students are able to apply common methods and working practices in plant biotechnology
They are acquainted with basic molecular methods in theory and in practice through laboratory work
The students acquire a theoretical background in advanced molecular technologies e.g., genomics, NGS, bioinformatics and community or population analysis and know when and how to apply these in Natural Research Sciences
They are able to discuss their findings critically in English, both orally and in writing

Method skills:

Students are able to apply selected working techniques in molecular biology and plant biotechnology for research and practical applications
They can carry out research in appropriate scientific databases to investigate particular project assignments
They can search for, understand and interpret English publications in the field of molecular biology and plant biotechnology
They are able to express themselves satisfactorily in English within the scope of this module

Social competences:

Students are able to plan, work, perform and learn from group projects

Personal competences:

Students are able to investigate and learn independently, consulting relevant sources in the field of knowledge
They are able to take different points of view into account on given subjects

Lerninhalte

Current methods in molecular biology such as polymerase chain reaction, primer design, DNA-Sequencing, bioinformatic analysis and DNA sequence analysis, Blast analysis and phylogeny of own samples, but also community and population analysis methods.
Theoretical and practical foundations of plant biotechnology (meristemation, propagation, elimination of pathogens, conservation of genetic resources)

Unterrichtssprache

English

Präsenzverpflichtung

Laboratory practical

Leistungsnachweis

Coursework grade (50% of total module mark)

Written exam at the end of the semester (50% of total module mark)

If there is a low number of participants, the lecturer may change the form of a repeat examination after consultation with the head of the study programme: e.g. an oral examination can be used to replace a written one. Please report any changes to the form of examinations by e-mail to pruefungsadmin.lsfm@zhaw.ch and Cc. Head of study programme.

Bibliographie

Erforderliche Vorkenntnisse