Modul: Food Process Design I - Efficient Processing and Transport Phenomena (1503-520)
Achtung: Informationen Stand September 2019.
Aktueller Modulkatalog in HohCampus.
- Personen:
-
- Prof. Dr. Reinhard Kohlus (verantwortlich)
- Studiengang:
-
-
Food Science and Engineering (Master, PO vom 01.10.2013)
1. Semester, Pflicht -
Food Biotechnology (Master, PO vom 01.10.2013)
3. Semester, Wahl -
Food Biotechnology (Master, PO vom 01.10.2016)
3. Semester, Wahl -
Bioeconomy (Master, PO vom 01.10.2014)
3. Semester, Wahl -
Bioeconomy (ab WS 16/17) (Master, PO vom 01.04.2017)
3. Semester, Wahl
-
Food Science and Engineering (Master, PO vom 01.10.2013)
- Teilnahmevorraussetzungen:
-
Technical basics, process engineering, physical chemistry or thermody-namics of multiphase systems
- Sprache:
- englisch
- ECTS:
- 7,5 credits
- Angebotshäufigkeit:
- jedes WS
- Dauer des Moduls:
- 4 Wochen (Block 3)
- Arbeitsaufwand:
-
80 h attendance + 130 h independent study = 210 h workload
- Fachkompetenzen:
-
The students know the fundamentals of thermal separation pro-cesses. They are capable of applying physical-chemistry funda-mentals, to design the processes.
The laws of energy and mass and momentum transfer are known and can be applied to standard problems.
The fundamental calculation methods are mastered. - Anmerkungen:
-
Maximum number of participants: 50
- eLearning:
- Veranstaltung im ILIAS
Lehrveranstaltungen
Code | Titel | Art | Verbindlichkeit | Vorlesungsverzeichnis |
---|---|---|---|---|
1503-521 | Food Process Design I - Efficient Processing and Transport Phenomena, Lecture | Vorlesung | Pflicht |
|
1503-522 | Food Process Design I - Efficient Processing and Transport Phenomena, Exercise | Übung | Pflicht |
|