Module: Integrated Bioprocess Engineering - Upstream Processing (1510-440)
- Persons:
- 
    - Prof.Dr.-I Rudolf Hausmann (verantwortlich)
 
- Degree Program:
- 
    - 
          
            Biology (Master, since 01.10.2010)
          
 3. Semester, elective
- 
          
            Food Biotechnology (Master, since 01.10.2016)
          
 3. Semester, elective
- 
          
            Food Science and Engineering (Master, since 01.10.2013)
          
 3. Semester, elective
- 
          
            Promotionsstudiengang Naturwissenschaften (Doctoral degree programmes, since 14.02.2015)
          
 1. Semester, elective
- 
          
            Bioeconomy (Master, since 01.10.2014)
          
 3. Semester, elective
- 
          
            Bioeconomy (starting WS 16/17) (Master, since 01.04.2017)
          
 3. Semester, elective
 
- 
          
            Biology (Master, since 01.10.2010)
          
- Relation to other Modules:
- Completion of the module "Recombinant Proteins (1506-430)" is recommended.
- Prerequisites for Attendance:
- 
      Basic knowledge in microbiology, bioechmistry and genetics 
- Sprache:
- English
- ECTS:
- 7,5 credits
- Frequency:
- every winter semester
- Length of the Module:
- 4 weeks (block 2)
- Compulsory assignment:
- Regular and active participation in the internship (laboratory notebook and scientific report), the lecture, the exercises and the holding of a seminar talk.
- Module examination:
- Laboratory performance, lab book and colloquium (20%), seminar presentation (20%), oral exam (60%)
- Length of the examination:
- 20 minutes
- Workload:
- 
    90 h attendance + 135 h independent study = 225 h workload 
- Professional competences:
- 
    After the completion of the module participants, ...\r\n1. …are able to theoretically report on products of industrial biotechnology. \r\n2. …are able to evaluate advantages and disadvantages of different biological sys-tems. \r\n3. …are able to give an overview in current methods of upstream processing using bio-molecular methods.\r\n4. …have practically developed skills of the strain construction with a simple example.\r\n5. … have submitted a scientific documentation and report.\r\n6. … are able to analyze biosynthetic pathways in respect to the involved enzymes and corresponding genes with the help of internet-based databases. 
- Key competences:
- 
      After the completion of the module participants, ...\r\n1. … have demonstrated organizational skills in the planning of the practical experi-ments.\r\n2. … have shown independent working in the lab.\r\n3 … have trained analytical thinking in the preparing of the scientific reports.\r\n4. …have practiced written and oral expression in scientific English.\r\n5. … have practiced communication and cooperation skills in planning the lab experi-ments. 
- Comments:
- 
      Available places: 9rnRegistration for module: by email to: bvt@uni-hohenheim.dernRegistration period: until the last working day before the module start.rnCriteria for admission is granted: Mostly after first-served basis. 
- eLearning:
- Course in ILIAS
Courses
| Code | Title | Type | Bindingness | Course catalogue | 
|---|---|---|---|---|
| 1510-441 | Industrial Biotechnology | lecture with exercise and seminar | compulsory |  | 
| 1510-442 | Genetic Strain Construction | practical | compulsory |  |