Advanced Food Processing Techniques
- Faculty
Faculty of Agricultural Science and Landscape Architecture
- Version
Version 2.0 of 04/12/2019
- Code of Module
44B0560
- Modulename (german)
Advanced Food Processing Techniques
- Study Programmes
- Bioverfahrenstechnik in Agrar- und Lebensmittelwirtschaft (B.Sc.)
- Wirtschaftsingenieurwesen Agrar/Lebensmittel (B.Eng.)
- Level of Module
3
- Mission Statement
The module will focus on modern and advanced food processing techniques and also cover food processing environmentla impact.
- Content
- Knowledge in principles of action and application possibilities of thermal and non-thermal processing techniques for preservation and structure modification of food. Making use of case studies the processing techniques will be presented and discussed in the framework of technical, equipment and legislative framework. The participants are able to evaluate and select suitable processing techniques.
- Principles of action of physical, chemical and biological processes
- Dynamic and static high pressure treatments
- Pulsed Electric fields
- Irradiation by Infrared, Pulsed Light and E-Beam
- Advanced thermal processing
- Equipment design considerations, robots and automation
- Environmental impact of food processing
- Learning Outcomes
Knowledge Broadening
Participants have knowledge and experience on advanced food processing techniques and can select and evaluate processes on the basis of benefits and disadvantages as well as legal and technical framework.
Knowledge Deepening
Participants are able to elaborate and discuss the applicability of a technique for a certain application in food industry.
Instrumental Skills and Competences
Participants are able to judge processes and to establish a matrix of suitable processing options and relevant processing parameters.
Communicative Skills and Competences
On the basis of case studies students identify mechanisms of action and processing conditions to be applied. They present their results during an oral presentation.
Systemic Skills and Competences
- Mode of Delivery
lecture, seminar, practice in mathematics
- Expected Knowledge and/or Competences
module "Food Engineering", module "Food Process Engineering"
- Responsible of the Module
Töpfl, Stefan
- Lecturer(s)
Töpfl, Stefan
- Credits
5
- Concept of Study and Teaching
Workload Dozentengebunden Std. Workload Lehrtyp 30 Vorlesungen 20 Seminare 10 Übungen Workload Dozentenungebunden Std. Workload Lehrtyp 50 Veranstaltungsvor-/-nachbereitung 20 Referate 20 Prüfungsvorbereitung 0 Veranstaltungsvor-/-nachbereitung
- Recommended Reading
Bharttacharya, S. (2014) Conventional and Advanced Food Processing Technologies, Wiley, ISBN 9781118406328Sun, D.-W. (2014) Emerging Technologies for Food Processing, Elsevier, ISBN 9780124114791Lu, O. T. O., Swanson, B. G. (2014) Improving Quality with Novel Food Processing Technologies, CRC Press, ISBN 9781466507241
- Graded Exam
- Viva Voce
- Two-Hour Written Examination
- Assessment Methods Remark
Standard examination performance: Oral examination (alternative examination performance to be announced by the examiner if necessary at the beginning of the event)
- Duration
1 Term
- Module Frequency
Only Winter Term
- Language of Instruction
English