IS SES 01 Dynamic modelling, simulation and control of chemical processes
IS SES 02 Assessment of plastic born extractables and leachables in food- and pharmaceutical manufacturing
IS SES 01
Dynamic modelling, simulation and control of chemical processes
Course
TU Darmstadt
Mo 21.8. 11.00-12.30 und 14.00-16.30 Uhr
Di 22.8. 09.00-12.30 und 14.00-16.30 Uhr
Mi 23.8. 09.00-10.30 Uhr
Do 24.8. 09.00-12.30 und 14.00-16.30 Uhr
Fr 25.8. 09.00-12.30 und 14.00-16.30 Uhr
Target group: advanced students and practitioners from engineering and related fields
Prerequisites: basic knowledge of mathematics
Sprache/Language: Sind englischsprachige Teilnehmerinnen anwesend, wird die Unterrichtssprache auch Englisch sein! / If students who are English-speaking (but not German-speaking) are present, the course will also be taught in English.
Requirements: email exchange before, presentation and exercises during, for credit point assignments after the summer university
Participants: 15
Modul acceptance in Uni Bremen: (General Studies VAK) META-2017/IS.2017.SES.01
(Digital Media VAK) anerkannt im Modul General Studies
(Informatik VAK) anerkannt im Modul General Studies
(Produktionstechnik) noch nicht entschieden
(Wirtschaftsinformatik) anerkannt im Modul General Studies
Course topics:
- steady state and dynamic modelling of chemical processes
- design specification, analysis of degree of freedom
- determination of the process variables (control variables, manipulated variables,
load disturbances)
- selection of control structure
- design of feedback controller
- model implementation using the software Matlab / Simulink
- analysis of the closed loop response of a chemical process
Chafika Adiche hat auf dem Gebiet der Thermischen Verfahrenstechnik an der TU Clausthal promoviert. Seit 2014 ist sie wissenschaftliche Mitarbeiterin mit dem Ziel zur Habilitation sowie Lehrbeauftragte am Fachgebiet Thermische Verfahrenstechnik im Fachbereich Maschinenbau der TU Darmstadt. Ihre Forschungsschwerpunkte sind die Prozessintensivierung und die Mikrotrennverfahrenstechnik.
IS SES 02
Assessment of plastic born extractables and leachables in food- and pharmaceutical manufacturing
Course
Wien, Österreich
Mo 21.8. 11.00-12.30 und 14.00-16.30 Uhr
Di 22.8. 09.00-12.30 und 14.00-16.30 Uhr
Mi 23.8. 09.00-10.30 Uhr
Target group: students and practitioners from engineering and related fields; especially students from process engineering, chemistry, biotechnology, polymer technology and food technology
Prerequisites: basic knowledge in chemistry, interest in chemistry, especially polymer chemistry, process engineering, pharmaceutical production, quality management
Sprache/Language: Die Unterrichtssprachen werden Deutsch und Englisch sein, entsprechend den individuellen Bedarfen der Teilnehmerinnen. / The teaching languages will be English and German according to individual needs of the students.
Requirements: email exchange before, presentation and exercises during, for credit point assignments after the summer university
Participants: 25
Credit Points (ECTS): with assignment 1
Modul acceptance in Uni Bremen: (General Studies VAK) META-2017/IS.2017.SES.02
(Digital Media VAK) anerkannt im Modul General Studies
(Informatik VAK) anerkannt im Modul General Studies
(Produktionstechnik) anerkannt im Modul General Studies
(Wirtschaftsinformatik) anerkannt im Modul General Studies
Plastic material is increasingly used in food- and pharmaceutical manufacturing. While it allows a flexible and cost-efficient production, it also bears the risk of introducing potentially harmful substances, the so-called extractables and leachables (E&L), into the final product. In this course participants will learn about E&L and how we can assess E&L beforehand from single materials as well as from entire production processes. A group exercise will deepen the learned content. Challenges and possible solutions will be discussed and analysed.
Alicja Sobantka is currently employed at the Octapharma Pharmazeutika Produktionsges m.b.H. where she is responsible for material qualification. Prior to this she had a tenured position as a researcher at the French National Institute for Agricultural Research (INRA) where she investigated possibilities to increase sustainability in the food processing industry. Alicja has compelled broad experience in material and polymer science and technology at the Institute for Composite Materials in Kaiserslautern as well as at the Centre for Neutron Science and at the Institute for Nuclear Waste Disposal and Nuclear Safety at the Research Centre in Jülich. After completion of undergraduate studies in food chemistry and toxicology at the Technical University in Kaiserslautern, she graduated in chemical engineering at the University of Applied Sciences in Kaiserslautern. She holds a PhD in environmental engineering from the Vienna University of Technology in Austria.
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