Operative Process Supported Systems
course unit title:
Operative Process Supported Systems
Operative Process Supported Systems
course unit code:
V.INF.3
V.INF.3
type of course unit:
compulsory (integrated lecture)
compulsory (integrated lecture)
level of course unit:
second cycle, Master
second cycle, Master
year of study:
1.year of studies
1.year of studies
semester/trimester when the course unit is delivered:
2
2
number of ECTS credits allocated:
4.00
4.00
name of lecturer(s):
Asc. Prof. (FH) Dr. Martin Adam
Asc. Prof. (FH) Dr. Martin Adam
Learning outcomes of course unit:
- know the position of the IT as process enabler
- can simulate processes
- know types of implementation of process cockpits
- know aims of enterprise modeling
- can modeling processes consistently (BPMN; BPEL)
- know opportunities of process automation ( SOA, Workflowmanagment)
- know the position of the IT as process enabler
- can simulate processes
- know types of implementation of process cockpits
- know aims of enterprise modeling
- can modeling processes consistently (BPMN; BPEL)
- know opportunities of process automation ( SOA, Workflowmanagment)
mode of delivery:
In-class course
In-class course
prerequisites and co-requisites:
not applicable
not applicable
recommended optional programme components:
not applicable
not applicable
course contents:
Examination of basic opportunities to support operational business processes
using IT systems.
Process-oriented modelling languages
(BPMN, BPEL4WS) and corresponding support systems
(e.g. work flow systems) will be presented for business process
orchestration. Another focus will be the loose linking
of heterogeneous systems to middleware architectures (e.g.
enterprise service bus, ESB) and service-oriented views
to process flows (service-oriented architectures,
SOA). The views will conclude application integration
in the corporate field, (enterprise application
integration, EAI)
Examination of basic opportunities to support operational business processes
using IT systems.
Process-oriented modelling languages
(BPMN, BPEL4WS) and corresponding support systems
(e.g. work flow systems) will be presented for business process
orchestration. Another focus will be the loose linking
of heterogeneous systems to middleware architectures (e.g.
enterprise service bus, ESB) and service-oriented views
to process flows (service-oriented architectures,
SOA). The views will conclude application integration
in the corporate field, (enterprise application
integration, EAI)
recommended or required reading:
Mertens, Peter: Integrierte Informationsverarbeitung 1: Operative Systeme in der Industrie.- Wiesbaden: Gabler, 2007.
Finger, Patrick, Zeppenfeld, Klaus: ?SOA und WebServices? Springer 2009, Reihe: Informatik im Fokus,
Masak, Dieter: ?SOA? Serviceorientierung in Business und Software?, Springer 2007,
Conrad S, Hasselbring W, Koschel A, Tritsch R: Enterprise Application Integration: Grundlagen - Konzepte - Entwurfsmuster ? Praxisbeispiele, Spektrum Akademischer Verlag, 2005
Chappell, David: ?Enterprise Service Bus? O?Reilly 2004, ISBN 978-0-596-00675-4
Mertens, Peter: Integrierte Informationsverarbeitung 1: Operative Systeme in der Industrie.- Wiesbaden: Gabler, 2007.
Finger, Patrick, Zeppenfeld, Klaus: ?SOA und WebServices? Springer 2009, Reihe: Informatik im Fokus,
Masak, Dieter: ?SOA? Serviceorientierung in Business und Software?, Springer 2007,
Conrad S, Hasselbring W, Koschel A, Tritsch R: Enterprise Application Integration: Grundlagen - Konzepte - Entwurfsmuster ? Praxisbeispiele, Spektrum Akademischer Verlag, 2005
Chappell, David: ?Enterprise Service Bus? O?Reilly 2004, ISBN 978-0-596-00675-4
planned learning activities and teaching methods:
Lecture, group work, presentation and task discussion
Lecture, group work, presentation and task discussion
assessment methods and criteria:
Standardized exam (Multiple choice and short answers)
Standardized exam (Multiple choice and short answers)
language of instruction:
German
German
work placement(s):
not applicable
not applicable
course-hours-per-week (chw):
2.00
2.00
