ECTS
10 crédits
Composante
UFR de mathématiques et informatique (UFR27)
Période de l'année
Automne
Liste des enseignements
Facultatif
Advanced process engineering and process modelling
30hModel driven engineering and model quality
30hResearch Methods
30hThematic seminar
1 crédits12h
Langue FLE
Composante
UFR de mathématiques et informatique (UFR27)
Période de l'année
Automne
Advanced process engineering and process modelling
Composante
UFR de mathématiques et informatique (UFR27)
Volume horaire
30h
Période de l'année
Automne
In the first part of the class, we discuss intention-oriented paradigm for process modeling. The meta-model MAP is used to explore intentional process modeling and we apply it in different case studies.
In the second part of the class, we discuss activity-oriented and state-oriented paradigms for process modeling. We discuss state machines and statecharts modeling for system specification. We define the limits of BPM and examine how the state-oriented paradigm can overcome these limits. We use YAKINDU statecharts tool for process modeling and simulation.
Keywords: Intentional process modeling; Product/Process; State machine; Statechart; Case management process
Model driven engineering and model quality
Composante
UFR de mathématiques et informatique (UFR27)
Volume horaire
30h
Période de l'année
Automne
Research Methods
Composante
UFR de mathématiques et informatique (UFR27)
Volume horaire
30h
Période de l'année
Automne
This class proposes an introduction to Research Methodology.
Weather you plan to pursue your career in a research team (R&D or Academic research team) or in an innovative competitive organisation, research methods allow for informed investigation and decision making in various areas. We will examine different (empirical) methods to be used in Research projects in technology, software engineering and IS domains.
Thematic seminar
ECTS
1 crédits
Composante
UFR de mathématiques et informatique (UFR27)
Volume horaire
12h
Période de l'année
Automne