Basics of Process Modeling
Bachelor Business Information Systems, 2nd semester, Compulsory module
Learning content: Process Modeling as part of Process Management, BPMN basic elements, BPMN Method and style, sSpecification of flow elements, exception handling with BPMN, advanced topics
Learning objectives: master syntax, semantics and style of process notation and apply it in practice
Methods: Lecture + exercises + project
To be mentioned: Also as guest lecturer at the German-Kazakh University Almaty, the University of Economics Katowice (Poland) and the Alfred Nobel University Dnipro (Ukraine)
Applied Knowledge Modeling
Bachelor Business Information Systems, 4th semester, Optional module
Learning content: Deepening of BPMN, CMMN, DMN, SKOS, RDF, individual subject domains, web-based visualization of business models
Learning objectives: Integrative and project-oriented usage of diverse standards of business modeling
Methods: Lecture + exercises + project
Selction and Customization of IT Services
Bachelor Business Information Systems, 5th semester, Compulsory module
Learning content: Management of selection processes with CMMI ACQ, decision support with Analytic Hierarchy Process, requirements-driven specification of IT services
Learning objectives: Manage systematically selection processes, adjust IT services to business requirements
Methods: Lecture + Case Study + Project
To be mentioned: Also as guest lecturer at the University of Economics Katowice (Poland) and Alfred Nobel University Dnipro (Ukraine)
Implementation of Processes
Master Business Information Systems, 2nd semester, Compulsory module
Learning content: Executable BPMN, executable DMN, modeling of executable processes, implementation on Camunda BPM, project management and documentation
Learning objectives: To bring technical processes and decisions to technical execution
Methods: Seminar and Project-based learning
Enterprise Knowledge Engineering
Master Business Information Systems, 2nd semester, Optional module
Learning content: RDF, RDFS, OWL, TURTLE, schema.org, schema engineering, SPARQL, triple stores, knowledge representation
Learning objectives: Conceptualize domain knowledge and specify it based on standard
Methods: Research-oriented teaching
To be mentioned: Also as guest lecturer at the University of Economics Katowice (Poland) and Alfred Nobel University Dnipro (Ukraine)
Enterprise Knowledge Graph Implementation
Master Business Information Systems, 3th semester, Optional module
Learning content: Agile Project Management, Requirements Engineering, Data Integration Technologies, Shape Constraints, Jekyll-RDF
Learning objectives: Contributing to the development of research prototypes, working agilely in a team
Methods: Research-integrated teaching
Social Networks and Sentiment Analysis
Master Business Information Systems, 3th semester, Optional module
Learning content: Social Networks in real life, basic principles and measures of Social Networks, Text Mining, Natural Language Processing, techniques for text pre-processing, Vector Space Model and corpora representation, Text clustering and Latent Semantic Analysis, Topic modeling: discriminant and probabilistic methods
Learning objectives: Apply fundamental principles of extracting knowledge from unstructured, poorly formalized data sets; select and use advanced algorithms and technical solutions for knowledge extraction in real practical tasks
Methods: Research-oriented teaching (in Englisch)
To be mentioned: In cooperation with the Gdansk University of Technologies and the Big Data StartUp ONB Analytics (Italy)
Digitalization in Enterprises and Organizations
Bachelor Business Administration, 3th semester, Compulsory module
Learning content: Agile IT project management, digital forms and workflows, eInvoice and XML formats, digital business rules, Big Data and IoT, human and machine and intelligence, blockchain and FinTech
Learning objectives: Dealing competently with the challenges of digital transformationn
Methods: Problem-based Learning