Module manual - Master Industrial Informatics Study Program (PO2024) - Module Competencies and Directory

Oct 23, 2026

Upload by Rhys

Module manual for the Master Industrial Informatics study program (PO2024) at Emden/Leer University of Applied Sciences, Department of Technology, Department of Electrical Engineering and Computer Science. The document (as of May 30, 2024; January 19, 2025, v2) outlines degree program competencies based on German Society for Computer Science (GI) recommendations, defines competence categories and subcategories, and provides a module directory for compulsory and elective modules. It also includes the module competence matrix and abbreviations used to map modules to required competencies.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages28

Reading Time1 h 11 min

AccessFree to download

Competencies in the Industrial Informatics degree program

Module competency matrix

Abbreviations of the study programs of the Department of Technology

Module directory

Compulsory modules

Elective modules

This is an official document that has been translated from German into English using a software application. The legally binding version of this document is the German version. FOR INFORMATIONAL PURPOSES ONLY! this is a preliminary version of the official document! Module manual Study program Master Industrial Informatics (PO2024) Emden/Leer University of Applied Sciences Department of Technology Department of Electrical Engineering and Computer Science (As of May 30, 2024) (January 19, 2025, v2) Table of contents 1 Competencies in the Industrial Informatics degree program 3 2 Module competency matrix 5 3 Abbreviations ofthe study programs of the Department of Technology 6 4 Module directory 7 4.1 Compulsory modules.................................................... Digitalization Engineering 8th ............................................ Group Project 8th .................................................... Industrial Cyber-Physical Systems 10 ........................................ Industrial Internet of Things 11 ........................................... Data Science and Analytics 13 ............................................ Mathematical Modelling of ICPS 15 ......................................... Peer Project 17 ...................................................... Robotics Systems 19 ................................................... Master’s Thesis 21 .................................................... 23 4.2 Elective modules................................................. WPM Human Factors and 25 Augmented Reality................................ WPM Innovation Engineering 25 .......................................... 27 1 Competencies in the Industrial Informatics degree program The German Society for Computer Science (GI) has carried out extensive practical surveys for computer science degree programs and derived recommendations from them, also taking into account the social mission of universities. The GI's recommendations have been used to design our degree programs for years. The following fields of expertise have been taken from the current recommendations [GI 2005] and adapted for the Industrial Informatics degree program. The competencies are given names for later, clear comparison with the qualification objectives of the department and the course of study. The abbreviations introduced below are used in the so-called module competence matrix to illustrate the allocation of the modules to the competences to be taught. Areas of competence from GI recommendations | BASE | Formal, algorithmic, mathematical basic skills | | --- | --- | | SYS | Software and system development
Analysis, design, implementation and project management skills | | TECHCOMP | Technological competencies | | FÜSKOMP | Interdisciplinary and key competences: Interdisciplinary competences, methodological competences, social competences and self-competence | These areas of expertise are described in more detail and in brief below. As above, the subcategories are given names. Basic skills | BASIS.FORMAL | be able to describe formal problems using automata and formal languages | | --- | --- | | BASIS.ALGO | be able to implement algorithmic requirements into an efficient algorithm and a suitable data structure | | BASIS.MATH | be able to design, test and evaluate mathematical algorithms | Software and system development | SYS.ANALYSIS | Ability to deal with unclear requirements and to familiarize yourself with new complex applications and application areas | | --- | --- | | SYS.DESIGN | Ability to design modularized and ergonomic applications using patterns and libraries for different architectures | | SYS.REALISATION | Ability to professionally create larger programs and systems and ensure their quality. This includes experience with development environments and knowledge of configuration, change, release and delivery management. | | SYS.PROJMAN | Ability

FAQs

What purpose does the module manual serve in the PO2024 program?

It defines the competency framework and maps modules to the competences to be taught, while listing modules in a structured module directory.

Which source recommendations are used to derive the program competencies?

The German Society for Computer Science (GI) recommendations for computer science degree programs, adapted to the Industrial Informatics program.

How are compulsory and elective modules organized in the document?

They are presented in the module directory with separate subsections for compulsory modules and elective modules.

Oct 23, 2026

Upload by Rhys