MADE – Cybersecurity for Industry 4.0: Understand and Apply Industrial Cybersecurity Practices
Participants will explore the differences between IT and OT security, with a focus on industrial cybersecurity frameworks such as the Purdue Model. Through case studies of real-world cyberattacks on industrial […]
MADE – Cybersecurity for Industry 4.0: Acquire Fundamental Knowledge of Cybersecurity for Industry 4.0
Participants will gain a solid foundation in key cybersecurity concepts, including risk assessment, network security, encryption, software vulnerabilities, and malware. They will learn how to identify and mitigate security threats, […]
MADE – Product Digital Twin: Understand the Concept and Benefits of Product Digital Twins
Participants will gain a comprehensive understanding of product digital twins, learning how these digital replicas support the entire product lifecycle. They will explore how digital twins can optimize business processes, […]
MADE – Product Digital Twin: Develop Skills in Creating and Integrating Digital Twins
Participants will learn to create accurate virtual replicas of physical products, using digital tools and real-time data integration. They will understand how to apply digital simulations to analyze and enhance […]
ŠC LJ-Programming in Automation
Learn to master the fundamentals of C programming, from writing, compiling, and testing programs to understanding key concepts such as commands, functions, program structure, variable types, strings, arrays, pointers, and […]
DHBW – Introduction to Programming I: Learning outcome 1
Die Studierenden kennen die grundlegenden Elemente, Strukturen und Konzepte einer objektorientierten Programmiersprache. Sie besitzen grundlegende Kenntnisse der Programmiermethodik, kennen Werkzeuge zur Implementierung und sind in der Lage, elementare Algorithmen in […]
TKNIKA- INTERNET OF THINGS: RASPBERRY AND ARDUINO: Learning outcome 1
Acquire the knowledge about Linux, Raspberry, Arduino and Sensors to control and monitor elements remotely.
TKNIKA- Statistical Process Control (SPC): Learning outcome 1
To analyse a production process by means of control charts and capacity studies in order to predict its evolution over time and make decisions.
DHBW – Fundamentals of Computer Science: Learning outcome 1
Die Studierenden können nach Abschluss des Moduls • Konzepte von Software und Softwareentwicklung verstehen • Algorithmen und Datenstrukturen verstehen und strukturieren • Erste kleine Anwendungen in einer Hochsprache schreiben • […]
DHBW – Methods in Business Information Systems I: Learning outcome 1
Nach Abschluss des Moduls können die Studierenden wichtige Aufgaben und Systeme der Wirtschaftsinformatik benennen und grundlegend erläutern. Sie können reale Informationssysteme in die Taxonomie der Wirtschaftsinformatik einordnen und als soziotechnische […]
