Digital Lab

44B0863

Bachelor

German, English

5.0

winter and summer term

The module is offered in both semesters depending on student interest.

1 semester

The "Digital Lab" module enables students to explore and implement their own ideas for digital solutions within a semester. Building on the previously completed compulsory modules "Digitalization and Programming" and "Problem Solving with Artificial Intelligence", this module offers a practical platform for applying and deepening the acquired knowledge. Students are encouraged and empowered to independently develop and implement innovative solutions, with necessary knowledge components provided throughout the semester as needed. By combining theoretical foundations with practical application, the "Digital Lab" module enhances not only the technical skills but also the creative and problem-solving abilities of the students. This module prepares students for the challenges of digital transformation in various professional contexts and strengthens their ability to conceive and implement innovative solutions.

The content of the "Digital Lab" module is based on the individual ideas of the students and their specific requirements. Typically, the following topics may be included:

• Integration of sensors and actuators
• Use of AI models to solve specific problems within the planned application
• Utilization of cloud services in the context of building a software application
• Building and utilizing a database
• Development and implementation of a web-based user interfaces

In addition to these content areas, the module emphasizes the planning of a digital application and agile project management.

The total workload for the module is 150 hours (see also "ECTS credit points and grading").

• Field work / Experimental work

• Regular participation

Ungraded assessment is regular attendance at the seminars.

To successfully complete this module, the "Digitalization and Programming" module should be successfully completed. Additionally, it is recommended to have taken the "Problem Solving with Artificial Intelligence" module beforehand.

• Meseth, Nicolas

• Meseth, Nicolas