Courses
The courses of the Professorship Virtual Technologies are mainly found in the degree programs Media informatics and interactive entertainment, B. Sc. and Media informatics and interactive entertainment, M. Sc.. The Professorship Virtual Technologies is currently involved in the following modules:
 |
Digital Twins The module explains the use of digital twins in a wide range of application scenarios, from industrial applications to building technology and new technical developments. In addition to the integration of 3D models, which usually form the basis of the digital twin, the focus is on external data integration. In this way, new insights can be gained and processes continuously improved, not only during development but also during the operation of a plant or building. The following focal points are part of the lecture: Using Unity3D, students independently create their own digital twin in short development sprints as part of the course. The course is offered as a compulsory elective module in Bachelor's semester 2, it comprises 6 ECTS credits, the module code is 03-DIZW, module number 5525. Further information can be found in the module handbook. |
 |
Science-Economy 2-4 (Wissenschaft-Wirtschaft 2-4) The modules use a practical project to teach students the process of development of an interactive application for mapping previous predominantly analog oriented processes. This includes capturing and analyzing existing content in their respective application contexts their respective application contexts, the well-founded restructuring and synthesis of which creation of a target-oriented concept. The process involves a constant comparison with (external) stakeholders, which is intended to promote the communication skills of the students' communication skills and team development. The module is divided into a practical part based on classic and agile project management methods the iterative development of the interactive product and a part for the fulfillment of part for the fulfillment of documentary and communicative requirements. Praktische Arbeitsphase Presentation and vouchers The module “Science and Economics 3” continues the work from the teaching module “Science and Economics 2”. Based on the developed and partly evaluated and in this respect optimized products from the courses Science and Business 2 and 3, students are trained in the module students are trained to publish scientifically in the “Science and Business 4” module. For this purpose students receive extensive in-depth and advanced knowledge in the field of publication publication science and its representative external impact at, for example, subject-related conferences. subject-related conferences. The courses are offered in the Bachelor, in the standard semesters 3-5, the module code is 03-WISS2, 03-WISS3, 03-WISS4, module number 5503, 5504, 5505. Further information can be found in the module handbook. |
 |
Digitization of specific teaching content The module uses a practical project to teach students about the process of digitization of traditionally analog-oriented teaching and research topics. This includes capturing and analyzing existing content in their respective application contexts application contexts, their didactically sound restructuring and synthesis in order to creation of a target-oriented teaching concept as well as the evaluation of the resulting teaching objects with regard to their practical suitability. The process involves with (external) stakeholders takes place during the process, which improves the communication and organizational organizational skills of the students as well as team development. The module is divided into a practical part based on classic project management methods the iterative development of the teaching product and a part for the fulfillment of documentary and fulfillment of documentary and communicative requirements. Practical work phasePresentation and vouchers The course is offered in the Master's program, in regular semester 1, the module code is 03-DSLMI, module number 8203. Further information can be found in the module handbook. |