Information on individual educational components (ECTS-Course descriptions) per semester
|Degree programme:||Bachelor Computer Science - Software and Information Engineering|
|Type of degree:||FH Bachelor´s Degree Programme|
|Summer Semester 2022|
|Course unit title||Elective Seminar: Augmented Reality Project|
|Course unit code||0247606163|
|Language of instruction||English|
|Type of course unit (compulsory, optional)||Elective|
|Semester when the course unit is delivered||Summer Semester 2022|
|Teaching hours per week||2|
|Year of study||2022|
|Level of course unit (e.g. first, second or third cycle)||First Cycle (Bachelor)|
|Number of ECTS credits allocated||3|
|Name of lecturer(s)||Nino BRUGGER|
0247 FTB-INF NONAME
|Prerequisites and co-requisites|
Programming knowledge in an OO programming language. If you have no previous knowledge of Unity, you should also choose the Elective: Computer Graphics (course no. 0247606068).
The main ideas of combining virtual and augmented reality with alternative interface technology are implemented within the scope of a small project. Captivating, novel means of interaction are developed by combining the physical and virtual world.
Workshops help to deepen the necessary know how:
- Introduction to AR, VR and physical computing
- User experience, motivational concepts (gamification, nudging, serious games)
Students are able to explain newest technology trends in VR, AR and physical computing. They are capable of putting recent user interface trends into practice (prototypes). They can name properties of soft- and hardware products that influence the user experience in a positive way.
|Planned learning activities and teaching methods|
The students research and present future technology and interaction concepts. After that they create functional prototypes in teams of 2-4.
|Assessment methods and criteria|
The assessment is based on the following parts, each part needs to be positively graded: 10% documentation, 20% research presentation, 70% final project (topic relevance, input modality, visualization, joy of use)
|Recommended or required reading|
Trommelschläger, K., Kuenz, A., Ritter, W.: Developing user centered technological prototypes to maintain physical health. In: Piazolo, F., Kempter, G., Promberger, K. (eds.): SMARTER LIVES 2019 Innovative solutions for an ageing society, uDay 2019, p. 81-92.
Tutorials for the technologies used.
|Mode of delivery (face-to-face, distance learning)|
|Summer Semester 2022||go Top|