My research focuses on Augmented Reality User Experience and its potential to revolutionize everyday life in a ubiquitous form. Through rigorous behavioral laboratory experiments, my work is dedicated to refining and comparing promising AR text entry methods and exploring how AR can enhance the control of and interaction with smart homes. I am actively engaged in implementing AR applications and Smart Home setups, driven by the vision of intuitive and engaging adaptive systems that understand our intentions, minimize digital overload and create magical interactions.

Teaching

Seminars and Lectures

• SS 2021
  • Seminar "Creating a 360° Tour of the KD²Lab"
  • Seminar "Digital Service Design: Google Automotive Services for the Independent Aftermarket"
• WS 2021/2022
  • Seminar "How do we Interact with the Augmented Reality of Tomorrow?"
  • Spezialveranstaltung "oForest: Continuous Delivery with Kubernetes"
• SS 2022
  • Seminar "Implementation of a Context-Sensitive Augmented Reality Application"
  • Lecture "New Ways and Tools in Experimental Economics"
  • Lecture Case "Business Data Analytics: Applications and Tools"
• WS 2022/2023
  • Seminar "Exploring the Use of Augmented Reality (AR) in the Smart Home Domain"
  • Seminar "Driving factors of Augmented Reality in the Automotive Aftermarket"

Supervised Bachelor's and Master's Theses

• Challenges Facing Augmented Reality: What User Concerns Need to be Overcome
• Evaluating Word Prediction Algorithms: Accelerating User Input Under Latency Constraints
• Designing a Flexible Mixed Reality Office Workplace Environment
• Comparison of Augmented Reality and Voice Assistants as Interaction Options for Controlling a Smart Home
• Locating Smart Home Audio Sources Using Augmented Reality HMDs

Curriculum Vitae