Registered user since Wed 20 Apr 2016
I’m a tenured senior researcher at Software Technology Group, Department of Computer Science, University of Technology Dresden.
I finished my Ph.D. thesis on Multi-Quality Auto-Tuning by Contract Negotiation (multi-objective self-optimizing software systems) graded summa cum laude in 2013 until when I worked in the collaborative research center 912: HAEC (Highly Adaptive Energy-efficient Computing).
Now, I’m working as a senior researcher at Technische Universität Dresden where I teach the courses “Design Patterns and Frameworks”, “Component-based Software Engineering”, “Software Technology 2”, “Academic Skills in Software Engineering” and “Software Engineering for Self-aware Systems and Cobots”. I also manage the “Software Internship” with approx. 350 students every winter term conducting software projects from the task description to the final product in groups of 6.
Since 2019, I’m also teaching at FH Dresden the courses Programming 1 and 2 every winter and summer term. The courses start with Assembler and end with Object-oriented Programming and Modelling with C# and UML.
I’m actively involved in several research projects of the group, e.g., in the graduate college “Role-oriented Software Infrastructures”, the collaborative research center TRR339 “Digital Twin Street”, the excellence cluster CeTI “Centre for Tactile Internet with Human-in-the-Loop” and the large-scale industrial project 6G-Life.
Additionally, since 2004, I work as a Java Enterprise Software Developer and, since 2010, are the head of the jExam Group, a student lifecycle management system.
My main research interest is the development and investigation of self-aware computing systems, often in the domain of robotics, using models@run.time.
Contributions
2025
International Conference on Software Engineering for Adaptive and Self-Managing Systems
2024
MODELS
ACSOS
International Conference on Software Engineering for Adaptive and Self-Managing Systems
2023
MODELS
2022
MODELS
- Author of Incremental Causal Connection for Self-Adaptive Systems Based on Relational Reference Attribute Grammars within the Posters-track
- Committee Member in PC - Practice and Innovation Track within the Technical Track-track
- Author of Incremental Causal Connection for Self-Adaptive Systems based on Relational Reference Attribute Grammars within the Technical Track-track
ACSOS
- Discussant of Panel Discussion 2 within the Main Track-track
- Committee Member in Program Committee within the Main Track-track
- Artifact Evaluation Chair in Artifact Evaluation Committee within the Artifacts-track
- Artifact Evaluation Chair in Organizing Committee
- Committee Member in Poster and Demo Committee within the Posters and Demos-track
- Artifact Evaluation Chair in Artifact Evaluation Committee within the Main Track-track