Fabian Leinen, M.Sc.
Technische Universität München
Informatik 4 - Lehrstuhl für Software & Systems Engineering (Prof. Pretschner)
85748 Garching b. München
When testing software, we assume that a test passes if the code under test is free from failures for the input defined in the test and assume that the test fails if not. In other words, we expect a test to be deterministic, which doesn't always hold true. This kind of tests, that fail intermittently without changes to the code under test or the test itself are called flaky tests. My current research focuses on detecting and determining root causes of this kind of tests.
Since November 2021, I am working as a doctoral research assistant at the Chair of Software and Systems Engineering (Prof. Pretschner). Prior to joining the Chair of Software and Systems Engineering, I've been working as a Data Scientist for Artificial Intelligence in the automotive industry. I hold a Master's degree in Robotics, Cognition, Intelligence from the Technical University of Munich.
In case you have an interesting idea in the area of flaky tests, please feel free to contact me directly.
|No open topics at the moment|
|Analyzing the Effectiveness of Rerunning Tests for Detecting Flaky UI Tests||Bachelor|
|Automatically Detecting Flaky End-to-End Tests in Multi-Language Systems Using Code Coverage (with RW)||Master|
|Case Study on the Magnitude of Flaky Ul Tests||Bachelor|
|Reducing Effort for Flaky Test Detection through Dynamic Program Analysis (with DE)||Bachelor|
|Determining Root Causes of Flaky Tests Using System Call Analysis (with DE)||Master|
|SS 2023||Robust DevOps: Exploring Stability Factors for UI Tests||Practicum|
|WS 2022/23||Seminar: Software Quality||Seminar|
|SS 2022||Advanced Topics of Software Testing||Tutorial|
|Seminar: Software Quality||Seminar|
|WS 2021/22||Introduction to Informatics||Tutorial|
Wuersching, R.*, Elsner, D.*, Leinen, F., Pretschner, A., Grueneissl, G., Neumeyr, T., Vosseler, T. (2023). Severity-Aware Prioritization of System-Level Regression Tests in Automotive Software. In Proceedings of the 16th IEEE International Conference on Software Testing, Verification and Validation (accepted).