Research Assistant
Chair of Medical Engineering, RWTH Aachen
Giving lectures, supervising student theses, scientific research, consulting.
The german Abitur offers two subjects of focus. I opted for maths and computer science. After graduating from school, the next step was obvious. The „Rheinisch-Westfälisch technische Hochschule“ (RWTH) in Aachen has an excellent international reputation. As it is just an hour’s drive from Neuss, I enrolled in computer science.
While learning about linear algebra, data structures and algorithms, I focused my elective subjects on computer graphics. But after finishing my bachelor thesis on „A Modular Framework for 3D Scan Registration“, I realized that computer vision is much more fascinating. I spent my days working in beautiful places: One day in the octagon of the Aachen cathedral, the next day in the colosseum in Rome and the very next day in a medieval castle ruin. Of course, I did not visit those places in the real world, but in a virtual one. Threedimensional laser scans of these historic buildings were the records we optimized for visualization with VR goggles.
Accordingly, I chose machine learning and computer vision as elective subjects during my master’s and graduated on the topic „Segmentation of the Bone Structure of the Proximal Tibia from 3D Ultrasound Images with Statistical Shape Models“. I enjoyed the working climate at the chair for medical engineering and decided to stay for my Ph. D. to continue working on this challenging problem. You can find a synopsis of the associated tasks under Research.
Being a graduate student is a versatile profession. Apart from managing lectures and classes and supervising exams and practical labs, it involves scientific work: Generating hypotheses, full-stack development of software, conducting experiments and writing papers. Of course, these tasks are discussed and executed in a team.
Furthermore, our chair cooperated with several companies to implement the latest advances in research in clinical practice. I really enjoyed the professional interaction. Most importantly, it is great to know that one’s work makes a difference for people worldwide.
Giving lectures, supervising student theses, scientific research, consulting.
Implementation of application in C++ with Qt
Efficient visualization of large scale real world laser records with VR goggles
Giving lectures, supervising exams
Thesis topic:
Ultrasound-based 3D Reconstruction of the Knee Joint
Elective courses in machine learning and computer vision.
Thesis topic:
Segmentation of the Bone Surface of the
Proximal Tibia from 3D Ultrasound Images with
Statistical Shape Models
Elective courses in computer graphics.
Thesis topic:
A Modular Framework for 3D Scan Registration
Elective courses:
Mathematics & Computer Science