Building an AI-powered cloud-platform for dentists.• Developing a fully automatic SaaS platform to upload and analyze dental images (cloud-based) for preventive care. • On the technical side I was responsible for all ML aspects and computer graphics (Threejs).

Bridge Proof-of-concept fellow.• Computer vision research & imaging experiments on CBCT (3D X-ray) and Intraoral-scan (IOS) images for dental applications.

Joint lecturer of the Pattern Recognition course. Fall semesters 2019, 2020, 2021. In the course we cover different pattern recognition systems such as bayes classification, neural networks, support vector machines. I have been giving lectures on deep learning and have been the main responsible for the practical part of the entire course in form of python programming exercises.

• Research in the area of medical computer vision using statistical shape models.

• Developing internal proof-of-concept productivity tools for Siemens Wind Power in Python and Web2Py. • Full application lifecycle, from identifying needs, planning to development and production.

• Work task automation of manual procedures.• Software updates and support of the Siemens Wind Turbine Controllers.• Third level support assisting field service engineers with troubleshooting investigation and contact for field requests.

Producing electronic speed tables for use in historical reliability races.• Software development in C for a PIC microcontroller, web development with payment system and customer contact.

Small and medium-sized tasks, including, HW design, embedded SW (c), documentation, prototyping(mechanic, PCB, test scripts), and HW coding (VHDL).

Working in the test and repair department as part of the electronics technician education. The last year of the education, I was in the development department creating test setups and embedded drivers.

Six months internship as part of my education as Electronic Design Engineer. During the six months I worked on an interface to control their new test system. The Django framework was used to run a local web server to control the test system from a browser. During the whole project my main interest was to keep the system clean, fully autonomous and most importantly very easy and intuitive to use.