Johannes Bergmann Email & Phone Number

Copenhagen, Denmark And Gothenburg, Sweden

As the lead architect of a comprehensive test and evaluation framework for biometric algorithms, I played a central role in developing evaluation procedures and visualization tools to support data analysis. I optimized the Python/C codebase for scalability and performance and designed a distributed computing framework for high-performance computing (HPC) clusters, enabling efficient processing of large datasets. In addition, I modernized the codebase and improved the continuous integration pipeline, optimizing the development process and ensuring seamless delivery. Furthermore, I adapted evaluation software to address specific customer needs and provided troubleshooting support to resolve customer issues.I began this role in Copenhagen, Denmark, and transitioned to a fully remote position after two years.

Christchurch, New Zealand

As a key connection between departments, my role covered the translation from marketing and regulatory requirements into inputs for the hardware, mechanical and software teams. I was leading automated systems testing, helped designing embedded software for medical devices, extended a third party tool for project documentation to better suit how the team worked, and developed tools to automate various workflows.

Poing, Germany

Part-time work during my studies. My initial responsibility was to extend, test and debug a TCP/IP-based communication library for Windows, Linux and QNX-based embedded systems for use in large-scale printing systems. Later, I also took on the development of C++/HTML/JavaScript-based debugging and development tools as well as implementing drivers for interfacing printer device controls via CANopen.

Munich, Germany

Giving short lectures about the language C and helping students solve programming exercises during their studies taught me a great deal about working with the different mindsets of different people.

Munich, Germany

I gave 90 minute tutorials on different topics in material science throughout the semester, helping students understand complex physical correlations in order to pass their final exam. The class size was between 40 and 50 people which greatly helped my becoming comfortable speaking in front of a larger audience.

Master Of Science (M.Sc.), Electrical Engineering And Information Technology, 1.3

Master's thesis: "Implementation of Recurrent Neural Networks on Multi-Core Architectures"; Grade 1.0 You can find the project.

Bachelor Of Science (B.Sc.), Electrical Engineering And Information Technology, 1.6

Bachelor's thesis: "Development of a middleware for controlling a fiber optical measurement system"; Grade 1.0