Florian Kromer

Software Architect. Software Developer. Data Scientist. In-housing and refactoring of the companies data processing pipeline enabling the company to scale. Core member of the data architecture design team. Core member of the data management system design team. Member of the design thinking group for coming up with ideas for new data products.

Software Architect. Software Developer. Data Scientist. Development of a prototyp which allows real-time integration of mass spectrometer data into industrial process systems. Setup of a Python based data science/machine learning development infrastructure.

Autodidactic education in the domain of embedded Linux system software design and machine learning focused on the technical domain. Construction works on my sisters construction site.

Implementation and improvement of monitoring services for the IT monitoring software. Information about technologies used available on request.

Contribution to the "productification" of one of the world's first 3D sensors in advanced robotics. Implementation of reliable update mechanisms for the embedded Linux operating system and it's bootloader. DevOps, system and test optimization for the embedded Linux operating system. Test optimization for robotic software components running on the sensor and on on-premise application servers. Information about technologies used available on request.

Design, implementation and test of command line applications in the context of test automation. Test design and unit testing of safety critical embedded software. Information about technologies used available on request.

Conceptual design of SW components and RTOS threads. Legacy production code refactorings. Communication stack migrations. Design and implementation of features. Design and implementation of software variants. Automated conformance and interoperability testing. Information about technologies used available on request.

Development of the evaluation model for a wireless lightbarrier with low power consumption. Implementation of a minimalistic low power wireless protocol. Implementation of a battery model. Characterization of the power consumption of the system and its subcomponents.

Design and implementation of embedded SW in the context of self-powering wireless sensor nodes.

PCB Design and integration of embedded SW in the context of self-powering wireless sensor nodes.

Eletrotechnik, Optik, Informatik, Sensorik, Aktorik

Physik, Chemie, Mathematik, Elektrotechnik, Informatik, Maschinenbau, Materialwissenschaften, Informatik, Sensoren, Aktoren, Mikrosysteme