Development Engineer

With over 15 years of experience in developing precise measurement systems in the metrology and medical technology industries, they possesse deep expertise in signal processing, FPGA acquisition, and series transition according to EMC and quality standards

As the owner of an engineering office with its own electronics manufacturing, they combine circuit design, firmware development (C/C++, VHDL), mechanical design, and integration of production-related measurement systems

Their patented power measurement method and the development of laser, sensor, and high-performance systems demonstrate their ability to transform complex measurement principles into robust and documented series solutions

With practical understanding of production and test automation, as well as their own manufacturing and EMC testing environment, they ensure efficient and high-quality system developments

Development of image processing and signal transmission systems for medical laser devices for eye surgery

An experienced development engineer with extensive knowledge in analog and digital circuit development, especially in analog measurement technology

Experience in developing firmware, drivers, and software for common microcontroller architectures and is proficient in power electronics

Supports the development of electronic systems also from the design stage and offers training in the field of electrical engineering

Development of image processing and signal transmission systems for medical laser devices for eye surgery

Design and implementation of measurement and evaluation circuits for optical and electrical signals

FPGA design and firmware programming in C++ for precise signal processing

Mechanical design and integration of test devices into production facilities

Conducting qualification, EMC, and VDE tests as well as creating all technical documentation

Development of automated measurement routines for manufacturing and service processes

Mastered tools such as: Altium Designer, SolidWorks, Quartus Prime, Vivado, LTSpice and Tina Designsoft

Development of electronic assemblies for production and testing systems, including Cortex-M microcontroller programming

Setup of automated test stands for electrical and thermal tests

Integration of measurement systems into existing production IT environments

Creation of test specifications, test documentation, and acceptance protocols

Support in series transition and validation of measurement systems according to ISO 9001 and VDE standards

Development of analog and digital measurement and control boards for series devices

Optimization of measurement signal conditioning and data acquisition in production environments

EMC-compliant design and support for approval and type testing

Creation and maintenance of technical documentation (circuit diagrams, test protocols, parts lists)

Close collaboration with manufacturing, quality assurance, and suppliers

Development of safety-critical measurement and control components for communication and encryption systems

Analog and digital circuit development with a focus on reliability, EMC, and cyber-security requirements

Implementation and testing of measurement and diagnostic functions for system monitoring

Documentation according to military standards and production support for prototype series

Development of an LCR bridge including analog frontends and FPGA signal processing

Design of calibration and testing procedures to ensure measurement capability

Conducting EMC tests, validating measurement accuracy, and documentation for series release

Support for manufacturing during commissioning and troubleshooting

Development of a power analyzer (12 kW / 100 kHz) for precise power and efficiency measurement

Analog and digital design with FPGA-based data acquisition and signal processing

EMC-compliant design, series transition, and validation according to VDE EN 61010

Co-author of patent WO 2016/193213 A1 – Power Measurement Device

Creation of technical dossiers and manufacturing work instructions