• Designed and maintained CI/CD pipelines for deployment of containerized services using GitHub Actions and Terraform
• Managed deployment of Docker?based microservices to AWS, including infrastructure provisioning and automated build pipelines
• Migrated production deployment infrastructure from AWS to Railway, simplifying deployment and reducing operational complexity
• Implemented secrets management and secure configuration handling for the development and deployment environment
• Performed code reviews across the stack (JavaScript, React, Solidity) to maintain code quality and security standards
• Collaborated with a distributed Web3 development team to support reliable and reproducible deployments

• Embedded firmware development for a distributed microcontroller system used in EV charging stations
• Implemented secure firmware update mechanism for a distributed MCU system using MCUBoot
• Contributed to redesign of the communication stack, transitioning from a stream?based to a message?based architecture to improve communication stability
• Developed new firmware features and improved system reliability through refactoring, bug fixing, and code quality improvements
• Documented the communication stack to improve maintainability and developer onboarding

• Led a 6?person engineering team in the upgrade of a central silo system for EPS production, scaling the system from 39 to 72 silos and from 5 to 10 connected machines
• Acted as project and technical lead, coordinating requirements with the customer and suppliers while developing the system architecture and PLC software
• Designed a decentralized control architecture replacing centralized IO control with bus?driven actuator groups (Sigmatek PLC, Festo CPX, ModbusTCP)
• Implemented a flexible configuration?based system design, enabling faster engineering and deployment of new silo systems
• Reduced wiring complexity and improved reliability while enabling wear monitoring and predictive maintenance

• Developed firmware for distributed semiconductor stress?test systems using Microchip XC (16?bit) and Infineon XMC (ARM Cortex?M) microcontrollers, accumulating 10+ years of embedded development experience
• Implemented communication stacks across multiple interfaces including CAN, Ethernet, I²C, SPI, and UART, with physical interfaces such as RS?232, RS?485, and CAN
• Contributed to hardware design and PCB development, ensuring tight integration between firmware and electronics
• Designed and implemented firmware for a distributed test architecture executing Lua scripts on controllers, enabling runtime behavior changes without reflashing devices
• Migrated system communication from CAN to Ethernet, significantly increasing bandwidth and scalability of the test infrastructure
• Supported and mentored students and junior engineers in embedded development and system design
• Conducted PhD research on fault?tolerant real?time communication systems, developing a time?driven network with elastic slot boundaries
• Designed a distributed time synchronization mechanism achieving nanosecond?level precision for deterministic embedded communication

Development of a distributed semiconductor stress?test system where multiple nodes independently stress and monitor semiconductor devices

• Development of control system that enabled a user to move an infrared camera within the three?dimensional space and to capture live images
• Theposition of the camerahasbeencontrolled manually via a user interface to bring the objective into focus
• Anauto?focus algorithm has been developed tomitigate the effect of a possible temperature dependent dislocation of the object