Senior Embedded Systems Engineer

Experienced embedded systems professional with extensive background in firmware development, industrial communication, and the implementation of complex embedded solutions. Strong expertise in C, C++, Delphi, and Embedded C, combined with hands‑on experience with ARM and PIC microcontrollers, RTOS environments, and industrial protocols such as CAN, J1939, UART, RS485, and DALI. Proven track record in developing production test software, sensor communication modules, hydraulic control systems, and customized embedded applications. Additional experience in BLE‑based prototypes, indoor positioning, and hardware‑firmware integration. Highly structured, analytical, resilient, and quick to adopt new technologies.

• Development of software modules for production test systems, including RS485‑based linear actuator control, UART‑based service modules, and USB‑based display/service communication; implemented in Delphi and integrated into existing test environments. • Firmware debugging, functional testing, and enhancement of embedded software for sensor systems, including version control and structured issue analysis. • Creation of a new embedded software architecture for hydraulic control systems, including PWM control, energy optimization, current monitoring, and customized functional modules. • Development of a BLE‑based hybrid prototype for indoor positioning, including firmware development for PIC controllers, sensor integration, and collaboration with hardware engineering. • Implementation of a hybrid indoor localization system as part of a master thesis, using BLE beacons and smartphone sensors. • Implementation of embedded software for industrial communication protocols (CAN, J1939, RS485, UART, DALI) across multiple embedded platforms. • Execution of competitive research on Ethernet‑based sensor communication technologies and derivation of technical requirements for future product concepts.