Hardware Developer for High-Speed Data Transmission | Hardware-Entwickler*in (w/m/d) von Highspeed-Datenübertragung

Siemens AG

Erlangen, Bayern, Deutschland
Published Nov 14, 2025
Full-time
Permanent

Job Summary

This role involves designing, simulating, and verifying high-frequency (HF) components for high-speed data transmission systems within the medical technology sector at Siemens Healthineers. The Hardware Developer will be responsible for the complete lifecycle, including the design, setup, testing, and documentation of analog, digital, and HF components, focusing heavily on high-speed data communication. Key tasks include evaluating solution concepts through circuit and field simulations, creating detailed documentation, developing circuit designs using Siemens EDA Xpedition, and managing the commissioning and series release of developed components. The ideal candidate must hold a Master's degree in Electrical Engineering and possess significant professional experience in HF electronics and high-speed data transmission, along with fluency in both German and English. This position offers substantial mobile working flexibility (up to 60% within Germany) and the opportunity to shape the future of healthcare technology.

Required Skills

Education

Master's/Diploma degree in Electrical Engineering or comparable qualification

Experience

  • Several years of relevant professional experience in high-speed data transmission and HF electronics development of assemblies and subsystems
  • Proven prior experience utilizing field simulation tools such as Simulia CST and/or Ansys HFSS
  • Knowledge of modern analog and high-frequency circuit technology at the PCB level
  • Knowledge of modern wireless communication standards (e.g., WiFi, Bluetooth) (ideally)

Languages

German (Fluent)English (Fluent)

Additional

  • Willingness to support system integrations at customer sites (on-site). Position can be filled full-time or part-time (minimum 28 hours/week). Mobile working (within Germany) up to 60% of working time is possible.