Development Engineer High-Frequency Test Technology | Entwicklungsingenieur Prüftechnik Hochfrequenz (m/w/d)
Rohde & Schwarz Messgerätebau GmbH
Job Summary
This role is for a Development Engineer specializing in high-frequency test technology at Rohde & Schwarz, a stable global family company. The successful candidate will be responsible for developing automated test systems for electronic board assemblies, focusing on high-frequency measurement technology and optimizing innovative testing methods in collaboration with R&D. Key tasks include implementing robust test processes for series production and contributing to continuous improvement in test coverage and quality. The position requires a background in electrical engineering, strong knowledge of high-frequency measurement, and programming skills. It offers a 35-hour work week, attractive compensation, and extensive training opportunities.
Required Skills
Education
Degree in Electrical Engineering, preferably with a focus on Communications Engineering or Information Technology
Experience
- Professional experience in high-frequency measurement technology
- Experience in testing mixed-signal and HF assemblies
- Experience in analog circuit technology (HF range up to 110 GHz)
- Experience in interdisciplinary collaboration
Languages
Additional
- Not specified
More Jobs from Rohde & Schwarz Messgerätebau GmbH
Electronics Technician for Devices and Systems - System Testing in Mobile Radio Testers | Elektroniker für Geräte und Systeme - Systemprüfung im Bereich Mobilfunktester (m/w/d)
Oct 20, 2025
This role involves the crucial final testing and quality assurance of mobile radio tester devices wi...
Electronics Technician, Technical Services | Elektroniker im Technischen Service (m/w/d)
Oct 20, 2025
Join a secure, global technology leader as an Electronics Technician in Technical Services, focusing...
Digital Circuit and FPGA Design Engineer | Entwickler für digitale Schaltungen und FPGA-Design (m/w/d)
Oct 20, 2025
This role involves the comprehensive development and optimization of high-speed digital boards cruci...