Our client is a pioneering technology company developing next-generation wireless optical communication systems. Built on decades of expertise in integrated photonics and advanced optical networking, the company is redefining the landscape of high-speed, long-range data transmission. Its fully photonic-integrated transceivers aim to overcome the limitations of traditional radio-frequency systems, ensuring high performance and reliability in the most challenging environments. Their innovation lies at the intersection of photonics, RF, and system-level integration.The RF Lab Engineer will be responsible for the setup, automation, and optimization of a cutting-edge photonics and RF laboratory. By ensuring precision in measurement systems, managing data workflows, and supporting cross-functional engineering teams, this role plays a key part in accelerating the development of advanced wireless optical communication technologies.Oversee the automation of measurement setups and test benches to ensure reproducibility and throughput.Characterization & Data Analysis Develop data acquisition pipelines and analyze experimental results to guide system and component optimization. Implement instrumentation control using Python, MATLAB, or LabVIEW, interfacing via GPIB, USB, RS232, Ethernet, and VISA protocols. Create reusable scripts and automated workflows to streamline testing, improve repeatability, and reduce manual intervention.Work closely with R&D; teams (photonics, RF, electronics, systems) to contribute technical insights that impact product design. Develop and maintain detailed lab documentation, including standard operating procedures (SOPs), test plans, calibration routines, and user guides.D. in Electrical or Electronic Engineering, Physics, or related discipline, with specialization in laboratory characterization techniques. Minimum 3 years of hands-on experience in a photonics, RF, or electronics lab environment. Advanced knowledge of test instrumentation and lab equipment (e.G., Proficiency in instrumentation control using communication protocols (VISA, GPIB, RS232, USB, Ethernet). Proven experience with Python, MATLAB, or LabVIEW for test automation and data acquisition. Deep understanding of measurement systems, uncertainty analysis, and calibration practices.