Scientist for FPGA-based RF signal processing and control

Big Science Sweden; Germany (OH); On-site; USD 80,000 - 120,000; Full time

Job summary

Big Science Sweden is seeking a Scientist for FPGA-based RF signal processing and control at DESY. This role involves implementing FPGA algorithms for RF applications, optimizing configurations for high precision hardware, and supporting particle accelerator operations.

Join an international team developing cutting-edge technologies for the PETRA IV project, which aims to create a state-of-the-art 4D X-ray microscope, enhancing research opportunities globally.

Qualifications

• Experience with FPGA implementation for signal processing.
• Knowledge of RF applications and hardware platforms.

Responsibilities

• Implement signal processing algorithms using FPGA.
• Optimize configurations for AMD RFSoC hardware.
• Document and maintain RF and Multi Bunch Feedback systems.
• Support operations of particle accelerators.

Job description

Scientist for FPGA-based RF signal processing and control

Placering: DESY

Mer information

The MSK group is responsible for real-time data analysis and fast-feedback control for beam stabilisation systems, radiofrequency cavity control, specialised diagnostics, and precise synchronisation of particle accelerators at DESY. We are an international team of technicians, engineers, and scientists who develop, install, and operate complex instruments and embedded systems for EuXFEL, FLASH, and PETRA.

With the PETRA IV project, DESY is launching one of the most ambitious and innovative large-scale research projects worldwide. PETRA IV, the most brilliant synchrotron radiation source of the next generation, will be the ultimate 4D X-ray microscope, setting new standards in precision and performance.

About your role

• FPGA implementation of signal processing and control algorithms for RF applications
• Configuration optimisation for AMD RFSoC-based high precision hardware platforms
• Analysis, design, verification, documentation and maintenance of Low Level RF and Multi Bunch Feedback systems
• Support for particle accelerator operation