RF Engineer - Hiring in process/Finished, not possible to apply

The core of the MAX IV facility are three sources of synchrotron radiation: a 3 GeV electron storage rings that provides ultra high brightness X rays, a 1.5 GeV ring providing soft X rays and UV radiation and a 3 GeV linear accelerator that serves as an injector to the two storage rings and also generates electron bunches that drive the production of ultra-short X ray pulses.

MAX IV is a pioneer in a number of developments in accelerator physics and engineering and hosts, in particular, the first ultralow emittance storage ring based on a multi-bend achromat, a design which is currently being followed by many other laboratories worldwide. A number of high power radio-frequency (RF) systems both in S-Band (pulsed) and UHF(CW) frequency ranges are crucial to the MAX IV accelerators. Even though already functional, these RF systems still need to be expanded and improved to cope with growing needs of synchrotron radiation users as well as the need to deliver high reliability operation.

Job Description

• Maintain RF system performance
• RF system performance upgrades capability
• Take part in further developments and improvements of RF systems and RF-based diagnostics.

 Qualifications

• A Masters degree or equivalent experience in RF engineering or related technical area
• Good command of both written and spoken English
• Good communication skills
• Experience with RF instrumentation like Network and Spectrum analyzers, Power Meters

Desirable

• Experience with Q/A and testing
• Experience with high-power RF systems 
• Experience with low phase-noise/low-jitter RF systems
• Experience with Linux systems and programming

On call services will apply.

Probationary period may apply.