MAX IV Laboratory operates Sweden's most advanced synchrotron X-ray source, serving roughly 3,000 researchers annually across physics, chemistry, materials science, structural biology, and related fields. The facility is scaling operations through an engineering-heavy hiring mix (8 engineers, 9 interns) focused on linac performance, laser safety compliance, and data infrastructure—suggesting active modernization of both the beamline hardware and the data pipeline handling high-volume experimental output.
MAX IV Laboratory is a national research infrastructure facility in Lund, Sweden, providing synchrotron X-ray access to international researchers. The facility has operated for over 30 years and recently commissioned an advanced synchrotron source—the largest Swedish investment in research infrastructure—replacing its predecessor MAX-lab. Approximately 240 staff members support annual visits from up to 3,000 scientists conducting work across physics, chemistry, geology, engineering, medicine, materials science, structural biology, and nanotechnology. Operations span beamline hardware maintenance, detector systems, data acquisition, and user support services.
Core stack includes OPC UA, TimescaleDB, Docker, Python, C++, Rust, MATLAB, JupyterHub, and Linux. Hardware integration uses Rockwell Studio 5000, Arduino, and Raspberry Pi for control systems and monitoring.
Current priorities include laser safety risk assessments and compliance automation, linac performance improvements, microfluidic sample delivery platform development, machine safety standardization (CE marking), high-voltage RF unit maintenance, and thermal/humidity monitoring systems.
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