Working within a multinational, multidisciplinary team, you will contribute to the procurement and testing of power supplies for HGCAL detector modules, including low-voltage, high-current supplies for the readout electronics and medium-voltage supplies of up to 800 V for sensor biasing.

You will also contribute to the integration of power systems with the detector’s safety, control and monitoring systems, as well as the testing and implementation of power components such as DC-DC converters, voltage regulation and cabling.

A key aspect of the role will be to assess the impact of the power system on HGCAL performance and to develop and implement strategies to minimise noise effects such as interference, coupling and ripple.

This role offers the opportunity to combine strong electrical engineering and detector-physics skills with hands-on involvement in the construction, testing and commissioning of a large-scale, state-of-the-art particle detector.