Acoustic Metamaterials for Noninvasive Focused Ultrasound

Italian Ministry of Education, University and Research; Italia; On-site; EUR 35,000 - 55,000; Part time

Job summary

Politecnico di Milano seeks a researcher to develop and validate acoustic-metamaterial-based solutions for ultrasound control and focusing, with emphasis on non-invasive transcranial focusing. The project integrates modelling of acoustic-wave propagation, structures and metasurfaces, and spatial control of the ultrasound field.

The selected candidate will participate in laboratory experiments, manufacturing, and validation, and will contribute to teaching and laboratory activities in Applied

Qualifications

• Oral test to assess aptitude and suitability to carry out the activity, as well as assessing knowledge of English and/or other languages relevant to the activities to be performed (up to 35 points)
• Relevance and pertinence of the enclosed publications to the activity covered by the contract (up to 30 points)
• Relevance and pertinence of previous research activities, collaborations to educational and third mission activities and work experience, if any, in relation to the activity covered by the contract (up to 20 points)
• Relevance and pertinence of their study programme to the activities covered by the contract (up to 15 points)

Responsibilities

• The research activity focuses on the development and validation of acoustic-metamaterial-based solutions for controlling ultrasound propagation and focusing, with reference to non-invasive transcranial focusing.
• The project integrates modelling of acoustic-wave propagation in complex media, ultrasound interaction with structures and metasurfaces, leaky-wave engineering, metamaterial design, and spatial control of the ultrasound field.
• The research will also include laboratory experiments for manufacturing and validating the developed devices, and for assessing their ability to focus ultrasound under representative conditions.
• The selected candidate will also be involved in teaching and laboratory activities in Applied Mechanics for Machines, with particular reference to wave dynamics, vibroacoustics, and acoustic metamaterials.

Job description

Politecnico di Milano seeks a researcher to develop and validate acoustic-metamaterial-based solutions for ultrasound control and focusing, with emphasis on non-invasive transcranial focusing. The project integrates modelling of acoustic-wave propagation, structures and metasurfaces, and spatial control of the ultrasound field.

The selected candidate will participate in laboratory experiments, manufacturing, and validation, and will contribute to teaching and laboratory activities in Applied