New Open PhD Position for the DiMiNe project

CERIC-ERIC; Italia; In loco; EUR 24.000 - 32.000; Tempo pieno

Vantaggi offerti da questo lavoro

33 days of holidays

Flexible working time

Training possibilities

Partial remote work availability

Descrizione del lavoro

CERIC-ERIC is seeking a PhD student in Experimental Physics to participate in the "DiMiNe" project focused on carbon-based semiconductor radiation detectors. The candidate will work primarily at the Ruđer Bošković Institute in Zagreb, Croatia.

This position involves developing detection systems and collaborating with multi-cultural teams. Ideal candidates should have a Master’s degree in Physics, experience in experimental practices, and be fluent in English. The contract is for 48 months, with flexible work options offered.

Competenze

• Strong knowledge of experimental physics practices.
• Proficiency in Monte Carlo simulation tools like Geant4 or FLUKA.
• Excellent command of English, additional languages are a plus.

Mansioni

• Develop new detection systems to assess carbon-based radiation detectors.
• Conduct research at the Ruđer Bošković Institute and Budapest Neutron Center.
• Collaborate effectively in a multi-cultural research environment.

Conoscenze

Experimental physics practices

Monte Carlo simulation toolkits

Solid-state physics

Fluent in English (B2)

Formazione

Master’s degree in Physics or related

Descrizione del lavoro

Organisation/Company: CERIC-ERIC – a Central European consortium for research infrastructure. The role is a PhD student in Experimental Physics to contribute to the CERIC‑ERIC project “DiMiNe”, which exploits carbon‑based semiconductor radiation detectors (diamond and SiC) for neutron monitoring and spectroscopy. The position will remain open until it is filled.

Job Description

The successful candidate will create new data demonstrating the capabilities and limitations of carbon‑based radiation detectors in mixed neutron‑gamma fields and will lead the development of new detection systems that will be tested across a wide range of neutron energies. The research will be conducted primarily at the accelerator facility of the Ruđer Bošković Institute (RBI) in Zagreb, Croatia, with additional experimental work at the Budapest Neutron Center (BNC) in Hungary.

Requirements

• Master’s degree or equivalent in Physics (or related) with a GPA of at least 80 % of the maximum possible to allow direct enrolment to PhD studies.
• Experience with experimental physics practices and methodologies.
• Fluent in English (minimum B2), additional languages an advantage.
• Experience with Monte Carlo simulation toolkits (Geant4, MCNP, FLUKA, etc.).
• Knowledge and experience in solid‑state physics.
• Experience in radiation detectors.
• Ability to work collaboratively in a team and thrive in a multi‑cultural environment.
• Creativity, independence and initiative to work autonomously.

Languages

English – Excellent.

What We Offer

• 33 days of holidays per year.
• Flexible working time.
• Training possibilities.
• Possibility to work partially remotely.
• 48‑month contract.

Benefits and additional details are provided upon request. Applicants should send a CV in European Format and a recommendation letter to [e-mail] with the subject “project DiMiNe”.