Job Description The successful candidate will be part of the vacuum engineering team involved in designing and testing vacuum systems and components dedicated mainly but not limited to the front-ends of the Elettra 2.0 storage ring and beamlines. The successful candidate may also be involved, with the other members of the team, in the maintenance activities of the vacuum systems and components of the current machine to allow other members of the team to increase their involvement in the development of the new machine.
The candidate will:
Contribute to the definition of all the vacuum requirements (e.g., material properties, cleaning procedures, instrumentation) for the development of the vacuum systems and special vacuum components of the machine, front-ends and beamlines; Participate in the design of the vacuum system by evaluating its performance through simulations; Define the vacuum interlock system rules and write the related documentation; Discuss and propose the mechanical integration of vacuum components, vacuum instrumentation and ancillary systems in the general layout of Elettra 2.0; Produce the technical documentation required for procurement and follow the manufacturing and construction stages of all vacuum components; Perform vacuum tests on prototypes and final components at the vacuum laboratory, analysing data and issuing test reports; Review technical reports issued by contractors and participate in the factory acceptance tests; Collaborate on site installations and commissioning of machine, front-ends and beamlines. Qualifications A Master Degree in Engineering or Physics is required. Good oral and written communication skills in Italian and English as well as good knowledge of Microsoft Office or similar software suites are essential.
It is highly desirable but not essential that the candidate has experience in:
Writing and reviewing technical documentation; Performing data analysis to produce test reports; Assembling scientific apparatus or installing large mechanical systems; 2D and 3D mechanical design using CAD programs (Autocad, Catia or similar); Mechanical or thermal simulations (Ansys or similar); Vacuum science and technology; Vacuum simulations (Molflow+, Synrad or similar); Other R&D private or public laboratories. Good time management skills and the ability to prioritize are expected, together with the capacity to interact with staff and to work as part of a multi-disciplinary team.
The appointment will be a fixed-term employment contract of an initial duration of 12 months, extendable by agreement of both parties, in accordance with the legal provisions in force currently, up to a maximum of 36 months.
Applications should include a full curriculum vitae signed by the applicant (preferably using the European Curriculum Vitae Format in PDF), with the names and contact information (including electronic mail) of at least three professional references. Depending on the evolution of the COVID-19 pandemic, the interviews may be held via video conferencing.
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