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<h1 id="job-title"><small><small>Accelerator Scientist - 10694<br>
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<small> DATE POSTED: AUGUST 16, 2011<br>
<br>
SALARY RANGE: $54,400 - $85,800 (SS I)<br>
<br>
DUTIES:<br>
Jefferson Lab has an opening for an entry-level accelerator scientist
staff position to participate in the structure design, simulation and
measurement for superconducting radio frequency (SRF) accelerator
components and systems. The incumbent will use state of the art
multi-physics (electromagnetic to mechanical) simulation codes
including those developed under the Scientific Discovery through
Advanced Computing (SciDAC) program and commercial tools. He/she should
have previous experience of RF or microwave structure simulation and
design. Experience with microwave measurement methods as applied to
cavities and components is desirable. Ideally the candidate should also
have experimental background in SRF or the electron beam based R&D
experiments such as those carried out at JLab's test and accelerator
facilities. With his/her simulation results, he/she will also help to
develop and prototype new cavity and component designs for different
projects including JLab's 12GeV upgrade, future light sources, proton
and ion accelerators and other projects.<br>
<br>
Experience/Education Required: A PhD in physics or electrical
engineering is desired. A Post Doc training in computer simulations or
in an experimental project is preferred. Extra particle beam dynamic
and RF-beam interaction experiences are plus. Demonstrated track record
of publication in advanced research is required. The candidate must be
able to work in collaboration with others to solve complex problems
efficiently and be able to communicate effectively with other JLab
staff and international colleagues. Demonstrated ability to understand
and comply with safe-work procedures applied to Jefferson Lab
activities, including the qualifications for radiation and electrical
workers.<br>
<br>
Apply on-line at <a class="moz-txt-link-abbreviated"
href="http://www.jlab-jobs.com">www.jlab-jobs.com</a></small>
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