Senior Research Associate - Anomalous Small Angle Scattering (ASAXS) - 101117-3800
- The University of Chicago
- Chicago, Illinois
- Full Time
This job was posted by : For more
information, please see:
**Description**
The University of Chicago Pritzker School of Molecular Engineering is
seeking a full time Senior Research Associate (SRA) to become part of
NSF\'s ChemMatCARS.
ChemMatCARS, affiliated with the Pritzker School of Molecular
Engineering (PME), the University of Chicago and funded by NSF, is a
national user facility for frontier research in chemistry and materials
science using synchrotron x-rays. ChemMatCARS is located at Sector 15 of
the Advanced Photon Source (APS) at Argonne National Laboratory (ANL).
Anomalous Small Angle Scattering (ASAXS) is one of the most powerful
synchrotron X-ray techniques for element-specific structural study of
soft matter systems. It is indispensable for understanding quantitative
structural heterogeneities in soft matter systems and nanomaterials. The
successful candidate will be expected to lead an ASAXS user program that
will serve a general scientific user community. The candidate will be
expected to originate and engage in collaborative efforts in ASAXS
studies of a variety of soft matter systems with ChemMatCARS users.
These efforts include, but are not limited to, conducting synchrotron
experiments with users at ChemMatCARS, analyzing ASAXS data,
contributing to manuscripts for publication, and, if the situation
applies, contributing to grant proposal applications. In addition, this
candidate will be expected to provide additional support for scientists
conducting research at ChemMatCARS, as well as lead R&D efforts to
expand the capabilities of ChemMatCARS in the use of ASAXS. Areas of
investigation include, but are not limited to, aggregation and
complexation of polyelectrolytes, interactions between charged colloids
and macro-ions in solutions, and element distribution within functional
nanomaterials at the length scales from a few to hundreds of nanometers.
**Qualifications**
A Ph.D. in Physical Sciences in the study of soft matter science with
synchrotron hard x-ray techniques, preferably with Anomalous Small Angle
X-ray Scattering (ASAXS), a research record in soft matter science using
synchrotron hard x-ray scattering techniques, and a minimum of 8 years
of relevant experiences with 3 years in leading a user science program
at a synchrotron x-ray ASAXS facility. Expertise in a range of
synchrotron x-ray techniques, including the use of high energy x-rays
(up to 70 keV), for studying soft matter is especially beneficial.
Strong computer skills, including EPICS, SPEC, and Python, as well as
the ability to use these to write data acquisition software, data
analysis software, instrumentation control interfaces and beamline
control programs, are also required. Experience with the operation of
synchrotron beamlines is highly preferred. Moreover, the SRA will have
the opportunity to serve in the role of Principal Investigator, writing
proposals to federal and non-federal agencies to support such research
and development.
**Application Instructions**
Applications must be submitted online through the University of
Chicago\'s Interfolio website:
Review of applications will continue until position is filled.
The following materials are required:
- cover letter.
- curriculum vitae including a list of publications.
- research statement describing past and current research
accomplishments
- contact information for three references who can provide
confidential letters of evaluation.
information, please see:
**Description**
The University of Chicago Pritzker School of Molecular Engineering is
seeking a full time Senior Research Associate (SRA) to become part of
NSF\'s ChemMatCARS.
ChemMatCARS, affiliated with the Pritzker School of Molecular
Engineering (PME), the University of Chicago and funded by NSF, is a
national user facility for frontier research in chemistry and materials
science using synchrotron x-rays. ChemMatCARS is located at Sector 15 of
the Advanced Photon Source (APS) at Argonne National Laboratory (ANL).
Anomalous Small Angle Scattering (ASAXS) is one of the most powerful
synchrotron X-ray techniques for element-specific structural study of
soft matter systems. It is indispensable for understanding quantitative
structural heterogeneities in soft matter systems and nanomaterials. The
successful candidate will be expected to lead an ASAXS user program that
will serve a general scientific user community. The candidate will be
expected to originate and engage in collaborative efforts in ASAXS
studies of a variety of soft matter systems with ChemMatCARS users.
These efforts include, but are not limited to, conducting synchrotron
experiments with users at ChemMatCARS, analyzing ASAXS data,
contributing to manuscripts for publication, and, if the situation
applies, contributing to grant proposal applications. In addition, this
candidate will be expected to provide additional support for scientists
conducting research at ChemMatCARS, as well as lead R&D efforts to
expand the capabilities of ChemMatCARS in the use of ASAXS. Areas of
investigation include, but are not limited to, aggregation and
complexation of polyelectrolytes, interactions between charged colloids
and macro-ions in solutions, and element distribution within functional
nanomaterials at the length scales from a few to hundreds of nanometers.
**Qualifications**
A Ph.D. in Physical Sciences in the study of soft matter science with
synchrotron hard x-ray techniques, preferably with Anomalous Small Angle
X-ray Scattering (ASAXS), a research record in soft matter science using
synchrotron hard x-ray scattering techniques, and a minimum of 8 years
of relevant experiences with 3 years in leading a user science program
at a synchrotron x-ray ASAXS facility. Expertise in a range of
synchrotron x-ray techniques, including the use of high energy x-rays
(up to 70 keV), for studying soft matter is especially beneficial.
Strong computer skills, including EPICS, SPEC, and Python, as well as
the ability to use these to write data acquisition software, data
analysis software, instrumentation control interfaces and beamline
control programs, are also required. Experience with the operation of
synchrotron beamlines is highly preferred. Moreover, the SRA will have
the opportunity to serve in the role of Principal Investigator, writing
proposals to federal and non-federal agencies to support such research
and development.
**Application Instructions**
Applications must be submitted online through the University of
Chicago\'s Interfolio website:
Review of applications will continue until position is filled.
The following materials are required:
- cover letter.
- curriculum vitae including a list of publications.
- research statement describing past and current research
accomplishments
- contact information for three references who can provide
confidential letters of evaluation.
Job ID: 482361543
Originally Posted on: 6/22/2025
Want to find more Chemistry opportunities?
Check out the 17,126 verified Chemistry jobs on iHireChemists
Similar Jobs