[ES_JOBS_NET] Research Scientist or Engineer Manager, NCAR – Earth Observing Laboratory (EOL) – In-Situ Sensing Facility (ISF), Boulder, CO
Christine Wiedinmyer
christin at ucar.edu
Mon Jul 25 12:31:34 MDT 2016
*Research Scientist or Engineer Manager*
*PLEASE NOTE: *This is a full-time position. Initial consideration will
be given to applications received prior to 4:00 p.m. on August 9th 2016,
or until a sufficient number of applications have been received.
Thereafter, applications will be reviewed on an as-needed basis.
Interested applicants can apply at:
https://ucar.silkroad.com/epostings/index.cfm?fuseaction=app.jobinfo&jobid=217970&version=1#.V4QkrBkzGYY.gmail
NCAR – Earth Observing Laboratory (EOL) – In-Situ Sensing Facility (ISF)
Relocation benefits are provided for this position.
U.S. Citizenship, Permanent Residency, or other protected status under 8
U.S.C. 1324b(a)(3) is required for this position. UCAR/NCAR will not
sponsor a work visa (e.g., J-1, H1-B, etc.) for this position.
The National Center for Atmospheric Research's Earth Observing
Laboratory (EOL) seeks candidates for a ladder-track Level III or Senior
Scientist or Research Engineer Section Head position, with the level and
track to be determined based upon the qualifications of the successful
candidate and the outcome of the ladder-track appointment review process.
Formed in 2005, the Earth Observing Laboratory (EOL) is one of the seven
laboratories of NCAR, the National ScienceFoundation’s Federally Funded
Research and Development Center. As the successor of NCAR’s Atmospheric
Technology Division (ATD), the mission of EOL is to provide leadership
in observing facilities, field project support as well as research and
data services needed to advance the scientific understanding of the
Earth system. EOL manages the majority of NSF’s Lower Atmosphere
Observing Facilities (LAOF) and deploys them in support of observational
field campaigns, ranging from single investigator projects to large
complex campaigns that involve multiple investigators, agencies, and
platforms, nationally and internationally. EOL deploys its systems for
research by scientists from universities, NCAR, and government agencies,
as well as for education. An integral part of EOL’s mission is to
develop the next generation of LAOF and to provide management and
archiving of data from past supported campaigns. In order to ensure
progress in the atmospheric sciences, EOL supports a wide-range of
research areas within the Earth system science, ranging from microscale
to mesoscale to climate process studies, and employs LAOF platforms and
systems that reach from the surface of the Earth to the lower
stratosphere and beyond.
This position manages the In-situ Sensing Facility (ISF) in EOL,
conducts original research, and reports to the EOL Director. ISF
provides measurements made directly in the environment as well as
profiling measurements of the lower atmosphere. Measurements are made
in-situ at the earth's surface, on towers, on balloons, and on packages
dropped from aircraft. Remote profiling measurements are made using
vertically pointing radar, lidar and acoustic sensors. The Facility aims
to serve the advanced observational needs of the atmospheric
science community by providing a flexible, state-of-the-art backbone
measurement capability applicable to a wide range of experimental needs
- emphasizing advanced sensor capabilities, sensor integration, system
mobility, and the ability to deploy to remote or difficult locations.
ISF has three groups: The Surface Group focuses on systems to measure
the surface layer, surface energy budget and surface properties, deploys
the ISFS (Integrated Surface Flux System) and CentNet facilities, and
operates the EOL Calibration Laboratory. The Sounding Group focuses on
sensors dropped from aircraft and balloons, as well as their associated
data systems and deploys the AVAPS Dropsonde System on the NSF/NCAR
HIAPER (GV) and C-130 aircraft, managed at RAF. The Atmospheric
Profiling Group focuses on instruments to profile the atmosphere,
particularly radar wind profilers, radiosonde soundings and basic
surface measurements, and deploys the ISS (Integrated Sounding System).
For more information on EOL, please see https://www.eol.ucar.edu/
For more information on the ladder track appointment process for NCAR,
see NCAR's Scientific and ResearchEngineering Appointments Criteria
<https://www2.fin.ucar.edu/sites/default/files/u544/Appointment%20Criteria%204may10%20-%20with%20tables%20updated%20June%202013.pdf> and
NCAR's Scientific and Research Engineering Appointments procedures
<https://www2.fin.ucar.edu/policies/7-1-ncar-scientific-and-research-engineering-appointments>.
**
*BASIC JOB FUNCTION: *
Provide scientific leadership and management of EOL’s In Situ Sensing
Facility (ISF) in its deployment and development of a suite of in situ
and profiling instruments to support field observations for atmospheric
research.
**
*DUTIES INCLUDE:*
Scientific and technical leadership and administrative oversight of the ISF:
* Establish goals, priorities, and strategies for ISF in implementing
the EOL and NCAR Strategic Plans.
* Manage the ISF personnel, budget, and supervise key employees.
* Oversee the management of the existing observing systems and the
preparation of those systems for worldwide field deployments.
* Address institutional priorities for the workplace, including
attention to workplace safety, workforce diversity and to staff
career development and mentoring.
* Anticipate future field-support needs, lead strategic planning at
the Facility level, and contribute to future planning at the
Laboratory and the Center level.
Scientific and/or technical research
* Conduct a personal research program, leading to publications, with
an appropriate focus on scientific and/or technical areas related to
ISF interests.
* Encourage and mentor research activities of ISF staff.
* Contribute to community service as expected of a professional member
of the science community via manuscript and proposal reviews and
through committee, panel, and other service functions within and
outside EOL and NCAR.
Community interactions:
* Interact with potential users of facilities to assist them in
planning for and understanding the feasibility of potential uses of
ISF facilities.
* Interact with appropriate segments of the scientific and technical
communities to remain knowledgeable regarding scientificemphases and
technological developments of relevance to ISF.
* Interact with NSF program officers and others in federal agencies in
connection with the ISF program and how that program supports NSF
and other-agency research.
* Promote EOL R&D activities and facility capabilities within
scientific communities abroad.
* Promote education in observational approaches to atmospheric
science and in instrumentation.
Development:
* Oversee and promote development of new capabilities, expand
measurement frontiers by advancing the integration of EOL’s
ground-based measurements for boundary-layer research, and develop
capabilities in new areas such as the use of Unmanned Aircraft
Systems (UAS) in support of atmospheric research.
* Encourage and establish development partnerships within and outside
of EOL and NCAR.
* Seek external funding sources to complement resources for
development within the facility.
Broader roles in the management of the laboratory and the community:
* Participate in laboratory-wide management activities by working with
the EOL Director and other members of the EOL Management Council (EMC).
* Participate in the Laboratory-level planning, prioritization and
allocation of resources.
* Provide information needed by EOL to meet reporting and planning
requirements of the Laboratory.
Liaison Role:
* As a member of the EOL Management Council, guide and shape EOL
priority and strategy plans.
* As a member of the NCAR Director's Committee and UCAR Management
Forum, help shape the organization’s agenda and participate in
leadership decisions.
* Coordinate plans and activities with other NCAR Facilities and
Laboratories, and outside organizations.
* Work with NSF and other outside partners to establish common
priorities and meet program objectives.
* Form strategic partnerships and collaborations with appropriate
groups in the public and private sectors, both nationally and
internationally.
* Work with University and other outside investigators to ensure
effective field project planning and execution.
**
*REQUIREMENTS INCLUDE:*
*Education and Experience:*
* PhD in physical science or engineering.
* At least 10 years of experience in the use or development of
advanced instrumentation for studies of the atmosphere.
* Some experience, either as a Principal Investigator or in a support
role, in field experiments conducted by collaborative
multi-institution projects in atmospheric science.
* Scientific recognition and management experience commensurate with a
leadership role of a facility-level group.
(Alternately, an equivalent combination of the above education and
experience)
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