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Faculty Position: Tenure-track Assistant Professor, Position #0728
The Department of Atmospheric Science at the University of Wyoming invites applications for a tenure-track faculty position, with focused expertise on the modeling of cloud processes or atmosphere-land interaction processes. The successful candidate will collaborate with observational and modeling faculty and staff to improve the understanding and representation of physical processes in climate models in at least one of the targeted areas: cloud physics and dynamics, cloud-aerosol-precipitation interactions, or atmosphere-land interactions.
This position will be filled at the Assistant Professor level, and is an academic year (9-month) tenure-track position. A Ph.D. in atmospheric science or field closely related to atmospheric science in the targeted areas is required at the time of appointment. The successful candidate will have demonstrated abilities and potential to develop and fund an innovative and active research program in one of the above targeted areas evidenced by the PhD dissertation topic and also by having published in targeted areas as lead author in peer-reviewed journals. Postdoctoral research experience is preferred. Demonstrated experience and scientific productivity with high-performance computing is required.
The successful candidate will also have articulated in the application submission a vision and potential for excellence in both classroom teaching and student mentoring. Demonstrated experience and effectiveness with classroom teaching at the university level is preferred.
The advertisement with the position description and the application instructions can be seen here.
What is Laramie Like?
Nestled between two mountain ranges in southeastern Wyoming, UW offers varied academic and lifestyle opportunities including year-round cultural and recreational activities. Located in Laramie, a town of 30,000 with a unique blend of sophistication and western hospitality, UW draws over 13,000 students from all 50 states and more than 75 countries. Recognized as one of the best value colleges - ranking 5th in America's Best College Buys - UW offers 190 areas of study, a small student/faculty ratio, and renowned faculty, and is among the nation's top universities ranked by U.S. News & World Report and Forbes. As a nationally recognized research institution, UW's global impact begins at our very own doorstep with innovative undergraduate and graduate research opportunities. UW welcomes you to join a community of over 6,000 faculty and staff. Tradition, pride, leadership and excellence are just a few of the fundamental principles exercised at UW. A modest and warm community, offering the resources of a large university, UW provides an environment for success! A recently posted YouTube video about Laramie is http://www.youtube.com/watch?v=g48PeRSjBuY.
Department of Atmospheric Science Profile
The Department of Atmospheric Science (http://www.uwyo.edu/atsc), one of six in the UW College of Engineering and Applied Science, concentrates principally on research and graduate education. We have 9 faculty members, 25 graduate students, and a staff which is relatively large compared to other departments at UW. The origins of the department can be traced to the college's Natural Resources Research Institute in the 1960s, and its transformation to the Department of Atmospheric Science in the early 1970s. We evolved around faculty interest in observations, developing facilities which now include the King Air research aircraft, the Stratospheric Balloon Facility, the Keck Aerosol Laboratory, Elk Mountain Observatory, and most our most recent addition, the Mobile Air Quality Laboratory. Our King Air has been funded as a national facility under a cooperative agreements between UW and NSF since 1988, and our cloud radar was added in 1999 and cloud lidar system in 2010 to that agreement. Since its origins, the department has broadened in its scientific scope with current strengths in cloud and aerosol physics, stratospheric aerosols and gases, boundary layer meteorology, and mesoscale cloud interactions. Our external funding level is about $4M/year, one of the largest on campus.