The University of Arizona (UA) Department of Astronomy and Steward Observatory (SO) invites applications for Postdoctoral Research Associates interested in research related to direct imaging of exoplanets and debris disks. Successful applicants will have the opportunity to work with faculty, including Ewan Douglas and others, within Steward Observatory and the Center for Astronomical Adaptive Optics on high-contrast imaging, debris disk science as well as the opportunity to join ongoing efforts in laboratory work demonstrating high-contrast technologies on the vacuum Space Coronagraph Optical Bench (SCoOB), coronagraphic image post-processing for existing and future space telescopes, simulation of coronagraphs for future missions including the Roman Coronagraph and future missions to image exoplanets such as the Habitable Worlds Observatory and other space telescope concepts.
UA/SO offers a world-class research environment in ground and space-based astrophysics with strong interdisciplinary programs across the Departments of Astronomy, Physics, Planetary Sciences, and Optical Sciences. Home to the Richard F Caris Mirror Lab, a founding member of the Giant Magellan Telescope, the Aspera Pioneer mission, and the JWST NIRCam team. Steward Observatory also provides direct access to various world-class facilities for ground-based radio and optical observing. Among these are the Large Binocular Telescope and 6.5m aperture telescopes located in both the northern and southern hemispheres, and applicants would be eligible to submit their own science proposals.
The position will provide opportunities for outreach and student engagement, including opportunities for collaborations with the TIMESTEP and Astronomy Camp programs, and applicants with an interest in outreach are encouraged to apply.
Multiple positions are expected to be available with start dates ranging from September 2025 to May 2026.
Outstanding UA benefits include health, dental, vision, and life insurance; paid vacation, sick leave, and holidays; UA/ASU/NAU tuition reduction for the employee and qualified family members; access to UA recreation and cultural activities; and more!
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- Collaborate with faculty and scholars and develop and implement research initiatives, collaborations, publications, and/or events as needed and relevant to research agendas.
- Integrate into the department’s scientific community and support a scholarly environment in research, mentoring, and service.
- Additional duties as assigned.
- PhD in a physical science or engineering field.
- Experience in high-contrast imaging data reduction.
- Experience in exoplanet and/or debris disk science.
- Experience building, operating, or testing astronomical instruments or telescopes on the ground or in space.
- Experience contributing to open-source software or hardware projects.
- Experience with technical communication.
- Additional Document 1: Two-page Statement of Research Experience and Interest.
- Additional Document 2: Names and email addresses of three references.
Freqently Asked Questions
Candidates must excel in high-contrast imaging data reduction and possess hands-on experience with astronomical instruments or telescopes, whether ground-based or in space. Proficiency in open-source software contributions and technical communication further distinguishes successful applicants in this specialized research field.
Engaging in this research associate position opens pathways toward academic faculty roles, specialized instrument development, or leadership in space telescope missions. The role sharpens expertise in exoplanet imaging and adaptive optics, positioning professionals at the forefront of astrophysics innovation.
Daily tasks involve analyzing high-contrast imaging data, collaborating with faculty on adaptive optics projects, developing simulation tools for coronagraphs, and contributing to laboratory experiments. The role also includes mentoring students and engaging in scholarly dissemination through publications and presentations.
UA offers a collaborative atmosphere with access to world-class observatories and interdisciplinary programs. Postdocs benefit from mentorship by leading scholars, resources for proposal submissions to major telescopes, and opportunities for outreach and student engagement, fostering a rich environment for scientific growth.
The synergy allows the researcher to leverage cutting-edge facilities like the Richard F Caris Mirror Lab and Giant Magellan Telescope collaborations, amplifying the scope of projects in exoplanet and debris disk science. This partnership encourages innovation through interdisciplinary networks and advanced instrument access.
Tucson’s status as a hub for astrophysics research attracts many qualified candidates, elevating competition. However, the presence of multiple prestigious institutions and observatories means opportunities remain robust for researchers with strong technical backgrounds and active engagement in specialized areas like high-contrast imaging.
Tucson offers relatively moderate traffic and affordable housing compared to larger cities, easing daily commutes to University facilities and observatories. The city’s desert climate and vibrant scientific community also contribute to a balanced lifestyle conducive to focused research productivity.
Salaries typically range from $55,000 to $70,000 annually, reflecting specialized skills in astrophysics and instrumentation. Compensation packages often include comprehensive benefits such as health insurance and tuition reductions, enhancing the overall value for researchers in this competitive market.
While a Ph.D. is mandatory, supplementary expertise in adaptive optics, proficiency with space telescope simulation software, and contributions to open-source astronomy tools can distinguish applicants. Familiarity with laboratory instrumentation and technical writing also strengthens a candidate’s profile.
The university’s interdisciplinary programs and access to premier facilities enable researchers to pursue innovative projects spanning ground and space-based astrophysics. This environment fosters collaboration across departments, expanding the scientific impact and providing rich opportunities for professional development.
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