Tenured or Tenure-Track Faculty Position in Astronomical Instrumentation or Experimental Astrophysics

University of Texas at Austin•Austin, TX

55d

About The Position

The Department of Astronomy at the University of Texas at Austin invites applications for an open rank (assistant, associate, or full professor) faculty position in Astronomical Instrumentation. We welcome applications from candidates with an emphasis on Instrumentation in any field of astronomy. The search will begin with a target start as early as August 2026 but will continue until the position is filled. Information on departmental and McDonald Observatory resources and research programs can be found at: https://astronomy.utexas.edu. UT Austin is a major founding partner in the consortium for the next-generation 25-m Giant Magellan Telescope (GMT: http://www.gmto.org). UT Austin faculty members have access to McDonald Observatory, which hosts the 10-m Hobby-Eberly Telescope equipped with instruments such as the VIRUS wide-field integral field spectrograph and the Habitable-zone Planet Finder (HPF) precision-RV spectrograph. McDonald also hosts the HJST 2.7-m telescope with the Immersion Grating Infrared Spectrograph (IGRINS), the 2.1-m and 0.8-m telescopes, and a node for the Las Cumbres Observatory (LCO) network. The UT Astronomy Program provides vibrant collaborative opportunities on large astronomical surveys, including the Hobby Eberly Telescope Dark Energy Experiment (HETDEX) and numerous surveys using JWST, HST, TESS, and other national/international facilities. For instrument/technology development, MDO offers easy access on the Austin campus to machine shops, Class-100 clean room spaces, electronics benches, mechanical assembly areas, and optical/photonic test facilities including fiber IFU labs. The in-house large machine shops are equipped with multiple CNC and manual machines and a wire-EDM machine for complex part fabrication, aided by several precision metrology machines. 3D printing machines are available to aid rapid prototyping. MDO's highly experienced Austin-based instrument scientists/engineers are available for collaboration and support for instrument projects. Campus-wide, UT Austin hosts micro-photonics/electronics fabrication/metrology facilities at the Texas Material Institute (https://tmi.utexas.edu/facilities) and the Micro Electronics Research Center (https://mrc.utexas.edu/facilities). Computational resources include the Texas Advanced Computing Center (TACC: https://www.tacc.utexas.edu), which designs and operates some of the world's most powerful computing resources, and is known for its leadership in high performance computing, visualization, big data analytics, and machine learning. UT Austin hosts a broad range of Centers and interdisciplinary initiative, including the Center for Planetary Systems Habitability (CPSH), Cosmic Frontiers Center (CFC), Wootton Center for Astrophysical Plasma Physics (WCAPP), Weinberg Institute of Theoretical Physics, and the NSF-Simons AI Institute for Cosmic Origins (CosmicAI). Applicants should have a Ph.D. in Astronomy, Physics, Planetary Science, or related fields, or an equivalent engineering degree with demonstrated interest in astronomical research. The primary selection criteria will be excellence and leadership in astronomical research with instrumentation as a primary component, as well as a commitment to excellence in teaching and supervision of undergraduate and graduate students. Potential applicant profiles include candidates who will lead development, construction, and/or transformational science with next-generation instrumentation at McDonald Observatory, GMT, and other national/international ground and space-based observational facilities, and candidates who develop technologies for next-generation astronomical facilities. Applicants are encouraged to highlight throughout their application their relevant experiences and skillsets in supporting academic success of all students (e.g., their specific approaches for teaching, mentoring, research and/or scholarly work).

Requirements

Ph.D. in Astronomy, Physics, Planetary Science, or related fields, or an equivalent engineering degree with demonstrated interest in astronomical research
Excellence and leadership in astronomical research with instrumentation as a primary component
Commitment to excellence in teaching and supervision of undergraduate and graduate students

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