Research Technician

    Highlights

    As an IPAC Research Technician, you will analyze spectroscopic data from the JWST NIRSPec Multi-Shatter Array (MSA) instrument towards 3 Galactic molecular cores at different evolutionary stages (i.e., pre-stellar, collapsing and star forming); you will correct each observed spectrum for the contribution of stellar photospheres; and they will model the residual signal (i.e., the extinction curve) using state-of-the-art dust models. IPAC, part of the Physics, Math, and Astronomy Division at Caltech (www.caltech.edu), provides science operations, user support, data and archive services, and scientific vision to maximize discovery with observatories both in space and on the ground.

    Numbers & Facts

    LocationPasadena, CA

    Description

    Caltech is a world-renowned science and engineering institute that marshals some of the world''s brightest minds and most innovative tools to address fundamental scientific questions. We thrive on finding and cultivating talented people who are passionate about what they do. Join us and be a part of the diverse Caltech community.

    Job Summary

    IPAC at Caltech has an opening for a Research Technician position to work with scientists on investigating variations of the dust extinction curve in very dense Galactic star-forming environments. This is a 9-month term job position with an expected start date of September 2026.

    IPAC, part of the Physics, Math, and Astronomy Division at Caltech (www.caltech.edu), provides science operations, user support, data and archive services, and scientific vision to maximize discovery with observatories both in space and on the ground.

    As an IPAC Research Technician, you will analyze spectroscopic data from the JWST NIRSPec Multi-Shatter Array (MSA) instrument towards 3 Galactic molecular cores at different evolutionary stages (i.e., pre-stellar, collapsing and star forming); you will correct each observed spectrum for the contribution of stellar photospheres; and they will model the residual signal (i.e., the extinction curve) using state-of-the-art dust models.

    Essential Job Duties

    You will work with scientist Dr. Roberta Paladini on the following tasks related to the investigation of variations of dust extinction in the dense interstellar medium:

    • Downloading and validating the NIRSPec spectroscopic data produced by the JWST standard reduction pipeline;
    • Correcting each observed spectrum for the stellar photosphere contribution;
    • Fitting the residual signal - the dust extinction curve - with a 1-component and a 2-component power-law;
    • Modeling the extinction curve derived for each line of sight using state-of-the-art dust models with the goal of estimating the grain size distribution;
    • Aggregating the results for all the lines of sight towards a given molecular cores and providing a statistical interpretation.

    Basic Qualifications

    • Bachelor's degree in Astronomy, Physics, or a related field
    • Minimum of 5 years of relevant research or technical experience
    • Experience working in collaborative or distributed research environments

    Preferred Qualifications

    Beyond these basic qualifications, there are skills and experiences which will give you a head start here. If you have experience in a few of these areas, you will hit the ground running, but even if these don't yet describe you and your experience, we would still like to hear from you:

    • PhD in Astronomy, Physics, or a related field
    • 2+ years of research experience post-PhD in astronomy or astrophysics
    • Familiarity with spectroscopic data and JWST
    • Proficiency with python

    Required Documents

    • Resume
    • Cover Letter
    • Names and Contact information of 3 professional references

    Life at IPAC

    People choose to work at IPAC for many reasons, and our casual, employee-centric culture often leads to fulfilling, long-term careers and positive relationships. Whether in science, engineering, or administration, IPAC staff share a unique sense of pride in knowing their individual talents support human discovery.

    Unlike traditional corporate tech, IPAC emphasizes sustainable workloads and a healthy work-life balance: after-hours work is rare, shared across the operations team, and typically limited to exceptional situations. We actively support ongoing professional development, including training, conferences, and skill development aligned with your career goals. Caltech's benefits program offers a highly competitive benefits package, an exceptional 403(b) defined contribution plan, and access to campus facilities including the athletic center, libraries, on-site daycare, and Athenaeum club membership.

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