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Computer Science Astronomy Jobs (NOW HIRING)

AURA

Science Intern

Tucson, AZ · On-site

$14.25 - $19/hr

Studying toward or recent recipient of a university degree in astronomy, physics, computer science, data science, or a related technical field. * Background knowledge of astronomy and physics: stars ...

NOAO

Science Intern

Tucson, AZ · On-site

$14.25 - $19/hr

Studying toward or recent recipient of a university degree in astronomy, physics, computer science, data science, or a related technical field. * Background knowledge of astronomy and physics: stars ...

NSF's NOIRLab

Science Intern

Tucson, AZ · On-site

$14.25 - $19/hr

Studying toward or recent recipient of a university degree in astronomy, physics, computer science, data science, or a related technical field. * Background knowledge of astronomy and physics: stars ...

aui

Scientist (Open Rank)

Socorro, NM

$85K - $138K/yr

Working knowledge of radio and/or millimeter wavelength astronomy. * Experience with observatory science operations. * Established record of independent research Skills and Competencies * Must be ...

aui

Scientist (Open Rank)

Socorro, NM · On-site

$85K - $138K/yr

Working knowledge of radio and/or millimeter wavelength astronomy. * Experience with observatory science operations. * Established record of independent research Skills and Competencies * Must be ...

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Computer Science Astronomy information

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How much do computer science astronomy jobs pay per year?

As of Aug 12, 2026, the average yearly pay for computer science astronomy in the United States is $65,428.00, according to ZipRecruiter salary data. Most workers in this role earn between $39,500.00 and $87,000.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive in computer science astronomy, and why are they important?

To thrive in Computer Science Astronomy, you need a strong foundation in both computer science principles (including programming, algorithms, and data analysis) and a solid understanding of astronomical concepts, often supported by at least a bachelor's or advanced degree in a related field. Proficiency in programming languages such as Python or C++, experience with data visualization tools, and familiarity with astronomical data processing software like IRAF or Astropy are advantageous. Strong analytical thinking, problem-solving skills, and the ability to work collaboratively in interdisciplinary teams help set standout candidates apart. These skills and qualities are crucial for efficiently analyzing vast astronomical datasets, developing research algorithms, and advancing discoveries in the field.

How is computer science used in astronomy?

Computer science in astronomy involves developing algorithms, data processing techniques, and software to analyze large datasets from telescopes and simulations. Astronomers use programming languages like Python and specialized tools to model celestial phenomena, process images, and manage data storage, enabling more efficient and accurate research.

What types of projects do computer science astronomy professionals typically work on?

Professionals in Computer Science Astronomy often engage in projects such as developing software to process telescope data, designing algorithms for detecting celestial events, or creating simulations of astronomical phenomena. Daily tasks might include coding, managing or analyzing large astronomical datasets, and collaborating with astronomers, physicists, and engineers to advance research goals. The work environment typically blends academic research settings, national labs, or observatories with strong teamwork and cross-disciplinary communication. Many roles also offer opportunities to contribute to large-scale collaborations and advance technological innovation within the field. As you progress, you may take on more complex projects or leadership responsibilities that shape future scientific discoveries.

What is a computer science astronomy?

A Computer Science Astronomy job involves using computational techniques to analyze astronomical data, create simulations, and develop software for space research. Professionals in this field work on tasks such as processing telescope images, modeling celestial phenomena, and improving data classification using machine learning. They may collaborate with astronomers, engineers, and data scientists to enhance our understanding of the universe. Careers can be found in research institutions, space agencies, and private space technology companies.

More about Computer Science Astronomy jobs
What cities are hiring for Computer Science Astronomy jobs? Cities with the most Computer Science Astronomy job openings:
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Computer Science Astronomy jobs near you
Infographic showing various Computer Science Astronomy job openings in the United States as of August 2026, with employment types broken down into 52% Full Time, 32% Part Time, and 16% Temporary. Highlights an 89% In-person, and 11% Remote job distribution, with an average salary of $65,428 per year, or $31.5 per hour.

Deputy Element Manager, Wavefront Sensing & Control

Giant Magellan Telescope

Pasadena, CA • On-site

$175K - $215K/yr

Full-time

Medical, Dental, Vision, Retirement

Re-posted 10 hours ago

Job description

Title: Deputy Element Manager, Wavefront Sensing & Control
Element: Wavefront Sensing & Control
Manager: Wavefront Sensing & Control Manager
Type: Full time
Location: Pasadena, CA
Job Summary
The Deputy Element Manager (DEM) of the Giant Magellan Telescope (GMT) Wavefront Sensing & Control (WFSC) Element will assume a leadership role in bringing the WFSC subsystems design to full maturity and planning their final integration, test and delivery. The current phase of GMT's WFSC development is opportunity-rich for creative solutions and significant contributions to the detailed design of a cutting edge Extremely Large Telescope (ELT) on the frontiers of astronomy. The WFSC Deputy Element Manager will collaborate with the WFSC Element Manager in oversight of the team responsible for technical work while reporting to the WFSC Element Manager. The DEM will provide leadership in the execution and coordination of technical scope and schedule.. The DEM may transition into the role of WFSC Element Manager following several months in the Deputy Manager role.
The Deputy Element Manager's responsibilities include management and technical oversight of the AO system engineering and the design of the WFSC hardware subsystems under development both internally and by GMTO partner institutions and industrial vendors. The WFSC Deputy Element Manager will collaborate with the WFSC Element Manager to lead completion of the final designs of the seven hardware subsystems. With time the DEM will take ownership of some of the subsystems. The DEM will also provide oversight of the testbed operations, allocation of resources across subsystems and systems engineering activities, planning and tracking of cost, schedule, risks and reporting of earned value to senior management. The WFSC final design phase includes review and update of subsystem requirements as well as maturation of the conceptual plans for assembly, integration, test (AIT) and performance verification of these subsystems and the AO control algorithms in the Adaptive Optics labs in Italy and at GMTO Las Campanas Observatory site.
Job Duties
The Deputy Element Manager of WFSC will:
  • Report to and collaborate with the Wavefront Sensing and Control Element Manager to ensure technical designs are traceable to system-level requirements.
  • Work with the WFSC Senior Project Coordinator to plan, manage and track tasks, resources, and deliverables related to AO subsystem development.
  • Provide technical leadership and oversight of GMTO partner institutions and subcontractors responsible for executing GMTO's outsourced designs, testbeds and prototypes.
  • Plan, convene and coordinate external independent reviews of WFSC final designs.
  • Supervise as well as prepare and deliver presentations at GMTO technical gate reviews and conferences.
  • Coordinate with other organizational elements across the GMT Project to mature interfaces and to identify and manage interdependencies between WFSC and other Project elements.
  • Review and understand test results of optical/electronic/mechanical prototypes designed to validate designs and/or burn down performance risks.
  • Own and ensure delivery of WFSC milestones including NSF reports, financial and schedule performance status. Delegate delivery of internal technical documentation of the GMT AO subsystem requirements, design and performance.
  • Participate in the procurement and testing of AO-related subsystems such as wavefront sensors, calibration sources, real-time computer systems and/or laser guide star facility subsystems.
  • Lead the the AO laboratory verification of the performance of the WFSC subsystems and the AO control algorithms correcting for atmospheric disturbances and segment phase piston errors as well as the final site acceptance testing and delivery of AO subsystems to telescope commissioning.
  • Contribute to key technical decisions impacting subsystem design, integration, and performance.

Essential Skills, Knowledge and Abilities
  • M.S. degree in optical science, astronomy, physics, or a related field
  • Minimum of 10+ years of relevant experience in optical systems, adaptive optics, or related complex engineering programs.
  • Demonstrated ability to work in a cross-functional global collaborative team environment
  • Experience in the following areas:
    • Management and delivery of Adaptive Optics systems or astronomical instruments and key components such as cameras, detectors, deformable mirrors
    • Optical Systems Engineering
    • Hands-on experience developing adaptive optics systems and/or hardware-in-the-loop (HIL) optical testbeds
    • Management on either the programmatic or people-management side
  • Basic understanding of simulations, modeling techniques, components, and testing methods
  • Outstanding written and oral communication skills
  • Willingness to travel to foreign and domestic vendor and observatory locations as the need arises

Desired Skills, Knowledge and Abilities
  • Ph.D. degree in optical science, astronomy, physics, or a related field
  • Experience in technical management of state-of-the-art complex systems including creation of budgets and schedules
  • Experience in Real time controls and Systems Engineering
  • Experience operating in a laboratory environment with personnel and hardware safety protocol
  • Hands-on experience developing and testing astronomical adaptive optics systems, astronomical instruments and/or laboratory optical testbeds
  • Experience with earned value management techniques

Working Conditions:
  • Normal office and clean room laboratory environments
  • Hybrid

Direct reports
  • 1-2 direct reports initially, with expected expansion over time.

Hiring Range
$175,000- $215,000
The salary for this role will be set based on a variety of factors, including but not limited to, internal equity, experience, education, and training.
Featured Benefits
  • Medical insurance
  • Vision insurance
  • 401(k)
  • Dental insurance
  • Disability insurance

We are an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to age, race, color, religion, sex, sexual orientation, gender identity, or national origin, disability status, protected veteran status, or any other characteristic protected by law.
If you are a qualified individual with a disability or a disabled veteran, you have the right to request an accommodation if you are unable or limited in your ability to use or access our career center as a result of your disability. To request an accommodation, contact a Giant Magellan Telescope Corporation Human Resources Representative.

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