Astronomer Resume Examples
Astronomer
Leads with observational output (telescope nights, refereed papers) and pairs it with reproducible code, which is exactly the evidence search committees at NOIRLab, STScI, and university observatories look for.
Why this resume works:
- PhD in Astronomy with 40+ awarded nights on Keck, Gemini, and VLT
- First-author publications in ApJ and MNRAS with h-index tracked over time
- Python/astropy, CASA, and DS9 pipelines released on GitHub under open licenses
Astrophysicist
Tells a clean postdoc-to-staff narrative, proves PI-level responsibility with a JWST allocation, and quantifies scholarly impact through ADS metrics that every astrophysics hiring panel checks.
Why this resume works:
- Caltech PhD with postdoctoral appointments at NASA Goddard and ESO
- Led JWST Cycle 3 GO program (78 hours) on high-redshift galaxy assembly
- 12 refereed papers, 3 first-author, cited 400+ times on ADS
Senior Astronomer
This resume works for a Senior Astronomer track because it shifts emphasis from personal output to team outcomes, grant dollars, and mentoring placement rates, which are the three levers promotion committees weigh most heavily.
Why this resume works:
- Led a 9-person extragalactic group and $2.4M in NSF/NASA awards
- PI on ALMA Large Program (120 hours) on molecular gas in starbursts
- Mentored 6 postdocs, 4 of whom now hold tenure-track faculty positions
Cosmologist
This resume works because cosmology hiring is gated by two things: participation in a survey collaboration and demonstrable code contributions; the candidate shows both alongside a concrete constraint-level improvement.
Why this resume works:
- Princeton PhD with thesis on CMB secondary anisotropies
- Core developer on Rubin/LSST DESC weak-lensing pipeline (20+ TB processed)
- Authored MNRAS paper tightening w0-wa constraints by 18% vs Planck 2018
Astronomy Professor
This resume works for Assistant/Associate Professor of Astronomy searches because it balances the three-legged stool the promotion packet will be judged on: teaching metrics, funded research, and national service.
Why this resume works:
- R1 tenure-track appointment with 4/5 course evaluations across ASTR 101-401
- $1.6M in NSF CAREER and NASA ADAP funding over 5 years
- Chaired AAS Division on Dynamical Astronomy 2024-2026
Astrophysics Researcher
This resume works because named postdoctoral fellowships are a strong signal on their own, and pairing them with reusable code shifts the candidate from individual contributor to collaboration-enabler, which staff-track search committees reward.
Why this resume works:
- Hubble and Sagan postdoctoral fellowships (NASA-funded, 6-year total)
- Published 14 refereed papers with 5 as first or second author in ApJ/A&A
- Python/scipy MCMC tooling adopted by 3 external collaborations
Planetary Scientist
This resume works for planetary hiring because it anchors to a flight mission, shows Co-I-level proposal responsibility, and gives concrete data-volume numbers, all of which map directly to JPL/Goddard/SwRI hiring rubrics.
Why this resume works:
- NASA JPL postdoc on Mars 2020 atmospheric retrievals
- Co-I on 2 NASA SSW proposals awarded ($820K combined)
- Processed 3.2 TB of MAVEN/MRO data using custom Python/IDL pipelines
Solar System Astronomer
This resume works because solar-system research is results-visible: the candidate ties specific discoveries to specific instruments and adds a tangible open-source footprint, which Carnegie Observatories and LSST-era teams weigh heavily.
Why this resume works:
- Discovered 4 new trans-Neptunian objects using DECam survey data
- Follow-up spectroscopy on Gemini and Magellan under 22 awarded nights
- Open-source solar-system ephemeris code with 180+ GitHub stars
Galactic Astronomer
This resume works because Galactic-scale hiring prizes large-survey fluency; tying a specific Gaia data release to a high-profile paper signals both technical depth and publication readiness.
Why this resume works:
- Led Gaia DR3 kinematic analysis of 1.6M halo stars
- Second-author on Nature Astronomy paper on Milky Way disk warp
- Expert in astropy, galpy, and numpy-stack performance tuning
Exoplanetary Scientist
This resume works because exoplanet science is a cross-facility field, and showing confirmed detections plus a pipeline adopted by GTO teams demonstrates both scientific yield and community utility.
Why this resume works:
- Confirmed 9 TESS planet candidates via HARPS/ESPRESSO RVs
- Lead author on 3 ApJ papers on atmospheric retrievals
- Built JWST NIRSpec transmission-spectrum pipeline used by 2 GTO teams
Astrobiologist
This resume works because astrobiology hiring rewards genuine interdisciplinary range; pairing wet-lab instrument fluency with atmospheric-retrieval codes signals the candidate can talk to both the biology and planetary-atmospheres sides of a mission team.
Why this resume works:
- NASA Postdoctoral Program fellow at Ames, focusing on biosignature gases
- Co-authored 6 peer-reviewed papers on abiotic O2/O3 false positives
- Lab and modeling hybrid: GC-MS, CHIMERA, and petitRADTRANS
Black Hole Researcher
This resume works because black hole astrophysics hiring skews toward collaboration membership plus compute-scale experience, and this candidate anchors both sides with a named paper and concrete HPC allocations.
Why this resume works:
- Event Horizon Telescope collaboration member (2022-present)
- First-author MNRAS paper on M87* polarization systematics
- GRMHD simulations on 8,000-core allocations at TACC Frontera
Gravitational Wave Scientist
This resume works because GW hiring is explicit about collaboration service; listing shift work, upstream code contributions, and multi-messenger papers covers exactly the boxes LIGO Lab and Virgo group leads check.
Why this resume works:
- LIGO/Virgo/KAGRA O4 science-run shifter and burst-search maintainer
- Published in PRD and ApJL on kilonova electromagnetic counterparts
- PyCBC/Bilby pipeline contributions merged upstream
Stellar Evolution Specialist
This resume works because stellar evolution is a code-heavy subfield; quantifying a published MESA grid and adding active referee service demonstrates both technical craft and community standing.
Why this resume works:
- MESA and MIST grid expert with 14k+ published model tracks
- Published A&A study on massive-star rotation and mass loss
- Reviewer for ApJ and MNRAS since 2023 (18 reports filed)
Astronomical Data Analyst
This resume works because the astronomy data analyst role lives at the intersection of research and platform engineering, and the candidate shows both model quality and production-grade infrastructure numbers.
Why this resume works:
- Cut Rubin DP0.2 object-catalog processing time 42% with Dask reshaping
- Built scikit-learn classifier reaching 0.94 AUC on photometric redshifts
- Deployed AWS + Parquet workflow for 18 TB ZTF light-curve archive
Astrostatistics Specialist
This resume works because astrostatistics hires weight both methods publications and community visibility; the symposium role plus named Bayesian tooling demonstrates the candidate is trusted to set agenda, not just execute.
Why this resume works:
- Hierarchical Bayesian modeling of Type Ia SNe with Stan and PyMC
- Three ApJS methods papers on emulator-based likelihood-free inference
- Co-organized the 2025 IAU Symposium on Statistical Challenges
Astronomical Data Manager
This resume works for STScI, NOIRLab, or NRAO data-management roles because it quantifies archive SLAs, modernization gains, and direct contribution to funded proposals, the exact mix those hiring panels evaluate.
Why this resume works:
- Owned 42 TB MAST-style archive with 99.98% monthly availability
- Led FITS-to-Parquet migration cutting query latency 3.5x
- Authored data-management plans for 4 successful NASA ADAP proposals
Astronomical Software Engineer
This resume works because astronomy software hiring increasingly looks like scientific SRE; the candidate proves both domain credibility (astropy, JWST) and engineering discipline (CI metrics) in one page.
Why this resume works:
- Core maintainer on astropy affiliated package with 2.1k downloads/month
- Shipped JWST calibration reference file tooling used by STScI operations
- CI/CD modernization dropped pipeline build time from 55 to 12 minutes
Astronomical Observatory Manager
This resume works because observatory management hires care about uptime, budget stewardship, and instrument upgrades, and the candidate pins each pillar to a hard metric rather than soft adjectives.
Why this resume works:
- Ran 2.4m telescope operations with 94% on-sky weather-adjusted uptime
- Managed a 22-person TO/engineering/IT team and $3.1M operating budget
- Led AO system upgrade delivering 2.0x Strehl improvement at H-band
Astrophysics Laboratory Manager
This resume works for a university or national-lab hiring panel because it couples hardware specifics (TES, cryogenics) with operational discipline (safety record, parallel campaigns), which is how PI-led labs actually get funded and staffed.
Why this resume works:
- Cryogenic detector test bench commissioned for TES bolometer R&D
- Managed safety program with zero reportable incidents over 4 years
- Coordinated 3 concurrent instrument-integration campaigns for balloon payloads
Astronomical Educator
This resume works for planetarium/outreach or Science Communicator roles because it leads with audience scale, satisfaction metrics, and funded EPO deliverables, which is the language museum and NASA outreach review panels speak.
Why this resume works:
- Planetarium director with 62k annual visitors and 4.8/5 program rating
- Wrote NASA EPO grant ($285K) on underrepresented-student pipelines
- Produced 18 full-dome shows distributed to 40+ small planetariums
Astronomical Research Intern
This resume works because REU and summer-intern hiring committees want to see tangible deliverables, not coursework; a conference poster plus a submitted preprint signals the candidate is already operating at early-graduate level.
Why this resume works:
- NSF REU at Kitt Peak with poster presented at AAS 245
- Reduced 40+ nights of imaging data using custom Python/astropy scripts
- Co-author on arXiv preprint submitted to ApJ Letters
What Recruiters Want to See on Your Astronomer Resume
- Refereed Publications: First- and co-author papers in ApJ, MNRAS, A&A, or PRD with ADS/NASA citations and h-index, the primary currency of academic astronomy hiring.
- Awarded Telescope Time: Nights or hours on Keck, ALMA, JWST, Gemini, VLA, or Rubin/LSST, ideally with program IDs and your role (PI/Co-I).
- Grant Funding: NSF, NASA (ADAP, ATP, APRA), or ERC awards with dollar amounts and your role, proving you can sustain a research program.
- Technical Stack: Python with astropy/numpy/scipy, CASA for radio, DS9, SExtractor, IDL for legacy MRO/MAVEN pipelines, JWST STScI tools, CARTA, and Rubin/LSST science pipelines.
- Reproducible Code: Public GitHub repositories, astropy-affiliated packages, or pipelines adopted by GTO/DECS teams.
- Collaboration Membership: LIGO/Virgo/KAGRA, EHT, LSST DESC, Rubin, SDSS, DESI, or EUCLID, each of which carries a distinct authorship and service expectation.
- Mission or Survey Involvement: Named roles on JWST, Roman, Euclid, Mars 2020, Europa Clipper, or Athena-style concept studies.
- Teaching and Mentoring: Course evals, REU advising, and postdoc-to-faculty placement rates for senior candidates.
- AAS and IAU Activity: Membership, session chairing, and division/working-group service, which hiring panels read as community investment.
- Broader Impact: EPO, planetarium, and public-outreach work, now an explicit NSF review criterion.
Expert Tips for Astronomer Resumes
- •Lead with telescope time and papers: Before skills or summary, recruiters scan for proposal IDs, allocated hours, and first-author ApJ/MNRAS/A&A publications.
- •Quantify compute and data volume: TB processed, core-hours consumed, and pipeline runtimes turn vague research claims into verifiable engineering signals.
- •Separate CV from industry resume: For NASA civil-service, STScI, or faculty roles keep a long-form CV; for data-science or mission-ops pivots cut to two pages and front-load transferable tools.
- •Name the collaboration explicitly: "LSST DESC Level-2 reviewer" reads louder than "member of a cosmology collaboration" and is instantly greppable by ATS.
- •Show reproducibility: Link a GitHub repo, Zenodo DOI, or astropy PR so the committee can verify your work without waiting for a preprint.
How to write an astronomer resume
How to write an astronomer summary or objective
What Makes an Effective Astronomer Resume Summary
Your summary is the first 8-second filter between your resume and the search-committee yes-pile. Make every line earn its space with specifics a committee can verify.
- •State your degree, institution, and subfield in the first line.
- •Quantify core output: papers, citations, nights, grant dollars.
- •Name the tools and pipelines you own end to end.
- •Signal mission or collaboration membership explicitly.
- •Tailor the final sentence to the exact position you are applying for.
- Current Title & Institution: Postdoc, Staff Astronomer, or Assistant Professor with employer.
- Years in Field: Years since PhD, counted the way the funding agency counts them.
- Subfield & Methods: Observational/theoretical/computational plus specific sub-area (e.g. CMB, exoplanet RVs, GRMHD).
- Impact Metrics: Publications, h-index, telescope hours, grant $ awarded, code downloads.
- Stack: astropy, CASA, MESA, MCMC framework, HPC allocations, survey data releases.
- Degrees: PhD and BS/MS with institution and year.
Common Mistakes to Avoid
Do not hide publications behind "presented research" boilerplate, do not list 30+ tools in a flat dump, and do not rely on adjectives like "passionate" in place of numbers. Three to four crisp, metric-rich sentences beat a paragraph of generic praise every time.
Do this
- Cite specific instruments, proposal IDs, and data releases.
- Match the subfield wording in the job ad, verbatim where appropriate.
- Lead with the output metric that best fits the role (papers for tenure-track, pipelines for staff, uptime for observatory ops).
Avoid this
- Stuff the summary with every tool you have ever touched.
- Recycle the same generic summary across faculty, staff, and industry applications.
- Mention undergraduate coursework if you already hold a PhD.
Tailoring for Different Experience Levels
Weighting shifts as you move from graduate student to senior scientist.
- •Entry-Level: Degree program, REU placements, AAS abstracts, and named tools.
- •Mid-Level: Named postdoctoral fellowships, first-author papers, and PI/Co-I proposals.
- •Senior-Level: Grant totals, team size, postdoc placement, and collaboration leadership roles.
Resume Summary Examples for Astronomers
Entry-Level Astronomer
PhD candidate in Astronomy at the University of Arizona (defense Q3 2026) specializing in high-redshift galaxy spectroscopy with JWST NIRSpec. Reduced 120+ hours of public JWST data using jwst-pipeline and custom Python tooling; second-author on one ApJ paper and first-author preprint in review at MNRAS. Seeking an NSF AAPF or Sagan postdoctoral position where I can extend the work to paired Roman and Euclid photometry.
Mid-Level Astronomer
Postdoctoral Research Fellow at NOIRLab (4 years post-PhD) working on Milky Way halo kinematics with Gaia DR3 and DESI spectra. 11 refereed papers (5 first-author) with h-index 9 on ADS; PI on 18 awarded nights at CTIO and Co-I on a $640K NASA ADAP award. Python/astropy/galpy core user, contributor to gala, and active LSST DESC Level-2 reviewer. Seeking a staff astronomer track where I can lead a small group across surveys and pipelines.
Senior-Level Astronomer
Associate Astronomer at Carnegie Observatories with 14 years post-PhD experience leading extragalactic and cosmology programs. PI on $3.8M in NSF and NASA awards, 62 refereed publications (h-index 28), and PI on ALMA, Magellan, and JWST Cycle 2/3 programs totaling 210 awarded hours. Mentored 7 postdocs, 4 now in tenure-track roles. Currently co-chairing the AAS Committee on Astronomy and Public Policy and seeking a Senior Astronomer/Director-track appointment.
How to write astronomer work experience
Structuring Your Work Experience Use reverse chronological order with institution, title, location, and dates. Under each role lead with a one-line description of the scientific program, then three to six bullet points that each pair an action with a measurable outcome. Group fellowships, staff appointments, and teaching separately if the target role is academic; merge them for industry transitions.
Highlighting Achievements and Skills
- •Anchor every bullet to a paper, proposal ID, data release, or dollar amount.
- •Name the instrument or pipeline: Keck/LRIS, JWST/NIRSpec, CASA, jwst-pipeline, MESA, Bilby.
- •Call out collaboration service (reviewer, shifter, working-group lead) explicitly.
- Led 28-night VLT/X-shooter program on luminous blue variables, yielding two first-author A&A papers.
- Built jwst-pipeline NIRSpec extraction wrapper adopted by three GTO teams; 180 PyPI downloads per month.
- Co-wrote successful $420K NASA ADAP proposal on TESS planetary bulk-density statistics.
Industry-Specific Action Verbs Open bullets with verbs that carry scientific weight: derived, constrained, calibrated, reduced, measured, commissioned, characterized, modeled, simulated, discovered, validated, benchmarked, published, mentored, PI'd, and Co-I'd.
Quantifying Accomplishments Attach numbers: telescope hours awarded, TB of data processed, citations on ADS, model grid size, speedup factor, grant dollars, collaboration size, and uptime percentage. A bullet without a number is a bullet that won't make it past the first pass.
Addressing Career Gaps and Job Hopping
Astronomy careers often include visiting-scientist stints, parental leave, or bridge postdocs. Label gaps honestly with one line ("2024-2025: caregiver leave; continued refereeing for ApJ") and frame short postdocs as portfolio-building across methods or facilities rather than as instability.
Work Experience Examples for Astronomers
Entry-Level Astronomer Example
Steward Observatory, Graduate Research Assistant, August 2022 - Present
- Reduced 14 nights of Bok 90-inch imaging using a custom Python/astropy pipeline; results feed thesis chapter 2.
- Co-author on two ApJ papers on young stellar clusters (cited 31 times on ADS as of March 2026).
- Presented poster at AAS 245 and gave contributed talk at the 2025 Cool Stars workshop.
Mid-Level Astronomer Example
NOIRLab, Hubble Postdoctoral Fellow, September 2022 - July 2026
- Led 38 awarded nights on Gemini GMOS and Magellan MIKE targeting metal-poor stars in the Galactic halo.
- First-author on three ApJ papers; h-index 8, total ADS citations 210.
- Developed `halo-kin` MCMC package (open source, 140 stars on GitHub) adopted by two DESI subgroups.
- Co-I on successful $520K NASA ADAP proposal; mentored two NSF REU students to AAS posters.
Senior-Level Astronomer Example
Space Telescope Science Institute, Associate Astronomer, March 2017 - Present
- PI on JWST Cycle 1 and 3 GO programs (116 total hours) on high-z AGN host galaxies.
- Lead for STScI's NIRSpec IFU science-quality working group (14 members across 3 continents).
- 34 refereed publications since appointment (h-index 22); sustained $1.9M in NASA and STScI-DDRF funding.
- Supervised 5 postdocs; 3 placed in tenure-track roles at R1 institutions.
Top hard skills and soft skills for astronomer resumes in 2026
| Hard Skills | Soft Skills |
|---|---|
| Python (astropy, numpy, scipy) | Scientific Writing |
| CASA & Radio Interferometry | Grant Proposal Craft |
| JWST STScI Pipelines | Collaboration at Scale |
| LSST/Rubin Science Pipelines | Mentoring & Advising |
| MCMC (emcee, PyMC, Stan) | Peer Review |
| Spectroscopy & Photometry | Cross-Timezone Teamwork |
| MESA Stellar Modeling | Teaching & Communication |
| GRMHD / Numerical Relativity | Analytical Rigor |
| HPC (SLURM, MPI, Dask) | Resilience Under Review |
| Machine Learning on Surveys | Curiosity & Self-Direction |
Best certifications for astronomer resumes in 2026
- AAS Membership & Division Affiliation: Active membership (with Division on Dynamical Astronomy, High Energy Astrophysics, etc.) remains the clearest signal of engagement with US astronomy.
- IAU Individual Membership: Granted by nomination post-PhD; a meaningful marker of international standing for mid-career astronomers.
- NASA Data Science Training Certificates: Including NASA TOPS open-science curriculum, now frequently cited on recent NASA postdoc resumes.
- STScI JWST Master Class Certificate: Completion of an STScI-led pipeline or proposal-prep class carries weight on JWST-heavy applications.
- NSF Responsible Conduct of Research (RCR): Required on many NSF-funded projects; listing the completion year helps early-career applicants.
- LSST Rubin Science Collaboration Member: Not a certificate but treated as credential-level on data-heavy staff applications.
- CITI Program (Human Subjects / Export Control): Useful when applying to multi-mission environments like JPL that involve export-controlled hardware.
- Software Carpentry / Data Carpentry Instructor Certification: Strengthens observatory-support and REU-mentoring candidacies.
How to format your astronomer resume
Structuring and Organizing Your Astronomer Resume
- •For academic positions use a CV: summary, education, fellowships, publications, grants, telescope allocations, invited talks, teaching, service.
- •For staff astronomer and data-science pivots use a two-page hybrid: summary, selected publications (5-10), technical stack, experience, grants.
- •Keep a separate "Publications" document linked by URL when the main resume goes to an industry ATS.
- •List telescope hours with facility, program ID, role, and cycle/semester.
- •Surface collaboration memberships (LIGO/LVK, EHT, LSST DESC, DESI) in a dedicated line or subsection.
- •Always include an ADS public library or ORCID link.
- •For faculty submissions add Teaching, Diversity, and Research statements as separate PDFs linked from the CV header.
- Use 10-11 pt Computer Modern, Lato, or Source Sans for a clean scientific look.
- Two-page hybrid for industry/staff pivots; no cap for academic CVs.
- Top-anchor contact info with ORCID, ADS library, Google Scholar, and GitHub.
- Left-align body text; center only the header block.
- Use consistent vertical rhythm (6-8 pt between bullets, 14-18 pt between sections).
- Bold paper titles you authored; italicize journal names in the classic academic style.
- Avoid decorative icons, multi-column layouts, and colored headers for tenure-track submissions.
- Export to PDF with selectable text so ATS and committee annotators can search the document.
Tailoring for Astronomer Roles
Match the job ad's phrasing for subfield and facility. A tenure-track search explicitly asking for "time-domain astronomy with ZTF and Rubin" should see those exact strings in your summary and under at least two work-experience bullets.
Key Elements to Include
- Contact block with ORCID, ADS library, Google Scholar, and GitHub.
- Education: PhD institution, advisor, thesis title, and year.
- Fellowships & Awards: named postdocs (Hubble, Sagan, Einstein, NHFP) first.
- Publications: split first-author vs co-author; cite ADS metrics.
- Grants & Telescope Time: dollar amount, facility, and role.
- Technical Stack: Python, CASA, MESA, pipelines, HPC, surveys.
- Service & Mentoring: review work, AAS/IAU roles, postdoc/grad placement.
Common Mistakes to Avoid
Do this
- Cite specific facilities, proposal IDs, and data releases rather than "large telescopes" or "big datasets".
- Group papers by first-author vs co-author and include ADS citation counts or h-index.
- Name the collaboration (LIGO/LVK, EHT, LSST DESC) and your exact role.
- Quantify compute: core-hours, TB processed, wall-clock runtime.
- List reproducible artifacts: GitHub repos, Zenodo DOIs, astropy PRs.
- Separate the academic CV from the industry or mission-ops two-pager.
- Include broader-impact work (outreach, EPO) because NSF now requires it.
Avoid this
- Use sci-fi or hobby-style titles like "Stellar Cartographer" or "Exoplanetary Hunter" on a real application.
- Claim "proficient in Python" without naming astropy, CASA, or a specific pipeline.
- Hide publications behind "presented research" or "involved in writing papers".
- Copy a graphic-designer resume template with two columns, progress bars, and photos.
- Omit telescope allocations because "everyone knows we use Keck".
- Under-sell mentoring and teaching when applying to R1 or PUI faculty lines.
- Forget to update ORCID and Google Scholar before submitting.
Key Takeaways for Your Astronomer Resume
Essential Resume Tips for Astronomers in 2026
- •Lead with the metrics that rank your field: papers, citations, telescope hours, grant dollars, and collaboration service.
- •Name instruments and pipelines explicitly: JWST/NIRSpec, ALMA, Rubin, MESA, CASA, astropy, and Bilby should appear verbatim.
- •Show reproducibility: link GitHub, Zenodo, or astropy-affiliated packages, not just publications.
- •Separate the academic CV from industry/staff two-pagers: format discipline is itself a hiring signal.
- •Surface named fellowships and collaborations: Hubble, Sagan, Einstein, NHFP, LIGO/LVK, EHT, DESC, DESI read instantly to any committee.
- •Quantify mentoring at senior level: postdocs supervised, faculty placements, REU posters guided.
- •Write for ADS and ATS together: keyword parity with the job ad plus verifiable metrics.
- •Polish the broader-impact section: NSF and NASA both weight outreach, teaching, and DEI explicitly.
- •Keep ORCID and Google Scholar current: stale profiles undercut the resume before it is even read.
- •Cut sci-fi or hobby titles: use the real job title the posting uses, not "planetary observer" or "galactic researcher".
Astronomer Resumes FAQ
Common questions and expert answers about creating an effective resume or CV for astronomer positions in 2026.
Use a full CV for tenure-track faculty, named postdoctoral fellowships, and staff astronomer positions at STScI, NOIRLab, NRAO, or NASA centers. Use a polished two-page hybrid resume when applying to industry data-science roles, mission ops, or instrumentation startups. Always match what the posting requests.
Dedicate a section to awarded observing time. List the facility, instrument, program ID, role (PI or Co-I), cycle or semester, and hours or nights awarded. For radio and space telescopes include the data-release designation. This block is one of the first things a committee verifies.
Name the collaboration (LIGO/LVK, EHT, LSST DESC, DESI, Rubin SciVer), your role (member, shifter, working-group chair), and your dates. Back it with one concrete deliverable such as a shift log, pipeline module, or co-authored data-release paper to prove active contribution.
On a CV, create a Publications section split into Refereed, Submitted, and Proceedings, with first-author papers flagged. Include a link to your ADS public library and ORCID. On an industry resume, list a "Selected Publications" block of 3-5 items and link out to your full list.
Yes. Teaching and broader-impact work are now explicit review criteria at NSF and NASA and heavily weighted in faculty and fellowship searches. List courses taught, REU students advised, EPO grants, and planetarium or public-talk audiences with measurable numbers.
Under each role give a one-line program summary followed by 3-6 bullets pairing a scientific result with a technical artifact: the paper plus the pipeline, the discovery plus the telescope allocation, the grant plus the data product. That pairing is what search committees want to see at every career stage.
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