CV


 Education & Employment
2024 – present, Johns Hopkins University, Research Assistant (post-baccalaureate)
2022 – 2024, Wesleyan University, B.A. with Honors in Astronomy, Physics double major
2020 – 2022, Brandeis University, Physics major, transferred out 
 Research Experiences
2023 – present, Stellar populations with PHANGS-HST and JWST @ JHU
Mentors: David Thilker, Kirsten Larson (STScI), Janice Lee (STScI) 
2022 – present, Stellar activity photometric monitoring @ Wesleyan University
Advisor: Seth Redfield
Honors Thesis: “Monitoring Stellar Activity of Exoplanet Hosts with the Van Vleck Observatory 24-inch Telescope.” doi.org/10.14418/wes01.1.2867 
Published Journal Articles
[1] Maschmann, D.; Lee, J. C.; Thilker, D. A. et al. (incl. Tian, Q.). ApJS, 273, 14 (2024) 
“PHANGS-HST catalogs for ∼100,000 star clusters and compact associations in 38 galaxies: I. Observed properties” 
[2] Zak, J.; Boffin, H. M. J.; Sedaghati, E. et al. (incl. Tian, Q.). A&A, 687, L2 (2024) 
“HD 110067 c has an aligned orbit. Measuring the Rossiter-McLaughlin effect inside a resonant multiplanetary system with ESPRESSO” 
First-Author Journal Articles In Preparation 
[3]* Tian, Q. C.; Larson, K. L.; Thilker, D. A. et al. Advanced draft, early 2025 submission. 
“Stochastic Modeling of Stellar Associations in NGC 4826 with Hα/Pa-α Decrement Extinction Estimates.” 
[4]* Tian, Q. C.; Redfield, S. et al. 2025 submission. 
“Working title: Photometric Monitoring Reveal Effects of Stellar Activity on Exoplanet Atmosphere Measurements in the SPACE Program.” 
Co-Authored Journal Articles In Preparation 
[5]* Kahle, K. A.; Kreidberg; L. et al. (incl. Tian, Q. C.). Advanced draft, 2024–25 submission. 
“SPACE I: The spectrum of the hot sub-Neptune HD 86226 c.” 
[6]* De Beurs, Z.; Vanderburg, A. et al. (incl. Tian, Q. C.). 2025 submission. 
Title forthcoming: The 19-hour transit of the 542 day-period planet HIP 41378 f. 
[7]* Levine, G. et al. (incl. Tian, Q. C.). 
Title forthcoming: Transit of Qatar-6b in narrowband. 
Grant Awards
$ 4,800 Adelphic Educational Fund Wesleyan Summer Grants, Wesleyan, 2023
$ 4,500 College of Intergrated Science Research Summer Fellowship, Wesleyan, 2023 
Invited Talks 
[12] JHU Center for Astrophysical Sciences AstroCoffee Baltimore, MD. 2024 November 11 
[11] STScI Exoplanet & Planet Formation Science Hours Baltimore, MD. 2024 August 20 
[10] STScI HotSci Talk Baltimore, MD. 2024 August 14  
Conference Contributions
[9]* 245th Meeting of the AAS National Harbor, MD. 2025 January 14
“PHANGS Stellar Associations Stochastic SED Modeling, Hα/Paα Decrement Extinction.” Session ​​222 Star Clusters II: Tue. 1/14/25, 10–10:10a, Gaylord 11 
[8] STScI/JHU ExoJamboree Baltimore, MD. 2024 November 22
[7] ERES IX Symposium @ Cornell University Ithaca, NY. 2024 July 12
[6] 10th Connecticut Exoplanet Picnic @ Wesleyan University Middletown, CT. 2024 July 24
[5] 243rd Meeting of the AAS New Orleans, LA. 2024 January 9
Chambliss Award Honorable Mention iPoster: “Monitoring Stellar Activity of Exoplanet Hosts with Wesleyan’s 0.6-m Robotic Telescope.” ADS
[4] KNAC Symposium @ Wesleyan University Middletown, CT. 2023 October 7
[3] The GOALS Virtual Team Meeting: Stars Online. 2023 August 28
[2] Wesleyan University College of Integrative Science Middletown, CT. 2023 July 27 
[1] 9th Connecticut Exoplanet Picnic @ Wesleyan University Middletown, CT. 2023 July 21  
 Services
2024 – present, Mentor, Physics & Astro Mentorship Program, Johns Hopkins University
2024 – present, Mission & Vision Committee, Emerging Researchers in Exoplanet Science
2023 – 2024 Public Observing Leader, Van Vleck Observatory, Wesleyan University
2023 – 2024 Core member, Society of Physics Students (SPS), Wesleyan University
2022 “Splash” teacher for high schoolers, Brandeis University
2021 Volunteer docent, Beijing Planetarium 
 Skills 
  • JWST and HST image analysis; APT (“Astronomer’s Proposal Tools,” for JWST Cycle 4);
  • Small optical telescope operation and automation (FLI Proline e2v CCD42-40, PlaneWave CDK24, L-600 mount, PWI 3, PWI 4, MaximDL, ACP DC-3);
  • CIGALE (“Code Investigating GALaxy Emission,” an SED fitting tool);
  • Python (Jupyter notebook and lab, NumPy, SciPy, Astropy, Astroquerry, astroplan, scikit-image, Matplotlib, dust_extinction, Lightkurve); 
  • Unix/Linux/macOS, bash, zsh, PowerShell; Git; Web (HTML/CSS, JavaScript); Java;
  • LaTeX; SAO ds9; TOPCAT; AstroImageJ, etc.

Tools
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