Alexander Navarre

Postdoctoral Researcher under the astrophysics research group led by Professor Matthew Bayliss. Contributed to the research goals of the SGAS collaboration.

• Developed state-of-the-art Python code to model distorted astronomical objects.
• Performed quality assurance by testing code output across 5 different astronomical fields.
• Discovered and documented critical limitations of code for data of specific quality.
• Authored the first official usage guide on the above-mentioned software.
• Created install and use guides for multiple research softwares for junior and future group members.

Graduate Student Researcher under the astrophysics research group led by Professor Matthew Bayliss. Completed a PhD in physics with a concentration in astrophysics. Presented work at multiple conferences domestic and abroad.

• Conducted extensive Bayesian analysis on Hubble Space Telescope Data to estimate physical properties of galaxies.
• Developed morphological models of bright galaxies to separate their light profiles from fainter objects of interest.
• Wrote over 6000 lines of custom python code to analyze spectra and images, visualizing insights with matplotlib for publications.
• Published a research paper as first author in The Astrophysical Journal.

Teaching Assistant for introductory physics lectures, labs, and discussion sections.

• Led discussion sections for 20+ students 3x per week to enhance understanding of class material and promote group problem-solving.
• Conducted laboratory classes for 30+ students on classical mechanics with physical demonstrations to teach proper scientific practices.
• Assisted lecturers by providing one-on-one student support during class.

Undergraduate Student Researcher under the astrophysics research groups led by Professors Jeffrey Filippini and Joaquin Vieira. Aided in many smaller research tasks across a variety of subjects.

• Designed and created jigs for building and testing balloon-borne telescope on SPIDER 2 project.
• Aided in physical monitoring of telescope during cryogenic tests.
• Analyzed 100+ astronomical fields for evidence of newly discovered, gravitationally lensed quasars.