The Bachelor of Science in Astronomy at the University of Washington offers a deep dive into the physical universe—from planets and stars to galaxies and cosmic evolution. Students gain experience in observational astronomy, data analysis, and computational modeling, preparing for careers in research, space exploration, or graduate study in astrophysics.
Detection and Analysis of Exoplanet Transits Using Light Curves
Mapping the Structure of the Milky Way Using Gaia Data
Simulating Star Formation in Molecular Clouds
Analyzing Gravitational Lensing Events in Deep Field Images
Study of Stellar Spectra and Composition
Tracking Near-Earth Asteroids Using Telescope Data
Dark Matter Distribution in Galaxy Clusters
Radio Astronomy: Signals from Pulsars and Quasars
Photometric Analysis of Variable Stars
Comparing Spiral and Elliptical Galaxy Characteristics
Role of Black Holes in Galactic Evolution
Simulating Planetary Orbits in Binary Star Systems
Cosmological Redshift and the Expanding Universe
Infrared Imaging of Star-Forming Regions
Historical Supernovae and Their Remnants
Development of Low-Cost DIY Telescopic Systems
Astrobiology: Conditions for Life Beyond Earth
Auroras and Solar Wind Interaction with Earth’s Magnetosphere
Tracking the Movement of the International Space Station
Analysis of Hubble Space Telescope Deep Field Observations
With hands-on telescope access, cutting-edge simulation tools, and real astronomical data, students explore the cosmos and gain skills for careers in science and tech.
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