The PhD program in Astrophysical and Planetary Sciences at the University of Colorado Boulder offers students the opportunity to specialize in either astrophysics or planetary science. While the department does not offer a standalone master's degree, students can earn one as they progress toward their PhD. The program emphasizes a strong integration of astrophysics, planetary science, solar physics, and space instrumentation, combining both observational and theoretical approaches. This interdisciplinary environment fosters collaboration and allows students to explore a wide range of research areas. Students benefit from on-campus resources like the Sommers-Bausch Observatory for hands-on observing experience and the Fiske Planetarium for public outreach, complemented by local research organizations.
The program requires a minimum of 37 credit hours of coursework, including graduate seminars, in courses numbered 5000 or above. A significant emphasis is placed on independent study and research, with a minimum of 30 credit hours dedicated to PhD dissertation work. Students are expected to gain a broad foundation in core areas during their first year, with opportunities to take specialized courses in related departments based on their research interests. Students must also remove any identified academic deficiencies, pass a comprehensive examination (involving a research paper and oral defense), and successfully defend their PhD thesis.
Graduates of the Astrophysical and Planetary Sciences PhD program are prepared for careers in research and academia, as well as roles in various scientific and technical fields. The program's emphasis on both observational and theoretical research, along with interdisciplinary collaboration, equips students with a versatile skill set applicable to diverse opportunities.
Students are required to remove any deficiencies identified at the preliminary interview. They must also pass a comprehensive examination (writing a research paper based on a semi-independent research project, followed by an oral exam) and satisfactorily defend their PhD thesis before a faculty committee. Graduate-level courses in departments such as Physics, Atmospheric and Oceanic Sciences, Geological Sciences, Applied Mathematics, or Aerospace Engineering can be taken depending on student interests and interdisciplinary program participation.
Information regarding specific tuition fees, living costs, and potential funding opportunities for international students is not detailed on the program page. Prospective students are encouraged to consult the University of Colorado Boulder's Graduate School website for the most current financial information and available resources.
You will need a Bachelor's Degree and must complete a minimum of 37 credit hours of coursework, including graduate seminars, in courses numbered 5000 or above. Additionally, at least 30 credit hours must be dedicated to PhD dissertation work.
The program description does not explicitly state the typical duration for completing the PhD. However, it outlines coursework requirements and dissertation credit hours.
Graduates are prepared for careers as Astrophysicists, Planetary Scientists, Researchers, Academic Faculty, Space Scientists, Instrumentation Specialists, and Data Analysts.
You should visit the Department of Astrophysical and Planetary Sciences' 'Prospective Students' webpage and the University of Colorado Boulder Graduate School Admissions section for detailed information on the application process, required materials, and deadlines.
Specific details on tuition fees, living costs, and potential funding opportunities are not provided on the program page. Please consult the University of Colorado Boulder's Graduate School website for current financial information.
Yes, students have access to the Sommers-Bausch Observatory for hands-on observing experience and can be affiliated with the Fiske Planetarium for public outreach opportunities.