The Astronomy PhD program at Northwestern University offers comprehensive training in astronomy, with a strong emphasis on enabling students to commence graduate research early in their studies. The program is designed to be flexible, allowing students to supplement their astronomy coursework with subjects from physics and other quantitative fields like applied mathematics, statistics, computer science, or engineering, tailored to their specific research interests. Students benefit from the dynamic research environment fostered by the Center for Interdisciplinary Research and Exploration in Astrophysics (CIERA).
Coursework typically takes two years to complete, as many graduate astronomy courses are offered every other year. Students are required to complete six 400-level astronomy courses, two 400-level physics courses (including Classical Mechanics in the first quarter), and four additional 400-level quantitative science or engineering courses. Descriptions for astronomy courses can be found at the bottom of the graduate course catalog.
For full cost of attendance information, visit your Financial Aid Office website. Housing and meal plan fees are added to your bill if enrolled.
The median completion time for the Astronomy PhD program is 5 years. Students are encouraged to start graduate research early, often in their first year.
Information regarding tuition and fees for international students can be found on The Graduate School website. Housing and meal plan fees are additional costs if you enroll in those services.
The program is taught in English. International students must provide certification of English language proficiency if English is not their native language.
The application for the Astronomy PhD program opens in September for Fall admission. The application deadline is December 1, 5 PM (CST).
No, GRE scores are not accepted for the Astronomy PhD program at Northwestern University. Admission decisions are based on your overall academic record, institution quality, and GPA.
Yes, the program is flexible and allows you to supplement astronomy coursework with subjects from physics and other quantitative fields such as applied mathematics, statistics, computer science, or engineering.