University of Kansas

What you'll study

The programme combines core physics and mathematics with specialised courses in astronomy and astrophysics. Early years emphasise calculus, linear algebra, classical mechanics, electromagnetism and laboratory physics to provide the quantitative groundwork needed for later astrophysical topics.

• Foundational mathematics and physics: calculus sequence, differential equations, linear algebra, introductory and intermediate laboratory courses in mechanics and electromagnetism.
• Core astronomy and astrophysics: observational astronomy, stellar structure and evolution, planetary science, galactic and extragalactic astronomy, and introductory cosmology.
• Theoretical and computational skills: courses in astrophysical fluid dynamics, radiative processes, numerical methods, and data analysis including programming for scientific applications.
• Instrumentation and observing: practical training in telescope operation, detector technology and instrumentation, plus opportunities for CCD imaging and spectroscopy projects.
• Laboratory and research components: intermediate and advanced labs, semester research projects, and a senior capstone or honours thesis supervised by faculty.

Students can expect progressively smaller, discussion- and project-based classes at the upper-division level, with options to tailor electives toward theory, observation, or instrumentation. Undergraduate research with active faculty is strongly encouraged and widely available across specialisms in the department.

Entry requirements

Applicants should demonstrate strong preparation in mathematics and science. Typical entrants have completed high-school level calculus and physics, and taken coursework in advanced mathematics where available. Admissions decisions consider academic transcripts, preparation in relevant subjects, letters of recommendation, and any relevant extracurricular experience such as research projects or internships.

International applicants must meet the University of Kansas' general admissions standards and show proficiency in English through recognised tests or equivalent credentials where required. Transfer students should consult departmental advisors to determine equivalence of previous coursework and to plan remaining degree requirements.

Career prospects

Graduates of the programme are well positioned for a range of pathways. Many continue to postgraduate study in astronomy, astrophysics, physics or related disciplines. Others move into technical and applied roles, including:

• Observational and theoretical research at universities, national laboratories and observatories.
• Space science and engineering roles within space agencies and the aerospace industry.
• Data science, software development, and computational modelling across commercial and research sectors.
• Instrumentation and experimental physics positions developing detectors and measurement systems.
• Science education, outreach and communication roles in museums, planetaria and schools.
• Analytical careers in finance, consulting or technology where quantitative and modelling skills are valued.

The degree emphasises transferable quantitative, programming and problem‑solving skills that employers and graduate programmes seek.

Why study at University of Kansas

The University of Kansas offers an astronomy and astrophysics curriculum taught by research-active faculty, providing strong opportunities for undergraduates to join research projects. Students benefit from dedicated laboratory courses, access to observing experiences and training in modern computational techniques.

Small upper-division class sizes and faculty mentorship help students develop independent research skills and prepare competitive applications for graduate school or technical careers. The department maintains collaborations with regional and national research facilities, and KU supports internship and career services to help students connect classroom learning with professional pathways.

Overall, the programme balances rigorous theoretical training with hands‑on observational and instrumentation experience, making it suitable for students aiming for research careers as well as a broad range of technical professions.