Valparaiso University

What you'll study

This programme builds a strong foundation in physics and mathematics and applies those tools to astronomical topics and observational techniques. Core coursework typically includes classical mechanics, electromagnetism, quantum mechanics, statistical and thermal physics, and mathematical methods for physicists. Discipline-specific courses cover observational astronomy, stellar structure and evolution, galactic and extragalactic astronomy, cosmology, and astrophysical laboratory methods.

• Foundations: introductory physics sequences with calculus, multivariable calculus, differential equations, and linear algebra.
• Advanced physics: intermediate and advanced courses in mechanics, electromagnetism and quantum physics.
• Astrophysics and astronomy: observational techniques, stellar and planetary astrophysics, galactic astronomy and cosmology.
• Computational and laboratory skills: programming for scientists, data analysis, instrumentation and laboratory practicum.
• Capstone and research: an independent research project or senior thesis carried out with department faculty, often involving telescope observations, data reduction or computational modelling.

Students also take supporting coursework in chemistry and computer science, and are encouraged to take advanced mathematics electives and courses in related fields such as geology or environmental science to broaden interdisciplinary competence.

Entry requirements

Admissions for the bachelor’s programme are through Valparaiso University’s undergraduate process. Typical preparation includes a high school diploma (or equivalent) with a strong academic record and demonstrated readiness for college-level mathematics. Successful applicants usually present:

• Solid coursework in mathematics through at least precalculus or calculus and one or more years of high-school physics.
• A competitive overall high-school transcript; particular weight is given to STEM course selection and performance.
• Letters of recommendation from teachers or mentors who can speak to the applicant’s ability in mathematics and science, and a personal statement describing interests and goals in astronomy/astrophysics.

Transfer students with college-level coursework in physics and calculus are considered; placement in initial courses may be determined by prior transcripts or department assessments. Standard university application materials and any general undergraduate admission requirements apply.

Career prospects

Graduates from an astronomy and astrophysics bachelor’s programme pursue a range of pathways. Many go on to graduate study in astronomy, astrophysics, physics or related disciplines, aiming for research careers in academia, national laboratories or observatories. Others apply their quantitative and computational training in industry.

• Academic and research: graduate school (MSc/PhD), research assistantships at observatories and national research centres.
• Industry and technology: data science, software development, aerospace engineering, instrumentation and remote sensing.
• Education and public outreach: secondary-school teaching (often with additional certification), planetariums, museums and science communication roles.
• Government and applied science: roles in agencies and companies focused on space operations, satellites, and defence-related research.

The training emphasises problem solving, numerical modelling and experimental technique—skills that are highly transferable across STEM careers.

Why study at Valparaiso University

Valparaiso University provides a liberal-arts environment with small class sizes and close faculty mentorship, making it well suited to undergraduate research and personalised academic advising. The department emphasises hands-on learning: students have opportunities to work on observational projects, participate in undergraduate research, and gain experience in data analysis and instrumentation under faculty supervision.

• Undergraduate research focus: accessible faculty-led projects and senior thesis options that prepare students for graduate study.
• Interdisciplinary training: strong links between physics, mathematics and computer science allow students to tailor their studies toward computation, instrumentation or theory.
• Professional development: support for internships, conference presentations and collaborations with regional research facilities and observatories.
• Community and support: a campus culture that supports close mentoring, career advising and preparation for graduate school or employment in technical fields.

Together these features make Valparaiso a practical choice for students seeking a rigorous undergraduate education in astronomy and astrophysics with clear pathways to research and technical careers.