Astronomy Major
Astronomy majors at Wesleyan explore the universe through observation, research, and discovery. You’ll gain hands-on experience investigating celestial phenomena, analyzing data, and contributing to new insights about space and the nature of the universe.
The Major in Astronomy enables students to explore the foundational concepts and recent discoveries that have shaped the modern study of celestial objects, space, the phenomena of the cosmos, and the universe. Students develop advanced proficiency with the theoretical concepts and observational tools employed in distinct subfields of astrophysics.
The Astronomy program attracts students who have a passionate interest and curiosity about space, celestial objects, and the universe, along with an aptitude for mathematics and physics, the ability to work with complex data and technology, and the patience for long-term research projects.
Astronomy graduates may continue their studies in a graduate program or pursue a variety of careers in fields such as astronomy, astrophysics, data science, planetary science, aerospace engineering, space missions, science communications, education, and public outreach.
At a Glance
Degree
Bachelor of Arts
Duration
Full Time
Number of Credits
32
Format
On Campus
Sample Course Schedule
Students start with foundational physics and astronomy courses and early exposure to research, gradually refining their skills with advanced astrophysics, computational methods, and independent research. Majors are also encouraged to work as teaching apprentices and participate in outreach events.
- Gain a solid foundation in our survey of modern astronomy, Introduction to Astrophysics (ASTR 155)
- Build your physics foundation in General Physics I (PHYS 113)
- Develop essential math skills in Calculus I (MATH 121)
- Get started on your general education expectations (GenEd) to broaden your perspective
- Learn about the physics of charged particles and the concepts of electric and magnetic fields with General Physics II (PHYS 116)
- Explore techniques and applications of integration, sequences, and series in Calculus II (MATH 122)
- Continue progressing on your general education requirements (GenEd)
- Choose an elective course that aligns with your interests
- Gain key computational skills with Fundamentals of Scientific Computing in Astronomy (ASTR210)
- Explore the physical principles and fundamental mathematics related to periodic motions in Waves and Oscillations (PHYS 213)
- Learn a concrete approach to the algebra of matrices and vector spaces with Vectors and Matrices (MATH 221)
- Continue progressing on your general education expectations (GenEd)
- Learn to use telescopes independently and apply programming and basic statistics to analyze astronomical data sets in Observational Astronomy (ASTR 211)
- The Sun doesn’t shine without quantum mechanics! Familiarize yourself with Quantum Mechanics I (PHYS 214)
- Students considering PhD programs are recommended to deepen their quantitative problem-solving skills with Multivariable Calculus (MATH 222)
- Continue progressing on your general education expectations (GenEd)
- Dive deep into topical studies with one of our 200-level astronomy courses (ASTR 2XX)
- Discover methods for effectively teaching astronomy at all levels in the Seminar on Astronomical Pedagogy (ASTR 430)
- Most astronomical data is in the form of light, so we highly recommend Electricity and Magnetism (PHYS 324)
- How is it possible for quasar jets to appear to move faster than the speed of light? Find out in Special Relativity (PHYS 215)
- Continue progressing on your general education expectations (GenEd)
- Keep honing your skills and deepening your knowledge with one of our 200-level astronomy courses (ASTR 2XX)
- For PhD-bound students, we recommend Classical Dynamics (PHYS 313)
- Build a foundation in the theory of ordinary differential equations with Differential Equations (MATH 229) or another elective
- Discuss current research topics with astronomy staff and students in Research Discussion in Astronomy (ASTR 431)
- Continue progressing on your general education expectations (GenEd)
- Keep honing your skills and deepening your knowledge with one of our 200-level astronomy courses (ASTR 2XX)
- Work with a faculty mentor on your Senior Thesis Tutorial (ASTR 409)
- Discover methods for effectively teaching astronomy at all levels in the Seminar on Astronomical Pedagogy (ASTR 430)
- For Ph.D.-bound students, we recommend Quantum Mechanics II (PHYS 315)
- Choose an elective course that aligns with your passions and goals
- Keep honing your skills and deepening your knowledge with one of our 200-level astronomy courses (ASTR 2XX)
- Work with a tutor on your Senior Thesis Tutorial (ASTR 410)
- Discuss current research topics with astronomy staff and students in Research Discussion in Astronomy (ASTR 431)
- We recommend gaining an understanding of thermodynamics and statistical mechanics with Thermal and Statistical Physics (PHYS 316)
- Choose an elective course that aligns with your passions and goals
Opportunities and Resources
Research
Astronomy research at Wesleyan is your chance to go beyond the classroom and become part of real-world discovery. You'll collaborate closely with faculty mentors, design your own projects, and directly contribute to groundbreaking work.
Study Abroad
Join the diverse, global astronomical community conducting research in international destinations like Denmark, the Netherlands, and more.
Capstone and Honors
Your senior year is a chance to take everything you've learned and make an original contribution to the field with your senior capstone. You have the freedom to shape your required capstone; opportunities include:
- Completion of a senior thesis project
- Non-thesis related astronomy research
- In-depth investigation of a current research topic
A thesis is required to be eligible for honors in the major.
Career Outcomes for Astronomy Majors
A degree in Astronomy from Wesleyan opens doors to a wide range of career paths, both within and beyond the sciences. Our graduates pursue advanced degrees in astrophysics, planetary science, and related fields, work at major observatories, contribute to space exploration efforts, teach future generations, and lead in fields as diverse as software engineering, science communication, and quantitative finance.
Wesleyan Class | Student | Occupation | Location |
---|---|---|---|
2024 | Ivy Huang | Stonybrook | Physics |
2024 | Jamar Kittling | Stanford | Physics |
2024 | Kyle McGregor | McGill | Physics |
2023 | Anna Fehr | Harvard | Astronomy |
2023 | Seth Larner | Washington U St. Louis | Astronomy |
2023 | Hannah Lewis | UNC | Quantitative Psychology |
2023 | Eric Rumsfeld | UC Irvine | Astronomy |
2022 | Cassidy Soloff | University of Arizona | Atmospheric Sciences |
2022 | Jack Root | UCLA | Astrophysics |
2021 | Kimberly Paragas | CalTech | Planetary Sciences |
2021 | David Vizgan | Fullbright Scholar Cosmic Dawn Center/ U Illinois |
Astrophysics |
2021 | Benjamin Martinez | Clemson | Atmospheric Science |
2021 | Terra Ganey | UCSC | Earth & Planetary Sciences |
2020 | Hunter Vannier | Perdue | Planetary Science |
2020 | Fallon Konow | Georgia State | Astronomy |
2019 | Michael Henderson | Clemson | Physics |
2019 | Robert Baldocchi | San Diego State | Astronomy |
2019 | Allison Quintana | Brown University | ScM Candidate in Biostatistics |
2018 | Anthony Santini | Wesleyan | Astronomy |
2018 | Hannah Fritze | University of Utah | Physics |
2018 | Cail Daley | U of Illinois | Astronomy |
2018 | Aylin Garcia Soto | Dartmouth | Astrophysics |
2017 | Girish Duvvuri | University of Colorado | Astrophysics |
2016 | Jesse Tarnas | Brown University | Planetary Science |
2015 | Trevor Dorn-Wallenstein | University of Washington | Astrophysics |
2015 | Dilovan Serindag | Leiden University | Astrophysics |
2012 | Alexandra Truebenbach | Colorado University | Astrophysics |
2011 |
Marshall Johnson |
University of Texas |
Astrophysics |
2010 |
Karlen Shahinyan |
University of Minnesota |
Astrophysics |
2008 |
Arthur Sugden |
Brown University |
Microbiology |
2008 |
Jessica Kellar |
Dartmouth College |
Astrophysics |
Want to explore more? Connect with the Gordon Career Center or reach out to a faculty member for guidance.
Wesleyan Astronomy majors are also thriving in a wide variety of industries. Employers value the scientific rigor and communication skills our students bring. Whether working in policy, tech, education, or beyond, our alumni are making an impact.
Wesleyan Class | Student | Occupation | Location |
---|---|---|---|
2024 |
Victoria Dozer |
Science Policy Fellowship with STPI |
Washington, D.C. |
2024 |
Joshua Grajakes |
Quantitative Fellow at Ramirez Asset Management |
New York, NY |
2024 |
Caroline Lamoureux |
Science Teacher |
Florida |
2024 |
Charlie Pedorella |
Junior Analytical Scientist at CubicPV Inc. |
Boston, MA |
2023 |
Aldrean Alogon |
Business Analyst / Project Manager at Nomura |
New York, NY |
2023 |
Adina Chasan-Taber |
Market Research Intern at STRAT7 Incite |
New York, NY |
2021 |
Molly Watstein |
LMT Community Support Scientist |
UMass Amherst |
2021 |
Mason Tea |
I&T Systems Engineer working on JWS |
Space Telescope Science Institute |
2021 |
Dominik Sobieszek |
Associate Software Engineer |
Northrop Grumman |
2021 |
Daniel Helfman |
System Engineering Intern |
Lockheed Martin |
2020 |
Gilberto Garcia |
Research Associate |
Loyola University Chicago |
2018 |
Ryan Adler-Levine |
Software Engineer |
|
2017 |
Simon Wright |
High school physics teacher |
Washington, D.C. |
2015 |
Jesse Lieman-Sifry |
Medical Imaging |
Arterys |
2013 |
Mark Popinchalk |
Outreach |
American Museum of Natural History |
2008/09 (B.A./M.A.) |
Evan Tingle |
Research |
Harvard-Smithsonian Center for Astrophysics, Chandra X-ray Center |
2009 |
Hannah Sugarman |
Research |
University of Arizona |
2009 |
Anna Williams |
Research |
Indiana University |
Want to explore more? Visit the AAS Career Center for detailed profiles, tools, and resources spotlighting astronomy-powered careers across research, industry, outreach, and beyond.
The personal attention and hands-on experience I received at Wesleyan shaped not just my career path, but my whole approach to scientific research and education.
Jess Werk ’03, Professor and Chair of Astronomy, University of Washington