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QS Rank:

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69

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University of Illinois at Urbana Champaign

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Illinois

United States

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Program Rank

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42

The PhD in Astronomy program at the University of Illinois at Urbana-Champaign is meticulously designed to equip students with the advanced knowledge and skills needed to excel in the field of astronomy. With a commitment to research excellence and a strong focus on innovative education, this program offers an enriching experience that blends theoretical studies with practical applications. Students will delve into the complexities of celestial phenomena, learn the intricacies of astronomical data analysis, and explore cutting-edge techniques in astrophysics and observational astronomy.
The program spans a comprehensive curriculum that encompasses diverse areas including planetary science, stellar dynamics, cosmology, and high-energy astrophysics. Participants will engage in specialized coursework that includes Advanced Astrophysics, Galactic Dynamics, and Stellar Structure and Evolution, ensuring a broad and deep understanding of the universe. Through hands-on laboratory experience and independent research, students will have the opportunity to contribute to significant discoveries in astronomy, fostering a robust foundation for their future careers.
In addition to an expansive curriculum, the PhD program emphasizes the importance of faculty mentorship. Students will benefit from the expertise of accomplished scholars and researchers who are active in various research areas. The faculty's approach to teaching is highly interactive, encouraging students to participate in discussions and collaborative projects that enhance their learning experience. With an average class size of 30, students will receive personalized attention, enabling them to cultivate their research interests and refine their analytical skills effectively.
Research opportunities are abundant, with access to state-of-the-art facilities and resources. The university is home to advanced telescopes, laboratories, and computational resources that facilitate cutting-edge investigations into astronomical phenomena. Students are encouraged to engage in collaborative research projects with faculty and industry partners, offering them valuable insights into the practical applications of their studies. This hands-on experience not only enriches their education but also opens doors to internships and career opportunities within the highly competitive field of astronomy.
Upon graduation, students can anticipate a wide range of career pathways. The program prepares graduates for roles such as Research Scientist, Astronomer, Astrophysicist, and more. The average base salary for alumni stands around $110,000, reflecting the program's strong focus on employability and professional development. Notable alumni have secured positions in prestigious institutions, contributing to groundbreaking research and shaping the future of astronomical science.
Furthermore, the program's unique features distinguish it from similar offerings elsewhere. The integration of interdisciplinary studies allows students to collaborate with other scientific fields, enhancing their versatility in the workforce. Opportunities to attend conferences, publish research, and network with industry leaders are integral components of the program, ensuring that graduates are well-prepared to meet the challenges of the evolving astronomy landscape.

Why Study PhD in Astronomy at University of Illinois:

  • Access to an esteemed faculty with extensive research backgrounds, providing mentorship and guidance throughout the program.
  • State-of-the-art astronomical facilities and resources, including advanced telescopes and laboratories.
  • A comprehensive curriculum that emphasizes both theoretical and practical aspects of astronomy.
  • Robust research opportunities that promote collaboration with faculty and industry, fostering groundbreaking discoveries.
  • Strong career outcomes with an impressive average starting salary and diverse job prospects in academia and industry.
  • Engagement in a vibrant community of astronomers and researchers, enhancing networking and professional growth.

To apply for the PhD in Astronomy program, prospective students must meet specific eligibility criteria. A minimum GPA of 3.0 on a 4.0 scale is expected, along with proficiency in English, demonstrated through standardized tests such as IELTS (with a minimum score of 9.0 and a minimum of 7.5 in each section). Other accepted tests include TOEFL and Duolingo, providing flexibility for international applicants.

Application requirements include a detailed transcript, a statement of purpose, a resume, and letters of recommendation from academic and professional sources. The application fee is set at $90, and candidates must submit their materials by the deadline of January 15th, 2025, to ensure consideration for the program. The comprehensive selection process aims to identify individuals who demonstrate a passion for astronomy and a commitment to contributing to the field through research and academia.

The University of Illinois at Urbana-Champaign stands as a beacon of academic excellence in astronomy, attracting students from diverse backgrounds. With a student international diversity rate of 13.9%, the program fosters a multicultural environment that enriches discussions and enhances the learning experience. The retention rate is commendably high at 86%, reflecting the program's supportive atmosphere and commitment to student success.

Overall, the PhD in Astronomy at the University of Illinois at Urbana-Champaign not only prepares students for immediate career opportunities but also empowers them to become leaders in the field of astronomy. Graduates emerge as well-rounded scientists, equipped with the skills and knowledge necessary to tackle the universe's greatest mysteries and contribute meaningfully to our understanding of the cosmos.

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Total Tuition Fees

$1,50,000

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Duration

60 Months

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Median Salary

$1,10,000

Ranking

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#41

US World and News Report

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#48

The World University Rankings

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#69

QS World University Rankings

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Intake

Spring ( Apr - June )

Class Profile

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Class Size

30

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Average Age

29

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Average Work Experience

4 Years

Diversity

Black or African American:

14%

Hispanic or Latino:

6%

Others:

3%

White:

64%

Asian:

11%

Two or more races:

2%

Career Outcomes

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Median Earnings After Graduation

$1,10,000 / year

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Graduation Rate

86%

Prospective Job Roles

Research Scientist

Astronaut

China Market Researcher

Research Director

Astronomer

Astrophysicist

Research Engineer

Gastroenterologist

Academic Researcher

Researcher

Research Assistant

Operations Research Analyst

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Eligibility Criteria

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At least 3 / 4 undergraduate GPA is expected.

English Proficiency Tests

  • IELTS

    7.5

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  • TOEFL

    103

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  • DUOLINGO

    135

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Application Requirements

Here's everything you need to know to ensure a complete and competitive application—covering the key documents and criteria for a successful submission.

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Application Fee: 90

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    Transcript

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    Passport

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    Statement of Purpose

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    Resume

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    IELTS

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    Academic LOR

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    Professional LOR

Application Deadlines

Standard Deadline
SpringJan 15, 2025

Fees and Funding

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Tuition Fees

$30,000 / year

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Overall Cost

$45,000 / year

FAQs

  • Most students take two grad-level classes per semester, for a total of 8 credit hours, for their first four semesters. This generally tends to cover the requirements laid out in the handbook (linked above). It's possible to do more, but can start to cut into your research/TA/life time.

  • All grad students are guaranteed funding for their first summer and are required to do a research project. However, if you want to get started early, talk to faculty members -- or even fellow grad students (who can help point you in the right direction). Also, the first summer research project does not have to lead to a thesis. Use it to explore a part of astronomy you've never done before! If you're into theory, do an observing project! If you're an observer, do some modeling! While many students will have started their main project by some time during their second year, you will likely be taking classes that whole time, and productivity really takes off in the third year.

  • 7.5

  • 1836

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