Are you a student of physics looking to fund your Ph.D. studies? Graduate fellowships in physics offer financial support, networking opportunities, and professional development. This comprehensive guide will help you find and apply for various types of graduate fellowships, such as research, teaching, and travel fellowships. You'll learn where to find fellowship opportunities, how to tailor your application, and avoid common mistakes. Pursuing a graduate fellowship in physics can help you achieve your academic and professional goals.


Graduate fellowships are an excellent way for students of physics to fund their Ph.D. studies and protect themselves from fluctuations in funding. These fellowships offer financial support, networking opportunities, and professional development that can help students achieve their academic and professional goals. There are various sources of graduate fellowships in physics, including government agencies, private foundations, and professional organizations. In this article, we will provide a comprehensive guide to finding and applying for graduate school fellowships in physics. We will discuss the different types of fellowships available, how to find them, and how to apply for them successfully.

Types of Graduate Fellowships in Physics

There are different types of graduate fellowships available in physics, including research fellowships, teaching fellowships, and travel fellowships. Research fellowships provide financial support for students to conduct research in their field of interest. Teaching fellowships provide students with teaching experience and financial support for their studies. Travel fellowships provide students with the opportunity to attend conferences and present their research. Each type of fellowship has its own eligibility criteria, such as citizenship requirements, academic achievements, and research interests.

Research fellowships, such as the NSF Graduate Research Fellowship Program, provide highly competitive stipends for three years and are open to undergraduates in their senior year or graduate students in their first or second year who are US citizens, nationals, or permanent residents. Teaching fellowships, such as the GEM Fellowship, assist underrepresented minority students in obtaining M.S. degrees in engineering and Ph.D. degrees in engineering and the natural and physical sciences, and applicants must be US citizens or permanent residents. Travel fellowships, such as the DOE Computational Science Graduate Fellowship, fund a four-year fellowship for graduate students conducting research with a strong computational aspect, and applicants must be seniors or first-year graduate students with no citizenship requirement.

Finding Graduate Fellowships in Physics

There are various resources available for finding graduate fellowships in physics, including university websites, government databases, and online scholarship search engines. It is essential to start early in the fellowship search process and prioritize and organize potential fellowship opportunities. Students should tailor their fellowship applications to specific research interests and career goals and stand out in a competitive applicant pool.

The Office of Graduate Studies and Georgia Tech Fellowships Office provide lists of fellowship opportunities. International students should search for fellowships offered by their home country that allows for foreign study. Other organizations, such as the American Physical Society, offer scholarships, fellowships, and internships for minorities, women, and general students. Eligibility criteria for these scholarships vary, but often require US citizenship or permanent residency, membership in a minority group, and a minimum GPA.

Applying for Graduate Fellowships in Physics

The fellowship application process involves gathering application materials, writing a strong research proposal, and securing strong letters of recommendation. Students should avoid common mistakes in fellowship applications, such as submitting incomplete or poorly written applications. Successful fellowship applications in physics demonstrate a strong fit between the applicant's research interests and the fellowship's goals.

Students should start by researching the fellowship organization and its mission, as well as the specific fellowship requirements. They should tailor their research proposal to the fellowship's goals and highlight their strengths and potential. Students should also secure strong letters of recommendation from faculty members who can speak to their research potential and academic achievements.

Conclusion: Why Pursue a Graduate Fellowship in Physics?

Graduate fellowships in physics provide financial support, professional development, and networking opportunities that can help students achieve their academic and professional goals. Students should explore the many opportunities available for pursuing graduate fellowships in physics and find a fellowship that aligns with their research interests and career goals. By tailoring their fellowship applications and showcasing their strengths and potential, students can stand out in a competitive applicant pool and secure the financial support they need to pursue their Ph.D. studies.