Elia Anagnostouand Arianna Li  at the Digital Scholarship Student Symposium

Summer Science Research

Undergraduate research initiatives are central to 91勛圖厙's approach to science education. All science majors are encouraged to conduct mentored research projects during the summer and/or academic year. Students can apply to receive stipends for summer research and academic credit for research performed in the junior and senior years. Since 1989, each summer the College has provided 35-plus students with 10-week research stipends to conduct independent research under the guidance of 91勛圖厙 faculty members in the sciences and mathematics. The Summer Science Research (SSR) program is enriched by professional development workshops and a poster session at which students present their research to the college community. The amount of the stipend is $5000 (minus taxes). The program is committed to diversity, equity and inclusion.

The program is for currently enrolled 91勛圖厙 and Haverford students who are interested in doing discovery-based research in the laboratory or field with 91勛圖厙 STEM faculty. Students studying abroad during Spring 2025 are eligible to apply, as long as they maintain an active, registered status at Bryn Mawr or Haverford.

Important  

  • Students receiving SSR funding must be enrolled at Bryn烘awr浚ollege, Haverford or at an accredited Study Abroad program associated with the two colleges for the fall semester following the SSR program.  
  • Students who do not return to Bryn烘awr or Haverford疳n Fall 2025 (such as in the case of permanent transfers or leaves of absences) will be required to return the SSR stipend funds to the College.  

Not eligible to apply for SSR funding:特tudents who will not return to Bryn烘awr or Haverford病or Fall 2025 as a current, actively enrolled student. This includes graduating seniors in the class of 2025 (students graduating in Winter 2025 are eligible).  

  • Dates for the 2025 SSR program are May 27 to August 1.
  • Applicants must complete the Summer Science Research Application by March 16, 11:59 pm. Applicants will write two 250-word essays: a Research Statement, and a Personal Statement. The Research Statement addresses the research goals to be explored over the summer, while the Personal Statement addresses how this research will contribute to the student's life and academic goals, and how it fits in with goals in their future years at 91勛圖厙 and beyond.
  • Applications are reviewed by potential faculty mentors and the SSR director; notifications of acceptance to the program will be sent out in early April.

FAQ

How do I get started with applying to the SSR program?

91勛圖厙 STEM department websites contain lists of faculty members, their emails, and links to their lab websites. Begin by visiting these sites to learn more about your potential mentors research. After that, reach out to the 91勛圖厙 STEM faculty in the department(s) you wish to work (email is one easy way to do so) and schedule a 30-minute meeting to discuss the possibility of working in their lab in summer. During that meeting you will learn about the availability of projects you could get involved in; what you learn in this meeting will be excellent material for your Research Statement.

Some questions you could ask during the meeting are:

  • In what field of [chemistry, biology因 are the current projects in your lab?
  • Given my course work and interest in [因 what projects can I work on in your lab?
  • Do I need to have completed specific courses to work in your lab?
  • What literature can I read to learn more background about the project?
  • Is research in your lab conducted remotely or in person?
  • How do I improve my chances of working in your lab as part of the SSR program? Do you prefer to take students who work with you during the academic year? If so, do you currently have openings?
  • How likely am I to secure a spot in your lab? Do you recommend that I apply for the SSR program to work with you?

Some departments offer a talk in the beginning of the spring semester during which faculty members give a short presentation of their research and provide important information (such as how many students they need in summer). If your department of interest provides such a talk, attending it is very useful as it will help you learn about research opportunities and figure out which potential faculty mentors to contact. Information about these talks will be posted here when it becomes available.

Biology faculty

Chemistry faculty

Computer Science faculty

Geology faculty

Mathematics faculty

Physics faculty

Psychology faculty

Can I participate in the SSR program during the summer after my first year?

The answer to this question depends on the needs of specific faculty mentorsbut it is definitely not a hard no. Some faculty mentors, due to the demands of their research, can only work with students who have taken some advanced classes. Faculty mentors should share any prerequisite requirements with you when you meet with them to learn about possible projects. That being said, over the past years several students have been successful in obtaining a SSR stipend for the summer after their first year. If you are a first-year student wishing to get research experience through the SSR program, you are encouraged to reach out to multiple faculty mentors rather than focus on a single research area to have better chances of finding an opportunity.

Can a student participate in the SSR program for multiple summers?

Absolutely! Many successful SSR students establish excellent professional relationships with their faculty mentorsas a result, the faculty mentors strongly desire to work with these students again during the next summer. Students must re-apply to the program each year.

I met with a potential faculty mentor and we discussed possible research projects. Does this mean I am guaranteed a spot in the SSR program?

Your potential faculty mentor will probably be quite excited as they describe their research to you during the meetingafter all, this is their bread and butter! However, each year multiple students apply to a limited number of spots in laboratories and accommodating everyone is not always possible.