Connecting high school students with scientists for intensive summer lab internships

Hands-on experience in a laboratory is essential for preparing today’s youth to become tomorrow’s scientists. With this mind, the Zuckerman Institute’s Brain Research Apprenticeships in New York at Columbia (BRAINYAC) program provides an immersive summer research experience in which high school students train and work in neuroscience laboratories at Columbia University.

Above: A 2019 BRAINYAC student and her mentor (Credit: Eileen Barroso/Columbia University).

BRAINYAC Applicants

The BRAINYAC program is open to students from select partner programs and schools that serve students in Upper Manhattan and the Bronx. Each student is matched with a Columbia neuroscientist, a mentor who guides the student through a research project. Interns come away from the experience with an enhanced understanding of how laboratory research leads to transformative discovery, exposure to a professional academic environment and a stronger connection to science as a career.

The BRAINYAC program accepts applications from 10th and 11th grade students nominated by one of our partner programs: S-PREP, Lang Youth Medical, Double Discovery Center, and Columbia Secondary School. Applicants must reside in New York City, and preference is given to students in upper Manhattan and the South Bronx. Program applications are distributed to our partner programs each fall.

Applying to BRAINYAC

Applications are open from 4:30 pm on Wednesday October 9, 2019 until 11:30 pm on Thursday, October 31, 2019. If you are in one of our partner programs, please contact your program for information on how to apply.

**Unfortunately only students who are registered in one of our partner programs and are over 16 on June 30, 2020, are eligible to apply.**

Becoming a BRAINYAC Mentor

Applications to become a 2020 BRAINYAC mentor will open in January 2020.

BRAINYAC receives generous support from the Pinkerton Foundation, the Stavros Niarchos Foundation, the VWR Foundation and the and the National Science Foundation's NeuroNex Award DBI-1707398.