Salk EDGE Summer Program

Salk EDGE aims to Elevate Diversity in Graduate Education by equipping graduate students from underrepresented backgrounds for careers in science. The goal of this two-week, technique-intensive summer program is to train current PhD candidates on cutting-edge research techniques while also supporting the use of these new techniques in their home labs. In addition, students will participate in several soft skills workshops (including scientific communication, grant writing, networking, and more) and have the opportunity to meet and network with different Salk labs, current trainees, staff, and faculty interested in recruiting post-docs. Students will choose a topic to be immersed in during their tenure at Salk and learn from world renown Salk scientists. 

In addition to providing roundtrip travel and lodging accommodations, the students will be awarded a $1,000 pilot grant to help implement these new technologies at their home institution’s PhD lab.

Who We Are

The Salk Institute is an internationally renowned research institution that values diversity, equity, and inclusion. We seek bold and interactive leaders passionate about exploring new frontiers in science. Our collaborative community embraces diverse perspectives and unique life experiences, fostering innovation, and a sense of belonging. Together, we strive to improve the wellbeing of humanity through groundbreaking research.

Founded by Jonas Salk, developer of the first safe and effective polio vaccine, the Institute is an independent, nonprofit research organization and architectural landmark: small by choice, intimate by nature, and fearless in the face of any challenge. Salk's vibrant community comprises a diverse and talented group of individuals, each playing a crucial role in driving our mission forward. From visionary leaders to dedicated administrators and brilliant faculty members, the Institute is united by a shared passion for scientific exploration and innovation.

Salk Values

The Salk Community, both scientists and administrators, worked together to define values that we believe support Salk’s pursuit of excellence. To be truly the best scientific institution requires not only incredible discoveries, but a common understanding of how we should work together to enable those discoveries.

The acronym “I CARE” provides a simple way to remember each of the values and reminds each of us of the importance of what we do each day.

The Salk EDGE program offers three scientific tracks. Students will choose a topic to be immersed in during their tenure at Salk and learn from world renown Salk scientists. Please rank your preferred track(s) in your application.

1. Genome Editing in Cancer: In the last decade genome editing using CRISPR/Cas9 technologies has become a powerful perturbation technique that is used across nearly all fields of biology. During this two-week, hands-on session at The Salk Institute, students will learn how to use different CRSIPR/Cas9 techniques to create genome edited cell lines in culture. They will perform hands on wet lab experimentation in cancer cells, while also being exposed to several other biological systems where genome editing is heavily used outside of cancer. The goal of this program is to train students to create their own knock out cell lines applicable to their thesis project when they return to their home labs (with the help of a $1,000 pilot grant from The Salk).
2. Computational Neuroscience: The technology we use to study the brain has rapidly evolved in the past years, now producing a deluge of neural and behavioral data over the course of a typical experiment. This consequently creates a need for new computational methods to analyze large-scale and high-dimensional data. During this two-week, hands-on session at The Salk Institute, students will learn how to use cutting-edge computer vision and deep learning tools commonly used in neuroscience. They will learn how to use these tools to analyze simultaneously recorded neural and behavioral data, while also being exposed to several other biological systems where computational biology is heavily used outside of neuroscienc