Join CROPPS for a Summer of Research and Discovery

Be part of cutting-edge research this summer with the CROPPS REU program, where plant science, engineering, and technology come together to drive innovation. This fully funded, 10-week program offers undergraduates a unique opportunity to gain hands-on experience, learn from interdisciplinary experts, and explore programmable plant systems—all while receiving a stipend, housing, and meals.

Why Choose the CROPPS REU Program?

  • Cutting-Edge Research: Engage in innovative projects that integrate synthetic biology, nanotechnology, robotics, optics, and advanced computing.
  • Expert Mentorship: Work alongside interdisciplinary teams of world-class researchers with expertise in plant science, technology, and social systems.
  • Meaningful Contribution: Participate in research that tackles real-world challenges in agriculture, sustainability, and communication between plants and people.
  • Comprehensive Support: Benefit from a fully funded program that provides a stipend, housing, and meals during your 10-week experience.

Who Should Apply?

Undergraduate freshmen, sophomores, and juniors with backgrounds in biology, engineering, or computing who are curious about plant systems and technology are encouraged to apply. We generally do not accept applicants who are undergraduates at Cornell University. 

This program is ideal for students seeking hands-on research experience, contributing to real-world discoveries, and developing skills in cutting-edge fields.

Program Highlights

Duration: June–August

Two Locations: Cornell University (Ithaca, New York) and Boyce Thompson Institute & Cornell University (Ithaca, New York)

Application Deadline: Check in late 2026 for deadlines for the 2027 program. 

Real Projects. Real Impact

Students in the CROPPS REU program gain hands-on experience through transformative research projects. Here are examples of past opportunities:

Developing smartphone apps for vineyard management
Detecting water stress in plants using AquaDust nanoparticles
Harnessing plant metabolites for belowground phenotyping
Exploring root phenotyping with 3D-printed soil-swimming robots

Hear from Our Participants

Curious about what it’s like to be part of the REU program? Learn more from our past students: