This first-of-its-kind program brings together diverse undergraduate students interested in quantum cybersecurity. It provides foundational quantum cybersecurity skills through intensive training and practical experience while also building essential internship skills such as professionalism, communication, and research. Students will then be matched with host organizations to contribute to real-world quantum cybersecurity projects.
Training: May 27 - June 20
Internship: June 23 - August 8
40 hrs/week Internship
Program Components:
Virtual Lecture & Lab for four weeks of training and skills-building
Hybrid, virtual, or in-person mentored research or internship experience at a partner company
Summer 2025 dates to be announced
Training will be 8 hours/day (inclusive of lecture, lab, small group sessions, and other programming)
Internship is 40 hours/week.
Completion of an introductory computer science course or have basic fluency in Python programming (variables, functions, loops).
This program is free to all who are accepted, and students will be paid if placed in internships.
You are eligible to apply if you:
Students from underrepresented backgrounds in STEM (e.g., Black, Latinx/a/o, Native American, first-generation, or a woman or other marginalized gender) are encouraged to apply.
This program consists of four weeks of intensive training in the foundations of quantum computing followed by seven weeks of a quantum internship or research experience with one of our host organizations.
The training component of the program will be virtual.
The internship may be virtual, hybrid, or in-person depending on the host organization's preference.
Students will need to reside in New York state for the duration of the program regardless of in-person, hybrid, or virtual internship placement.
Application Closes on February 28, 2025
Summer programs are instructed live in English virtually during the EST time zone over the dates listed. Students will require access to reliable broadband on a device that is audio and video capable, ideally from a quiet and distraction-free environment. Devices may include computers, laptops, notebooks, and Chromebooks. Students will need to access Zoom and Google Co-lab from their devices to participate fully in the course.