training programs

NSF REU Site in Cryptography and Coding Theory

REU group photo REU classroom discussion REU social activity

I am the Director of an NSF-funded Research Experiences for Undergraduates (REU) Site in Cryptography and Coding Theory at the University of South Florida. The program provides an intensive summer research experience for undergraduate students interested in the mathematical foundations of modern cryptography, coding theory, and post-quantum security.

Participants work in small research teams under close faculty and graduate-student mentorship on open-ended problems drawn from current topics in cryptography, computational number theory, and information theory. In addition to research, the program integrates professional development sessions on research communication, graduate-school preparation, and career pathways in academia and industry.

A central goal of the REU is to broaden participation in mathematical research by actively recruiting students from institutions with limited research opportunities and from groups traditionally underrepresented in mathematics and computer science. Many REU participants go on to present work at conferences, co-author publications, and pursue graduate programs in mathematics, computer science, or related disciplines.

🔗 https://www.usf-crypto.org/reu-program/

NSF Research Training Group (RTG) in Applied Algebra

RTG group photo RTG workshop RTG event

I am the Director of an NSF-funded Research Training Group (RTG) in Applied Algebra at the University of South Florida. The RTG supports a coordinated set of research and training activities spanning multiple career stages, including undergraduate students, graduate students, and postdoctoral researchers.

The scientific focus of the RTG lies in applied algebra with connections to cryptography, coding theory, and quantum computing. The program provides a structured mentoring environment, regular seminars and reading groups, collaborative research projects, and opportunities for interdisciplinary interaction.

The RTG’s mission is to cultivate a vibrant research community and to equip trainees with the expertise necessary for successful careers in research — whether in academia or industry. Trainees benefit from rigorous mathematical training, computational exposure, and peer collaboration, making this a unique and dynamic training ecosystem.

🔗 https://www.usf-crypto.org/rtg-overview/