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Sandip Ray

Warren B. Nelms Endowed Professor
Department of Electrical and Computer Engineering, University of Florida

Director RISING Lab

Director of Industry Programs
Warren B. Nelms Institute for Connected World

Email: sandip@ece.ufl.edu
Phone: 352-392-1605
Office: Malachowsky Hall 4131
WWW: http://sandip.ece.ufl.edu

Lab Leadership News

  • HOST 2026 Opening!!

    HOST 2026 kicked off today in Washington, DC, with General Chair Sandip Ray! The detailed program is here.

  • Professional Updates

    Ray will serve as General Chair (with S. Fazzari) for the IEEE International Symposium on Hardware Oriented Security and Trust (HOST 2026), to be held in Washington, DC, USA, in May 2026. In addition, Ray will deliver a keynote talk, “AI and Edge Computing: Emerging Security Challenges in the New Era,” at the 2nd IEEE…

  • Ray Works to Validate Hardware-Software Interactions with New NSF-Funded Project

    Sandip Ray, Ph.D., has received $300k in funding from the National Science Foundation in support of his research in the area of post-silicon validation. The project, “SOCRATES: Post-Silicon Validation of Hardware-Software Interactions,” is a collaboration with researchers at the University of Illinois-Chicago. [Read more here]

 

Student Spotlight

  • ScreeningPaL Earns 3rd‑Place Student Paper Award at AMIA Amplify 2026!

    [May 2026] Paper by Sumaiya Afroz Mila, Rafiul Kabir, and Ankan Ghosh titled “ScreeningPaL: LLM-NLP Enabled Early Autism Detection Method from Caregiver’s Free-Text Input” has received 3rd Place in the Student Paper Award in AMIA Amplify Informatics Summit. Congratulations to the team!

  • Conference Paper Acceptance!

    [May 2026] Paper by Bhagawat Yedla on automotive ride height sensors got accepted in Vehicular Technology Conference (VTC2026-Fall). Congratulations to Bhagawat!

  • Journal Paper Acceptance!

    [May 2026] A paper by Tambiara Tabassum, Emmanuel Elias, and Kshitij Raj has been accepted for publication in IEEE Transactions on VLSI Systems. This research focuses on supply-chain security for resource-constrained devices.