STA Lab · PhD Research
Where quantum computing meets the edge.
My research sits at the intersection of embedded systems, connected devices and quantum‑enhanced computation asking how far intelligence can move toward the sensor without losing security, efficiency or reliability.
01 · Field
Research focus
Quantum‑Enhanced IoT
Investigating where quantum algorithms can realistically plug into IoT pipelines from optimisation to secure key exchange without breaking real‑time constraints.
Intelligent Embedded Architectures
Designing embedded hardware/software architectures that carry AI inference closer to the sensor, balancing latency, power and accuracy.
Secure Connected Systems
Studying secure communication schemes for constrained IoT devices, and how emerging quantum‑safe methods could apply at the edge.
02 · Affiliation
Lab & supervision
STA Lab
PhD Student, Electrical Engineering, National School of Engineering of Sfax, University of Sfax. In present.
RTEMSOFT Lab, Ontario Tech University
Mitacs Research Intern (May – Aug 2025), Canada, quantum computing in IoT, laying the groundwork for the current PhD research direction.
03 · Output
Papers & publications
Hybrid Quantum–Classical Models for Forecasting and Anomaly Detection on Edge IoT Devices
View on IEEE Xplore →04 · Toolkit