Assistant Professor in Optical Wireless Communication Networks

Will you be our next faculty member shaping the convergence of optical and wireless networks for 6G and beyond? Are you inspired by the challenge of designing communication systems that can thrive under extreme heterogeneity?

Introduction

Future communication systems must integrate ultra-high bandwidth and low-latency connectivity across increasingly heterogeneous environments. Optical wireless communication networks will play a pivotal role in enabling 6G, LiFi, free-space optical links, and hybrid RF-optical systems, bridging the performance gap between optical and traditional wireless technologies.

This position will focus on developing foundational knowledge and advanced solutions for optical wireless networking from physical-layer modulation and optical multiple-input multiple output (MIMO) to network orchestration and adaptive link control. You will explore innovative uses of Artificial Intelligence/Machine Learning, neuromorphic computing, and ...