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About

Elena Avatangelou is a researcher dedicated to advancing the practical deployment of intelligent systems, with key contributions in Ambient Assisted Living (AAL) and robotics-enabled infrastructure. Her work on the SOPRANO project, detailed in her 2013 paper "Ambient Assisted Living Systems in Real-Life Situations," provided critical insights into integrating smart home technologies for elderly care, documenting real-world challenges and user acceptance—a foundational study that has garnered 4 citations for its pragmatic approach. More recently, Avatangelou has pivoted to large-scale civil engineering, authoring the 2024 chapter "Robotics-Enabled Roadwork Maintenance and Upgrading." This work, with 2 citations, synthesizes cutting-edge research on a robotics-driven framework for road infrastructure, including a blueprint for interconnected engineering solutions that automate maintenance and upgrades. Her trajectory from assistive living to automated roadwork highlights a versatile focus on translating complex technologies into tangible, real-world applications. Avatangelou’s impact lies in bridging the gap between theoretical innovation and operational reality, making her a notable figure in applied robotics and smart systems.