Dmytro Pukhkaiev

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About

Dmytro Pukhkaiev is a researcher at the intersection of robotics, construction automation, and adaptive systems. His primary research areas include robotic assembly of modular structures, cross-layer adaptation in autonomic systems, and the application of computational methods to architectural engineering. Pukhkaiev's most notable contribution is his pioneering work on robotic assembly of modular concrete shells using falsework, a 2025 study that has already garnered 4 citations. This research demonstrates how robotics can transform construction by enabling material-efficient, cost-effective modular shell structures, eliminating traditional formwork requirements. His earlier work on cross-layer adaptation in multi-layer autonomic systems, presented as an invited talk in 2019, has also attracted 4 citations, showcasing his expertise in designing self-optimizing, adaptive software architectures. Pukhkaiev's research bridges the gap between advanced robotics and sustainable construction practices, offering scalable solutions for reducing material waste and construction time. His achievements highlight a career dedicated to integrating intelligent systems with physical construction processes, making him a rising voice in the field of automated building technologies.