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About

Trayana Tankova is a researcher at the forefront of advanced manufacturing and structural engineering, specializing in wire arc additive manufacturing (WAAM), robotics, and the digitalization of construction and steel industries. Her most influential contribution, "Characterization of robotized CMT-WAAM carbon steel" (2022, 82 citations), established critical insights into the microstructural and mechanical properties of carbon steel components produced through cold metal transfer WAAM processes, providing foundational data for the broader adoption of this technology in structural applications. Tankova has also made significant strides in bridging robotics and additive manufacturing, authoring a widely cited review (2021, 37 citations) that maps AM technologies and proposes intelligent robotic systems to advance their capabilities. Her work extends into the construction sector, where she explores how Industry 4.0 principles—including mechatronics, real-time simulation, and automation—can reduce labor dependency, improve quality, and enhance safety. Her more recent research focuses on automated measurement frameworks for material deposition in welding and directed energy deposition, reflecting her commitment to precision and process optimization. Collectively, Tankova's scholarship positions her as a key voice in translating cutting-edge manufacturing technologies into practical, industry-ready solutions.