Flaviana Calignano

Italian Institute of Technology, Space (Italy)

Papers

Total Citations

189

H-Index

About

Flaviana Calignano is a prominent researcher specializing in additive manufacturing (AM) technologies, with particular expertise in Direct Metal Laser Sintering (DMLS) and its applications in advanced engineering systems. Her work sits at the compelling intersection of manufacturing innovation and robotics, exploring how cutting-edge fabrication techniques can solve real-world engineering challenges. Calignano's most influential contribution lies in demonstrating DMLS as a viable production technology for lightweight structural components, particularly for robotic applications. Her 2013 paper, which has garnered 84 citations, established a foundational understanding of how DMLS can translate CAD designs into near net-shaped parts using laser-fused metal layers. Building on this, her research into fabricating joints from aluminum and titanium alloys (53 citations) further expanded the practical boundaries of the technology, proving its versatility across multiple materials and structural configurations. Perhaps most notably, her collaborative work on hydraulic actuation for agile legged robots (52 citations) showcases her ability to bridge manufacturing science with cutting-edge robotics research, demonstrating how AM technologies can directly enable next-generation autonomous systems. Together, her publications reflect a researcher dedicated to advancing manufacturing precision while pushing the frontiers of applied robotics engineering.