Valentino Sliskovic

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About

Valentino Sliskovic is a pioneering researcher at the intersection of digital fabrication and sustainable construction, with a primary focus on additive manufacturing of concrete elements using robotic systems. His work addresses the critical challenge of reducing material consumption in the built environment, particularly through the development of lightweight concrete structures. Sliskovic’s most influential contribution, "Additive Fabrication of Concrete Elements by Robots" (2020), with 19 citations, demonstrates how robotic 3D printing can produce optimized, non-standard concrete components that minimize weight while maintaining structural integrity. This research has significant implications for reducing the carbon footprint of construction, as it enables the creation of material-efficient ceilings and other building elements. A notable achievement is his subsequent study on lightweight concrete ceilings (2020), which further explores the practical application of these techniques. With a combined citation impact of over 20, Sliskovic’s work is gaining recognition among architects, engineers, and construction technologists seeking to automate and decarbonize the building industry. His research offers a compelling vision of a future where robots fabricate bespoke, resource-efficient concrete structures on demand.