M Schneider
Papers
1
Total Citations
11
H-Index
1
About
M. Schneider’s research sits at the intersection of digital design, sustainable construction, and advanced fabrication, with a particular focus on hybrid timber-earth building systems. Their most-cited work, “Digital Design and Fabrication Strategy of a Hybrid Timber-Earth Floor Slab” (2022), tackles a critical challenge in multi-storey timber construction: meeting stringent fire protection, thermal mass, and sound insulation requirements. Schneider proposes an innovative timber-earth slab (T.E.S.) that leverages digital fabrication to integrate earth’s natural thermal and acoustic properties with timber’s structural efficiency, offering a low-carbon alternative to conventional concrete floors. This paper has garnered 11 citations, signaling growing interest in bio-based, hybrid building components. Schneider’s contributions are notable for bridging computational design and material science, demonstrating how digital tools can enable the use of traditional, low-embodied-energy materials in high-performance applications. Their work is particularly relevant for researchers and practitioners seeking to decarbonize the building sector while maintaining structural and regulatory compliance. By advancing the feasibility of timber-earth composites, Schneider is helping to reshape the future of sustainable multi-storey construction.
Research Focus
Key Achievements
Top Papers
- 1Digital Design and Fabrication Strategy of a Hybrid Timber-Earth Floor Slab11 citations · 2022