Kam Ming Mark Tam
Papers
2
Total Citations
30
H-Index
2
About
Kam Ming Mark Tam is a leading researcher at the intersection of computational design, digital fabrication, and structural engineering. His work focuses on developing fabrication-aware structural optimization methods that enable the creation of high-strength, lightweight architectural components through advanced additive manufacturing. Tam’s major contribution lies in bridging the gap between complex, intelligent geometry and real-world materialization—specifically addressing the structural inconsistencies inherent in conventional layer-based 3D printing. By integrating robotic-arm additive manufacturing with topology optimization, he has pioneered techniques that allow intricate lattice structures to achieve exceptional stiffness and strength while remaining fabricable. His most-cited paper, "Fabrication-aware structural optimisation of lattice additive-manufactured with robot-arm" (2018), has garnered 19 and 11 citations across its versions, reflecting growing interest in his approach. This work is notable for its direct impact on end-use applications of additive manufacturing in architecture, where structural reliability is paramount. Tam’s research empowers architects and engineers to move beyond decorative 3D printing toward load-bearing, optimized components—a critical step for sustainable, material-efficient construction. His contributions are shaping the future of digital fabrication in the built environment.
Research Focus
Key Achievements
Top Papers
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