Advancing Structures, Buildings & Energy Through Scientific Research
My research investigates how structural systems can become safer, more efficient, more economical, and better integrated with architecture. With a primary focus on reinforced-concrete ribbed and waffle slabs, the work combines theoretical analysis, laboratory experimentation, and construction knowledge to understand structural behavior and improve real-world design.
My current research agenda extends this foundation into multifunctional building systems—exploring how structural slabs can integrate airflow, lighting, acoustics, and utilities while addressing material efficiency, constructability, durability, and fire performance.
SELECTED RESEARCH TOPICS
• Theoretical and experimental analysis of reduced-scale reinforced-concrete ribbed flat slabs, generating data on structural strength and deflection behavior.
• Theoretical, finite-element, and experimental analysis of waffle slabs with openings in the ribs, developing new equations to optimize shear design.
• Ongoing research as a Practice-Based Ph.D. Candidate in Architecture & Design Research at Thomas Jefferson University, investigating the architectural integration of open-rib waffle slabs with building systems and energy-generation technologies.
• Ongoing exploratory experimental research at MIAAC (Minnesota Institute of Advanced and Applied Science) into energy-generation concepts, zero-point energy, and quantum-vacuum phenomena.
