Clear load paths
Every member has a reason, every force has somewhere credible to go.
A structural engineer focused on translating forces, materials, and constraints into elegant systems that stand confidently over time.
I work from first principles: understand the load path, make the behavior legible, then refine the system until performance and architectural intent reinforce each other.
Every member has a reason, every force has somewhere credible to go.
Drawings and specifications stay grounded in sequencing, tolerances, and site reality.
Design decisions account for durability, redundancy, adaptability, and future use.
Material efficiency is treated as a design opportunity, not an afterthought.
A multidisciplinary structural toolkit spanning analysis, detailing, coordination, and on-site problem solving.
Strengthening strategies that preserve useful structures while improving lateral performance and extending service life.
A long-span steel system shaped around sightlines, drainage, fabrication logic, and a disciplined deflection envelope.
A representative set of structural challenges, from new-build systems to adaptive reuse.
Hybrid steel-concrete frame coordinated around a flexible 9-storey floor plate and a tight urban site.
Efficient steel portal system tuned for crane loads, future expansion, and fast fabrication cycles.
Discrete strengthening interventions that improved seismic behavior while respecting the original architectural fabric.
Lead engineer for complex commercial, civic, and adaptive-reuse projects; mentor teams and guide structural strategy from concept through construction.
Delivered steel and reinforced-concrete systems, seismic assessments, construction documentation, and multidisciplinary coordination.
Built a foundation in analysis, detailing, site observation, and translating engineering calculations into buildable information.
For structural strategy, peer review, retrofit studies, or a new project conversation, send a note.