Hasyl Canopy
A parametric facade system driven by solar exposure data, translating environmental logic into geometric perforation patterns.
View Case Study→Architecture · Design · Fabrication
A design-driven ecosystem connecting architectural imagination with fabrication reality.
What AMD NSRI is
Every geometry we produce is resolved against one question: can this actually be built? Panel division, bend radius, tolerance stack, assembly sequence — these are not afterthoughts. They are the design.
AMD NSRI works at the point where architectural intent meets production reality. Not one or the other. The distance between them — أَمَد — is where the practice lives.
The first reading is a signature: Ahmed — the founder's design language carried across every module of the platform.
The second is older. In Arabic, أَمَد describes a goal, a duration, a distance — a path travelled toward an endpoint. It names the space between intention and arrival.
Ahmed — author, architect, signature of intent.
Method — geometry, system, computation, fabrication.
Destination — the path from idea to built form.
Buildings, urban concepts, spatial visualization, and architectural storytelling. From programmatic diagrams to rendered atmospheric studies.
Facade studies, parametric objects, furniture concepts, and experimental fabrication-aware design.
Digital systems for Grasshopper, Rhino, facade rationalization, panelization, unfolding, and AI-assisted workflows.
Shop drawings, production-ready geometry, substructure logic, panel division, unfolding, and assembly intelligence.
Curated objects, limited fabrication runs, and design products that come directly from the studio's research and production process.
AMD — NSRI
A growing record across computational design, facade systems, and fabrication intelligence.
A parametric facade system driven by solar exposure data, translating environmental logic into geometric perforation patterns.
View Case Study→600 compound-curved aluminum panels, computationally clustered into repeatable types and automatically unfolded for CNC fabrication of a Sulaymaniyah showroom facade.
View Case Study→A perforated aluminum facade for a cardiac hospital in Baghdad, its graduated pattern forming a glowing heart visible after dark.
View Case Study→A gradient multi-perforated aluminum facade for a restaurant in Kirkuk, hole density shifting from dense at the base to luminous at the crown.
View Case Study→A competition proposal reimagining Balıkesir's central square through a timber canopy and elevated deck, reinterpreting the city's traditional arasta culture.
View Case Study→A gradient multi-perforated aluminum cladding system for a paint factory in Bursa, panel geometry driven by a sine-based attractor field.
View Case Study→Production logic
Behind every complex form there is a hidden structure of decisions: panel division, unfolding logic, substructure coordination, material limits, assembly sequence, and production constraints. AMD NSRI treats fabrication not as the end of design, but as part of the design language itself.
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