Haute Couture Collection 2024: Wearable Architecture and Internal Framework Engineering in Fashion Design
By Josephine Agbonkhese
The Haute Couture Collection (2024) by Glory Agbonita Ehizuenlen represents an advanced convergence of fashion design and structural engineering. The collection introduces wearable skeletal frameworks, redefining the limits of couture construction.
Internal Support Systems

Wire and rods materials traditionally associated with installation art and stage design were adapted for wearability through concealed channeling and flexible anchoring. These components formed an internal skeleton that controlled volume, silhouette, and spatial extension without reliance on heavy fabric layering.
Unlike traditional boning, which reinforces existing shapes, this system creates form independently of fabric, allowing garments to maintain sculptural presence even at rest. This required extensive prototyping to ensure balance, safety, and wearer comfort.
Softening Structural Visibility

Organdy and tulle were strategically layered over the framework to soften its visibility while preserving transparency. Crinoline mesh acted as an intermediary layer, distributing pressure from the wire structure and preventing stress points on the outer textiles.
Swarovski stones and beads were applied to trace the garment’s internal architecture, visually revealing the underlying structure. This approach transforms structural necessity into visual narrative, merging engineering and aesthetics.
Field Advancement
This collection advances couture into the realm of fashion architecture, demonstrating that garments can function as engineered objects without sacrificing elegance or movement.
Its influence is evident in the increasing adoption of internal frameworks and visible structural elements in contemporary couture, signaling a shift toward more technically expressive garment construction across the industry.
















