The Andrew McConnell Verterbrae Staircase is modeled on the image and physical layout of a whale's spine. He has done his best to perfect the shape of these skeletal pieces, bringing them together in a way that has revolutionized standard interior design concepts.
McConnell has produced this towering architectural piece by way of numerous sturdy materials, inclusive of pins, fiber-based material and steel beams. Plates that tie the top of the Veterbrae Staircase to its bottom hold it together, enabling it to support itself while giving off a chic floating look. McConnell has at the same time improved upon the form of whales, "Much of the design work went into refining the single component, or vertebra, that mate with each other..."
Skeletal Staircase Designs
The Andrew McConnell Interior Decor Structure Mimics Vertebrae
Trend Themes
1. Skeletal Architecture - The trend of incorporating skeletal structures in architectural design offers an opportunity for disruptive innovation in the construction and engineering industry.
2. Organic-inspired Design - The trend of mimicking organic shapes, such as vertebrae, in interior and architectural design provides an opportunity for innovative designers to create unique and visually-striking spaces.
3. Floating Staircases - The trend of creating floating staircases using sturdy materials like steel beams offers an opportunity for disruptive innovation in the interior design and construction industries.
Industry Implications
1. Architecture - Incorporating skeletal structures in architectural design offers a new way to approach building design and construction methods, and could lead to sustainable and visually appealing buildings.
2. Interior Design - Mimicking organic shapes in interior design offers an opportunity to create unique and visually impressive spaces that can be used in residential and commercial settings alike.
3. Construction - The trend of creating floating staircases using sturdy materials like steel beams offers new construction methods and materials that could improve structural integrity and visual appeal in buildings.