CityScraper: A Skyscraper Rebuilt as a Municipal Viaduct of Streets, Townhouses and Spiralling RoadsCityScraper: A Skyscraper Rebuilt as a Municipal Viaduct of Streets, Townhouses and Spiralling Roads

CityScraper: A Skyscraper Rebuilt as a Municipal Viaduct of Streets, Townhouses and Spiralling Roads

UNI logo
UNI Editorial
UNI Editorial published Results under Skyscraper, Concept Architecture on

Most towers ask their residents to accept a trade: more height, less street. CityScraper refuses that bargain. Instead of stacking identical floor plates around an elevator core, the project treats the skyscraper as a municipal viaduct, a piece of urban infrastructure that carries roads, terraces, homes, offices, shops, gardens and parking upward in one continuous system. The tower stops being an object in the city and starts behaving like the city itself.

Designed by Alexander Malyshev and recognised as an Editor's Choice entry in CityScraper 2020, the proposal starts from a familiar urban problem. City centres have historically grown outward across the ground plane, even as congestion, density and scarce land push against that model. Malyshev's answer is to extend the city vertically, and to do it with the vocabulary of streets and neighbourhoods rather than the vocabulary of the corporate high-rise.

A Tapered Tower Built from Planted Rings

Tall tower of stacked ring terraces planted with shrubs, topped by a disc roof and two chimney-like cylinders, seen from a pink path under blue sky
Tall tower of stacked ring terraces planted with shrubs, topped by a disc roof and two chimney-like cylinders, seen from a pink path under blue sky
Aerial view of three glass cylinder towers with domed tops rising from a grassy ring roof above a dense urban grid
Aerial view of three glass cylinder towers with domed tops rising from a grassy ring roof above a dense urban grid

From a distance, CityScraper reads as a colossal tapered form: a stack of ring terraces planted with shrubs, capped by a broad disc roof and paired cylindrical volumes. The aerial view clarifies the hierarchy. Glass cylinder towers with domed tops rise from a grassy ring roof, lifting the office programme clear of the residential terraces below, while the dense urban grid at the base shows exactly what the project is reacting against.

The rings matter more than the silhouette. Each terrace is a landscaped ledge rather than a sealed floor, so the building's mass is broken into horizontal bands of planting and occupation. It is a deliberate move away from the uniform façade that usually gives a skyscraper its single, monumental image.

Gabled Townhouses Lining an Elevated Street

Terraced ring road lined with trees and colorful gabled townhouses beneath a glazed tower, with cars driving along the upper curve
Terraced ring road lined with trees and colorful gabled townhouses beneath a glazed tower, with cars driving along the upper curve

This is the project's most persuasive image. Colourful, gabled townhouses sit along the edge of a curved, tree-lined terrace, and cars move along the upper loop above them. The scale shift is striking: small, house-like façades set against a glazed tower and the sweep of a megastructure. Malyshev's stated aim is to give inhabitants the impression of a city street lined with small houses whose proportions and details feel familiar.

That ambition carries real weight. Vertical density is usually framed as a numbers problem, how many units fit on how little land. CityScraper reframes it as a question of identity and comfort: can someone living hundreds of metres up still have a front door on a street, a neighbour across the way, a sense of belonging to a neighbourhood rather than a floor? The townhouses are the project's argument that the answer could be yes.

Serpentine Roads Borrowed from Mountain Passes

Axonometric section drawing of the tower, color-coded for shopping mall, apartments, offices and parking, with a road detail and vehicle movement diagram
Axonometric section drawing of the tower, color-coded for shopping mall, apartments, offices and parking, with a road detail and vehicle movement diagram

The circulation logic comes from an unexpected source: winding highways in mountainous terrain, where serpentine roads negotiate steep changes in elevation through repeated curves. Malyshev transfers that principle to the tower, wrapping a curved road system around and through the structure so that the building becomes destination, circulation network and terrain at once.

The axonometric section makes the organisation legible. Colour coding separates the shopping mall, apartments, offices and parking, with retail and leisure forming an internal public core. A road detail and vehicle movement diagram show how traffic climbs the building in broad loops. It is the drawing that turns the renders from atmosphere into a working proposition, revealing that the domestic streets above depend on a carefully stacked infrastructure beneath.

Where the Terraces Meet the Canal and the Bridge

Low angle view of curving terrace rings with red-brown edges and planted shrubs, capped by a large oval disc roof against pale sky
Low angle view of curving terrace rings with red-brown edges and planted shrubs, capped by a large oval disc roof against pale sky
Curved tower terraces with red-roofed townhouses beside a canal and stepped embankment, with a cable-stayed pylon and skyline in daylight
Curved tower terraces with red-roofed townhouses beside a canal and stepped embankment, with a cable-stayed pylon and skyline in daylight

The low-angle view isolates the architecture of the rings themselves: red-brown terrace edges, planted overhangs and the oval disc roof floating above. The repetition creates rhythm without monotony, because each band is read as a landscape ledge rather than a storey line.

The final image grounds the tower. Red-roofed townhouses on the curved terraces look over a canal and stepped embankment, while a cable-stayed pylon marks the bridge connections that tie the structure to its surroundings. This is where the proposal's claim to be infrastructure rather than object becomes most convincing; the tower plugs into waterways, crossings and the skyline instead of standing apart from them.

Why This Project Matters

CityScraper is a provocation more than a construction document, and its value lies in the questions it puts on the table. By borrowing the serpentine road and the municipal viaduct, it suggests that the skyscraper could absorb the systems usually spread across the ground plane, from mobility to parking to public retail, and in doing so reduce the pressure on land at street level.

More importantly, it insists that extreme density need not erase domestic scale. The gabled houses, planted terraces and elevated streets are a reminder that people experience a city at the scale of a doorstep, not a skyline. Whether or not a tower like this is ever built, Malyshev's proposal makes a compelling case that vertical urbanism should be designed from the street up as much as from the structure out.



View the Full Project

About the Designers

Designer: Alexander Malyshev

Enter a Design Competition on uni.xyz

uni.xyz runs architecture and design competitions year-round that reward proposals with spatial conviction and real site intelligence.

Project credits: CityScraper by Alexander Malyshev CityScraper 2020 (uni.xyz).

UNI logo
UNI Editorial

UNI Editorial

Where architecture meets innovation, through curated news, insights, and reviews from around the globe.

Share your ideas with the world

Share your ideas with the world

Write about your design process, research, or opinions. Your voice matters in the architecture community.

Comments (0)

No comments yet. Be the first to comment!

Similar Reads

You might also enjoy these articles

publishedResults2 weeks ago
Healing Façade: A Modular Chapel System That Restores Ethiopia's Sacred Forests
publishedResults2 weeks ago
Kaffeebühnen: Where Coffee Shop Architecture Becomes a Civic Stage in Vienna
publishedResults2 weeks ago
Eco Chapel: A Modular Forest Pavilion That Grows Like the Landscape It Protects
publishedResults5 months ago
Urban Forest: A Vertical Ecosystem for 5,000 Workers in Singapore's Changi Business Park