BIM World
A Professional BIM Learning Platform


BIM Architecture: Seaside Floating Pavilion by Trace · Architectural Firm (TAO)

An abandoned beach boat tilts and slowly sinks as the sea mist rises and disperses, leaving the air silent.

It stretches horizontally toward the sky, breaking free from the constraints of the earth, covering the pavilion with wind and shade.

The structure ascends, penetrates, and extends the horizon—rotating, hovering, converging, and pointing skyward.

Columns that are neither just columns nor concrete ladders embody both heaviness and lightness.

This is architecture beyond architecture: a state of both staying and moving, capturing an eternal moment.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Overall view of the building © Chen Hao

Instantaneous

At the easternmost tip of the Jiaodong Peninsula, an abandoned fishing boat lies grounded in a pristine, undeveloped bay. The relentless erosion from waves has carved deep and shallow time marks into the boat’s surface.

Tilting as if ready to capsize, it embodies the ravages of the ocean. Between motion and stillness, life and death converge into an eternal yet fleeting image.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Site photos © Architectural Firm (TAO)

This poetic scene inspires the vision of a floating pavilion—light, small, and airy—arriving gently at this beach, yet ready to depart at any moment.

It responds delicately and compactly to the vast emptiness, balancing the weight of eternity with momentary lightness.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

Concept sketch © Huali

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

Concept sketch © Huali

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Conceptual Model © Architectural Firm (TAO)

Horizon

The pavilion’s defining feature is a broad horizontal plane that stretches boldly toward the sky, supporting the main functional spaces above.

Below, various shaped elements form a semi-outdoor space sheltered by this plane, creating the pavilion’s distinct image.

This horizontal surface serves a dual purpose: providing shelter from wind, rain, and sun above, while acting as a viewing platform elevated above the ground.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ 1:125 handmade model © Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Plan view © Architectural Firm (TAO)

The striking horizontal plane resembles wings, lending the building a floating posture and creating a subtle separation from the site.

Its partial cantilever tilt gives the structure an unstable, dynamic appearance—either freshly landed, pausing to gaze at the sea, or ready to take flight again.

This frozen moment between movement and stillness is captured perfectly in the building’s form.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Aerial view of buildings © Sun Xiangzhou

The first level, elevated beneath the horizontal plane and supported by just a few components, emphasizes the separation between the upper structure and the ground, maximizing open space below.

Curved stairs, arcs, and circular forms create a dynamic, almost unstable feel that enlivens the pavilion.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Axonometric diagram © Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ 1:40 handmade model © Architectural Firm (TAO)

The architectural experience begins by walking across soft sand before stepping onto solid concrete.

The space then gently descends, opening views of waves and beach on all sides.

Three key elements—a circular bathroom, a square workbench, and an arc-shaped open bar counter—define the space.

Within deep shadows, the distant sea level is framed and defined by these elements, directing the visual focus outward.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Architectural Vision © Chen Hao

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

The first floor looks out toward the sea © Chen Hao

Ascending a narrow, lengthy ladder beside a sloped board to the second floor feels like rising from the interior space, through the roof, toward a new horizon.

The outward-extending platform offers panoramic views of the northern sea and western village hills.

Glass sliding doors separate indoor and outdoor spaces flexibly, adapting to different needs.

When fully opened, the platforms connect seamlessly with the interior, expanding the compact building into a spacious viewing and dining area.

Logistics and staircases to the roof are discreetly concealed within the sloped board’s interior.

Within a compact footprint, service spaces and visitor areas, as well as circulation routes, are clearly distinguished by four angled cantilever boards.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

The coffee shop on the second floor gazes toward the sea © Chen Hao

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Architectural Vision © Chen Hao

The rooftop platform on the third floor marks the trail’s end.

Its narrowing steps and slender chimneys form pyramid-like sculptures that continue the upward momentum, pointing toward the infinite sky.

The bays, beaches, hills, and villages spread far and wide, offering an all-encompassing view that connects horizon and sky.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Roof viewing platform © Chen Hao

The design and materials follow the pavilion’s core concept of horizontal planes and horizon.

The main horizontal surface is finished in gray microcement, giving it the visual weight of concrete, while its steel structure allows for grand overhangs.

This contrast between appearance and actual structure enhances the pavilion’s sense of floating tension.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Structural analysis diagram © Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ West side of the first floor bar counter © Chen Hao

Varied materials create vertical layers: the first floor’s gray microcement blends with the rough natural beach, fostering a casual semi-outdoor vibe.

The second floor features light-colored cave stones, presenting a solid yet elegant floating platform.

Whitewashed stones adorn the second and third floors, forming abstract volumes beneath the blue sky.

Moving through the building spirally, one’s experience transitions from exterior to interior and back outside, with views ultimately ascending from ground level to horizon and sky.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Architectural panorama © Chen Hao

Resolve

The floating pavilion appears to be assembled from various components of circular, triangular, curved, square, flat, and diagonal shapes.

These parts are not only formal elements but also carry functional and structural roles.

For instance, the second-floor stairs serve both as circulation and as diagonal structural supports.

Structural elements like columns, braces, and floor slabs are either fully or partially integrated into these components, merging structure and form.

They cease to be mere structural bodies and instead become equal spatial elements, imbued with meaning and forming an organic architectural language.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Model disassembly diagram © Architectural Firm (TAO)

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ East side of the first floor bar counter © Chen Hao

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ First floor bar counter © Huali

By dissolving conventional architectural language, the pavilion returns to a more primitive state—like the abandoned fishing boat, it arrives here by chance and together they define this bay.

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Aerial view of buildings © Sun Xiangzhou

Project Drawings

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Section diagram

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Section diagram

BIM Architecture | Seaside Floating Pavilion/Trace · Architectural Firm (TAO)

△ Section diagram

Project Information

Project Name: Seaside Floating Pavilion

Owner: Rongcheng Good Luck Corner Tourism Resort Construction Bureau

Location: Rongcheng City, Shandong Province

Function: Coffee Shop

Design Firm: TAO Architectural Firm

Lead Architect: Hua Li

Design Team: Huali, Dai Linyi, Li Ruoxin, Wang Langhuan, Liu Yu

Structural Engineer: Ma Zhigang

Mechanical & Electrical Engineers: Lv Jianjun, Kcalin Carlin

Design Team: Sun Jing, Li Xin, Zhao Zirui

Lighting Consultant: Beijing Yuanzhan Lighting Design Co., Ltd

Construction Team: Weihai Construction Group Co., Ltd

Building Area: 173 square meters

Structural System: Steel Structure

Design Year: 2019

Construction Period: 2020–2021

Photography: Chen Hao, Sun Xiangzhou

xuebim
Follow the latest BIM developments in the architecture industry, explore innovative building technologies, and discover cutting-edge industry insights.
← Scan with WeChat
Like(0) 打赏
BIM WORLD » BIM Architecture: Seaside Floating Pavilion by Trace · Architectural Firm (TAO)

Comment Get first!

Must log in before commenting!

 

BIM World, A Professional BIM Learning Platform

Stay updated on the latest architecture trends and share new building technologies.

Contact UsAbout Us

觉得文章有用就打赏一下小编吧

非常感谢你的打赏,我们将继续提供更多优质内容,让我们一起创建更加美好的网络世界!

支付宝扫一扫

微信扫一扫

Account Login

By signing in, you agree toUser Agreement

Sign Up