Yidong_Yang_Portfolio_2021

ACADEMIC PORTFOLIO

2014-2020

Yidong Yang

Education

University of Michigan, Taubman College

Aug 2019 – Current Ann Arbor, MI

Recently admitted to Master of Architecture program to continue on post-professional education.

University of Minnesota, College of Design

Sept 2014 – May 2018 Minneapolis, MN

- Bachelor of Science in Architecture Five design studios with final professional performing arts studio taught by HGA architects.

DIS - Danish Institute of Studying Abroad

Jan 2017 – May 2017

- Urban design studio Designed with Danish architects and urbanists, studied Scandinavian architecture.

Jōchi University

Copenhagen, Denmark

Jul 2017 – Aug 2017 Tokyo, Japan

Studied Japanese literature and surveyed Japanese architecture.

Experience

Architectural Internship - LT Architects Cooperated with CPG cooperation in completion of proposal of metro-station complex in Shenzhen.

Developed preliminary concept and tectonic model of Comb sister museum(starting 2021).

- Cundy Santine and Associates Architects Worked as the primary assistant with chief architects on residential remodeling projects by developing concepts and producing architectural drawings.

Surveyed existing buildings on site.

Jun 2019 – Aug 2019 Guangzhou, China

Oct 2018 – May 2019 Minneapolis, MN

- APL design workshop Designed and supported colleagues with modeling and visual rendering in multiple architectural projects.

Assisted photographer Toshiharu Kitajima in professional architectural documentation.

Jul 2017 – Sept 2018

- Architectural Design and Research Institute Worked within firm Airport Design Group, developing architectural drawings and details.

May 2017 – July 2017

32nd Annual Japanese Language Speech Contest, Consulate General of Japan

Tokyo, Japan

Guangzhou, China Nov 2017 – Mar 2018 Chicago, Illinois

Third place in final stage representing University of Minnesota.

University of Minnesota, College of Design - Social media editor Composed and edited articles for College blog. Responsible for photographing and editorial layout.

Sept 2016 – Nov 2017 Minneapolis, MN

Volunteer Activities - Teaching Volunteer Recruited, organized and planned curriculum in the subjects of English and world geography for students living in the rural areas of Guangdong province. Taught classroom of twenty students.

Nov 2012 – Apr 2013

- Nursing Volunteer Provided personal care for disabled orphans. Assisted with updating the website for potential adoptions.

Oct 2010 – Current

Language

Chinese Mandarin (Native), Chinese Cantonese (Native), English (Fluent), Japanese (Fluent)

Proficiency

ArcGIS AutoCAD, Revit Rhinoceros, Grasshopper Adobe CS (Photoshop, Illustrator, InDesign, etc.)

Guangzhou, China

Qingyuan, China

Sketching & Physical modeling Rendering with Vray, Lightup, etc.

Site digital modeling with Sketchup, Blender Digital Fabrication (Lasercutting, 3D Printing)

The Valley, Detroit, MI

Professional urban housing architecture studio - Critic: Craig Borum & Claudia Wigger

Citizenships Afloat

Great lakes theme studio - Critic: Ann Lui - Team: Jamie Lee, Alva Huang

Capital One Performing Art Center, Washington D.C.

Professional architecture studio with HGA architects - Critic: James Kehl & Nat Madson

Seirankai - Haato Daycare Center Shimokitazawa

APL design workshop - Critic: Hidetoshi Ohno, Shiya Yamamoto

Ribbon - Hong Kong Residential Amplification Proposal

eVolo Skyscraper Competition - Team: Pichen Liu

A Sequenced House - Lakeside Pavilion

Light-material-concentrated architectural studio - Critic: Kris Mun

The Valley, Detroit, MI Professional urban housing architecture studio Critic: Craig Borum & Claudia Wigger Team: Mackenzie Anderson, Jiazhen Sun

An urban housing complex is proposed at the border of the heart of Detroit. The project consists of peakinspired gable houses and a generous ascending public space between rows of units.

The entire design offers 54 units (116 bedrooms)., a FAR of 1.73 and integrated public service programs.

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Upper Sections Units Fenestration Circulation Interior

Key Concept

West

North

East

South

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Upper Sections Units Fenestration Circulation Interior

access to Valley

E Congress St

Field St

Looking directly adjacent to the historic mansion, we called upon the gabled roof typology to start to sculpt the large masses as well as accounting for solar orientation and prevailing winter/summer winds. These drastically peaked roofs began to divide the units as if the roof were the interior walls themselves.

E Grant Blv

Initial Ideas

access to Garage access to Valley access to Garage

ADA access to Valley

Left: Vehicle circulation on ground floor Right: Pedestrian access to the complex Energy and Sun Model

Site Context The project site is a very important one because of its node-like location in between Downtown and East Detroit, and its position at the entrance to the popular Belle Isle. The framework of the plan includes expanded parks and green open space, green ways, streets capes, and various property developments. Our project is an extension of this development and aims to achieve the same components by adding new dedicated bike lanes to connect to the new Beltline Green way, as well as a public elevated green space to overlook Belle Isle.

District 7

District 4

Left: Active energy concept(Anderson) Right: unit types include 1-story, 2-story, up-to-roof and loft units (Sun)

District 5

District 6

Belle Isle

it etro

D

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Situation Site Map: located at the entrance to Belle Isle and within the several community outreaches

06/22 Summer 8:00-16:00

09/23 Fall 8:00-16:00

12/22 Winter 8:00-16:00

Sun Diagram: since only south side is currently occupied , the shadow does not impact the surrounding very much

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Grocery Store

Upper Sections Units Fenestration Circulation Interior

(under the Valley) Valley Kitchen

Reception

Bookstore

Cafe

2nd floor plan: with the grocery store, a reception space, a book store and a cafe. Right: Existing mansion in relation

Grocery Store

Garage

1-way Residential Driveway

1st floor plan: with an entrance to the grocery store and an integrated garage. Right: Looking at south facade

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Upper Sections Units Fenestration Circulation Interior

Our project is classified under Type IV Construction, with using CLT as the heavy timber requirement for the roof, floor, and interior bearing walls, while the exterior walls consist of a 2-hour noncombustible assembly. CLT was chosen by our team because of its ability to seclude carbon, its renewability as a material, its aesthetic as an exposed structure, as well as it’s lightweight. Our walkable valley will operate on a separate structural system of two-plate concrete and 16” x 16” square concrete columns. This is due to its heavy dead load of earth, water, and snow, and unpredictable live load of pedestrians.

Left: Interior view of the space next to a balcony Detailed structural section: sectioning at the perpenticular direction to the axis of the Valley (Anderson)

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Upper Sections Units Fenestration Circulation Interior

Left: structural constitution of the building(Sun) Right: egress diagram in exploded axon(Sun) Bottom: Perspective view at the turning corner on Valley

3rd, 4th ,5th floor plan: drastic peaks divide the units as if the roof were interior walls themselves

Overview Summary

Concept Analysis Elevations Axon

Lower Units Exterior

Structure Details

Upper Sections Units Fenestration Circulation Interior

The very construction of The Valley eludes to our environmental strategy. Cross-laminated timber is a renewable material and the specs will call for cradle-to-cradle certified lumber as well as sourcing from a manufacturer no more than 700 miles from the project site. The face brick that is covering all the exterior walls will be reused brick from the existing site if possible, or sourced from a manufacturer who sells recycled bricks. Our environmental systems will be taking full advantage of our steep gabled roof by collecting rainwater through an integrated roof drainage system. This rainwater will then be pumped to an underground water storage tank, which will then be used as needed for our radiant floor heating/cooling system as well as plumbing fixtures.

Building sections: Indicating a variety relationships of floor slabs situating the Valley space

Left: Unfolded building section along the Valley facing north Right: Building section with sunlight indication

Left: Typical lower level next to the Valley Right: Typical loft space with a spiral staircase connecting two levels

6’ x 7’ (66)

4.75’ x 6’ (262)

7’ x 4’ (69)

1’ x 6’ (144)

4.75’ x 1’ (28)

3’ x 3’ (142)

2’ x 4’ (83)

2’ x 4’ (135)

Unfolded Building Section along the Valley facing south: ascending steps with 2’ intervals from the entrance

Unit plan: Typical upper unit with a mezzanine under the gable

Unit plan: Typical composite units Right: Interior of a mezzanine

Citizenships Afloat Great lakes theme studio - Critic: Ann Lui - Team: Jamie Lee, Alva Huang

Experienced record low in 2012, the surface elevation of Lake Michigan and Huron has risen over 3 feet since then. Meanwhile, the last 5 years have also been historically the wettest in the region. Integrated with population research from phase 1, we reasoned that residents in different scales of coastal settlements react differently to this climate change trend. We zoomed into upper st Lawrence river because we are interested in exploring an unproven site. In addition,the chart at bottom right reveals a positive correlation between the water level increment and the damage to coastal infrastructure.

178.0

177.5

177.0

Link to theme movie : https://youtu.be/Bu6ZdXIHrD4

1991

1990

1989

1988

1987

1986

1985

1984

1983

1982

1981

1980

1979

1978

1977

1976

1975

1974

1973

1972

1971

1970

1969

1968

0 1967

174.5 1966

20

1965

175.0

1964

40

1963

175.5

1962

60

1961

176.0

1960

80

1959

176.5

Utopian

Off-Shore

Time-Tested

Tactical

Oceanix, BIG, United Nations

Floating Farm, Rotterdam

Kinderdijk, Netherlands

Lagos, Kunlé Adeyemi

Ephermeral

Seasonal Resilience

Medieval

Infrastrural

Kumbh Mela, Allahabad, India

Yanweizhou Park, Turenscape

Chinampa, Valley of Mexico, Aztec

Tokyo Bay, Kenzo Tanga

Upper: Study of Incremental water level Lower: Water-relevant Design Strategies

Echoing previous research, we speculate that the dams would eventually show signs of failure due to the inability to regulate waters in Lake Ontario and St. Lawrence River; the joint decision by Canada & the USA to eventually decommission the dams would be inevitable. An extrapolation of the flood levels in our last decade over the next 100 years has revealed a dramatic increase in water levels 2120. Additionally, contemporary evidence indicates that no regulation plan could mitigate any of the floods while the dams could no longer regularize the floods happening in Lake Ontario.

Map of Pre-existing water-related infrastucture

- Moses-Saunders Power Dam The dam created Lake St. Lawrence and is part of a larger project called the Saint Lawrence Seaway.

- Long sault Dam

- Eisenhower Tower

The dam supplies water to two adjacent power stations. Aside from providing significant amounts of renewable power, the dam regulates the St. Lawrence River and affords passage for the navigation of large vessels.

The Eisenhower locks are part of a system of locks along the st. Lawrence Seaway used to raise and lower shifts from the Atlantic Ocean to the level of the Great. Lakes. built and opened officially in 1959

- Iroquois Dam The Eisenhower locks are part of a system of locks along the st. Lawrence Seaway used to raise and lower shifts from the Atlantic Ocean to the level of the Great.

In our final phase, we are examining the portion of St’ Lawrence river that straddles along Quebec, Montreal and New York, right at the heart of Long Sault dam, and Moses Saunders Dam. We have zoomed into three zones on site for analysis, as each of them reflect the emerging citizen’s attitude and softer cohabitation strategies in response to adverse climatic changes. The fictional narration of our citizenship is defined by the shared solidarity of the citizens who chose to remain and adapt to the geopolitical and climatic changes along St. Lawrence River. Opposing this would be the camp that can be characterized as those who chose to Retreat (repel, resist).

2030 - Existing bridge flooded

2030 - Hazards to the bridge

2060 - Existing bridge flooded

2090 - New infrastructure established

2120 - Extensive adaption to worse climate change

The catalog mainly consists of the people who are on-the-water, like the fisherman and the carrier, the related industries to serve their activities, the people currently working for the dam, and the people from the indigenous reservation in that area.

We are speculating the transition in the roles of these groups of people.. The people in the remaining group are basically divided into 3 departments: the fishing group, which is the most important industry in the region as the decommission of the dam enriches the local aquaculture; the service group, who runs the living related industries like restaurants, schools, and the fishing equipment stores; the third group are about the maintaining the infrastructure as well as daily detect the dam decommissioning influences.

Structure Evolution of the habitants on Site

Site 1: Incremental Cohabitation In the face of unprecedented floods, the design speculates the transformation of a completed flooded city of Cornwall, Ontario. The plan provides flood resilience and an urban framework for communities of the remains to build incrementally and progressively.

The dikes are designed in a grid formation that branches in its connective network. Through an active system of livable and navigable basins, communities could construct their livelihoods through cohabitation strategies with water, such as floating agriculture islands, constructed wetlands, amphibious houses, and boat transportation systems

Aerial axon of Incremental Cohabitation

Left: Transportation system detail Right: Location at site

Site 2: Akwesasne Eco-tourism Landing themselves on the regional spotlight in the 22nd century, the Akwesasne region has emerged as a popular destination to many population migrants and travelers for its unique lifestyle and landscape.

Communities are connected by a series of footbridges that further extend into the river as a bay. The map consists of a range of touristic activities organized by the Akwesasne indigenous population, such as entertainment leisure, food businesses, and water sports activities. As the water level changes dramatically, the port is constructed to allow boats to hang vertically and adjust to different water levels.

Aerial axon of Incremental Cohabitation

Left: Eco-system & Welcome-center detail Right: Location at site

Capital One Performing Art Center, Washington D.C. Professional architecture studio with HGA architects Critic: James Kehl & Nat Madson

A theatrical-spiral-wrapped performance art center is proposed.

This is a professional architectural design studio instructed by HGA architects working on the existing Performance Art Center project entrusted by client Capital One.

Entry Idea

Concept Site Brief

Analysis Axon

Entrance Foyer Retail

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

Key Concept

Traditional Theater

Boundary-less Theater

Originated in crude amphitheater, theater performance has been longly defined as boxed since architecture arrived. Hereby a retrospective study to be done to recall the essence of performance in pure Picture Frames.

West of Washington D.C.

Laying by the busy freeways and Surrounded by Capital One projlight rails ects, mostly office buildings

As part of the Capital One overall planning in McLean,. the performance art center is one of the latter projects in order to provide multi-media as well as entertaining support to the surrounding office buildings and their occupants.

Entry Idea

Concept Site Brief

Analysis Axon

Entrance Foyer Retail

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

b

a

c

Site Context

Ground Level

Roof Garden

Located in the center of the city, the theater footprint is planned by other current Capitol One projects . A roof garden is finished on the top of the adjacent parking building.

Bypassing (foyers, along the spiral)

Observing out (under cantilevered black box)

Looking up (under the bridge)

Diagram 3: Picture frame alternatives and interactions with which people could have respectively Initial Ideas Axon and Diagrammatic Model Traditional Theater Boundary-less Theater

Interior

Exterior Performance Moments

Exterior

The idea is to redefine theater as both exterior and interior stages. The box shall be feathered and thus a Comprehensive Theater is proposed.

Traditionally, experience of visiting a theatre is always sole and routine. The idea is to enrich that by allowing Unexpected “Performances”.

5

4

3

2

Theatre Hall

Black Box

1 Left: Boundary-less theaters along the walkable spiral Right: Traditional theaters assignment

Roof Garden Performance Stage

Ground

Landscape Disconnection

Program Requirement

Parking Building

Walkable Spiral

Diagram 1: Spiral-like solution of disconnection between ground & adjacent roof garden turns the shell of building walkable.

Performance Stage

Outdoor Performance Stage

Secondary Outdoor Performance Stage

Walkable Spiral

Diagram 2: consider exterior as another performance stage and connect with a walkable spiral

Left: Site simulation Right: Diagrammatic physical model

Entrance Foyer Retail

1

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

Main transportation accesses.

On ground level gathering spaces are placed on the two ends.

Floors as shown have accessibility of: Thiner north half of the footprint brings greater compression to general space.

West staircase East and south elevators Floors as shown consist of: 2 Classrooms Rehearsal room First and second balconies of performance hall Back of the house area Each gender-designated ADA restrooms

Max Footprint

As the south half opens up, it shall be more inviting.

13’

Park Building

Theatre box does not need sun light or direct exterior access, it is placed innerly.

Diagram 4: Theater Performance vs General Gathering Distribution at the Entry level

22’ Performance Hall Control room

Balcony

Foyer 30’

Storage Storage

38’

Cafe

Office Office

Dressing

Storage

Orch Pit

Storage Storage

Dressing

Retail

Retail

38’

Alternative Floor Plan at Level of South Entrance/Retails - 0’

Cafe

Retail

Retail

Foyer Foyer

Diagram 5: Two entrances and foyers on the both ends

Rehearsal Room 38’ Classroom 38’

Classroom 38’

Back of House 30’ Stage Platform 30’

Floor Plan at Level of Entrance/Foyer - 13’

Lighting Study with physical model: The main foyer is bounded by continuous framed facade.

2

Entrance Foyer Retail

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

A signature Outdoor Theatre, which potential to hold light-relating art exhibition.

In certain situation it is still possible to hold events such as banquets, weddings and Outdoor Cinema during daytime or evening..

The black box theatre consists of a simple, somewhat unadorned indoor performance space in the upper floor of the performance center.

4

Diagram 6: Constitution on theatre hall, following the consistency with the governing curvature 30’ 30’

45’

60’

59’

74’

Black Box 3

Theatre Hall 2

49’

64’

The performance hall with two floating balconies in the center of the building is main Indoor Theater.

30’

The landscape framed out under the cantilever is viewed as another approach of outdoor performance.

Diagram 7: Indoor vs Outdoor Performance Distribution

Theatre Hall Plan

Control room Control Room

Stage

Storage Storage Storage

Cafe

Office

Dressing

Retail

Orch Pit Pitch

Storage

Retail

Foyer

Theatre Hall Section

Left: Performance Hall when being active Right: Turn of Theatrical Spiral under the black box theater

Entrance Foyer Retail

3

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

Floor as shown has accessibility of: West staircase South elevator

During rehearsal or unoccupied

Floor as shown consists of: Black box theater Third balconies of performance hall VIP room 1 5/8’’ Wood Flooring & Underfloor thermal 7 1/8’’ Concrete slab

60’

5 9/10’’ Insulation

During other private uses

U-Shaped steel section

Diagram 8: Phases of black box theater Right: Potential lighting conditions designed for the inserted alley

4’’ Concrete slab Glass facade with double glazing window

60’ 74’ Cantilevered Black Box and glass facade detail

64’

Black Box Theatre 60’ VIP Room 60’

Floor Plan at Level of Third Balcony/Black Box Theatre - 60’

Left: Picture frame under cantilevered black box Top Right: Under Overhead Bridge Bottom Right: Exterior stage

5

Entrance Foyer Retail

1st/2nd 3rd Balcony Balcony Classrooms Black Box Rehearsal

Overview Roof Garden Renderings Park Access

Rare

Floor as shown has accessibility of: South elevator Existing roof garden of adjacent building

Theatre Hall Main Foyer

When the Theatre Hall is occupied by the most formal performances, the building becomes primarily as what a traditional theatre hall is.

Continuous steel L Less Common

Concrete fascia beam Two layers of 2 1/2’’ concrete slab Insulation sandwiched

Exterior Stage 3.5

3’’ steel roof deck and steel roof beams under Front Plaza 1

Concrete flooring in roof garden detail

Less rarely, the terrace 60 feet above the ground level is where outdoor performance can take place.

Common

110’

Outdoor events in Roof Garden 5

Grand Skylight

The most commonly, when no performance going on, the foyer and ticket office area hold general gatherings or exhibitions at where the grand skylight creates extraordinary lighting condition.

Floor Plan at Level of Roof Garden/Access to Park - 102’

Diagram 9: Three Phases of Performing Art Center’s Functionality

scale 1:200 scale 1:100

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Seirankai - Haato Daycare Center Shimokitazawa

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“What would be an ideal place to hear your children laugh and see them play.?” A double height ceiling with sunlight shifting through is to be created in an extremely tiny context to raise infants in Sei-ran-kai day care center (青藍会保育園) in Shimokitazawa, Tokyo.

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Left: Entrance view Middle: Northward facade Right: Southward opening and exterior space

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First floor plan

The front elevation the building is conceived under the idea of integrating fairy tales and easy atmosphere for the children. Color red is boldly proposed as the result. The shape of an adorable hat is also one of our early analogy. Incorporating the overall landscape, detailed design will be more considered in the future.

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Deciding on the floor plans was like solving a difficult spatial puzzles, as constrained by not only generally rigorous Japanese zoning laws but also numerous local codes in Seijo district, Owning a small land property less than 1700 square feet in popular sightseeing location, Shimokitazawa, Tokyo, client Seirankai demanded a program spacious enough for 22 age 0-2 infants in total.

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Exterior Perspective from the adjacent park

認可保育所整備・運営事業者募集(整備計画地：北沢四丁目)

世田谷区立北沢かしのき公園

Second floor plan

Ribbon - Hong Kong Residential Amplification Proposal eVolo Skyscraper Competition - Project Leader - Team: Pichen Liu

Hong Kong also survives severely from the limit of total land area, which epitomizes the forthcoming global demand of space optimization in such metropolises.

Hong Kong Housing Price - % change over the year before 40 30 20 10 0 -10 -20 -30 -40 -50 1998

2002

2006

2010

2014

2018

(Data: Rating and Valuation Department)

The Big Bend Oiio Studio New York, Proposed Kuala Lumpur Signature Tower

Earlier apartments weren’t technically supported to elevate as high from the ground as later commercial buildings. However, as nowadays transportation has been greatly developed, it is in general feasible to propose much higher residential buildings.

Hypothetically, if something could be designed to stuff the empty yet expendable space upon existing lower buildings, it shall profoundly solve the shortage of popular metropolitan land.

Ribbon

BIG

Hong Kong, Conceived

Kuala Lumpur, Unbuilt

More space above city

Marina Bay Sands Hotel 1 Moshe Safdie

Wrapped

Little space on ground level

Singapore, 2017

Lateral

Inversed

Arched

Modular Plans

Modular units are flexible of inner programs. Although insufficient residential space is the main concern behind the entire design, programs.

Laundry

Apartment A

Apartment B

Conference

Lounge

Aerial view over the city

Unit Floor Plans Alternatives (with Liu)

The ribbon is composed by an open tunnel , floor plates every 8m, and scattered units with various programs.

Linkage - Stairs & Escalator

Segmentation - Floor Plates

Pixelization - Units

Diagram 1: Section components and circulation methodology

Inner public space for inhabitants.

• Done in order to connect with the many units

Skeleton • Allows board vision and sunlight for each units.

Main escalators • Supporting mostly the inner circulation of the building. Entry • Elevated in order to avoid taking space from street level.

Section through Inner Tunnel (with Liu)

Entry condition from ground level

A Sequenced House - Lakeside Pavilion Light-material-concentrated architectural studio - Critic: Kris Mun Given the project prompt to consider about a possibly light material system to build such a resort, I started from contemplating the definition of ‘Being Light”. A light structure is one done with minimal elements and therefore requires high-standard geometrical rationality.

Lounge on the top level

Staircase structure on in the center of the building

Starting with an ordinary 90 degree wood angle, towering to possibly highest level, as shown in the diagram above, this ‘natural’ structure governs the constitution of the entire building and implies potential spatial unique quality.

Hall way with storage on right-hand side

Left: Explosion Diagram with proposed activities in the pavilion Right: Interior Views

First Level - Public gathering space with Mechanics and Kayak storage

Second Level - Two Locker rooms

Vegetation is another significant element I would introduce to this pavilion design because of a few reasons. Existing trees are compelling and largely appreciated in the site, As the void in between the beam structure, it is allowed to put vines so that the entire experience of the building can become more organic,

Third Level - Lounge and office