georgia tech 2020|
The Georgia Institute of Technology Tracy Meng m2meng@uwaterloo.ca
1|
|tracy meng
table of contents. academic
i.
ii. 2|
hang in there!
u - weave
2.5 months 2020 Design Studio
1 month 2019 Parametric studio
individual
individual
pg. 4
iii.
pg. 26
egg-ragates
lift
1 month 2019 Parametric studio
1.5 months 2019 Design studio
individual
group
pg. 20
iv.
pg. 34
tracy.
I am currently a fourth year student at University of Waterloo. I enjoy art, travelling, movies and food of all cultures. This is a collection of works that best showcase my passion for architecture and how I view the world through the lense of a designer.
Thank you for your time.
personal meet at shore
aqua terrain
1 month 2019 Steel course
1 month 2019 Exploration
CISC competition
v.
group
pg. 44
i.
group
pg. 54
professional the turett collaborative
covert 1 month 2019 Exploration
2.5 months 2019 Luxury res
i.
team
pg. 50
ii.
individual
pg. 64 3|
georgia tech 2020|
call me
|tracy meng
hang in there! During the early decades of the 21st century, there was an escalation and proliferation of societal, cultural and environmental injustices; a positive change must be implemented. Located in the heart of Downtown Toronto, lies a proposal for a conflict resolution centre; a hope for unification and harmony amongst our tumultous world. The proposed centre address 2 inter-related programs. Firstly, the centre offers a range of educational courses and training workshops that focuses on collation between any parties requiring resolution. Secondly, the centre serves as a place where facilitators are available to communities at any given time. A livein resident faciliator requires a space where their research meets living. The objective of this centre is to dedicate spaces for relaxation, comfortability and openmindedness for people to discuss their problems, while incorporating elements from the existing site. A safe haven is the first step taken for our community to begin the journey towards trusting and eventually collaboration/ listening to the “other�. My proposal: When looking at the entirety of the site on McCaul & Orde, one of the main; only, potential feature that can be utilized in an architectural sense is McCaul - Orde park along the North side. The building mainly focuses on pulling in the existing conditions of the park as well as trying to provide new spaces that promotes conversing; through the ideas of play and garden, while establishing a sense of community. One main program introduced is a 2- story garden, that serves as a linkage between the park and the building itself. 1st story garden is on the sauna level (below grade), a rock garden is proposed; therefore, sauna spaces have a direct linkage and views to green spaces. Top story garden is on the ground floor, it is the extension of the park itself; it serves as a threshold between the outer community and the building. In breakout spaces, off of meeting rooms serves as a place of relaxation or privacy away from the meeting itself. Programs of play and gardening are proposed in those breakout zones through playful hammock seating as well as integrated indoor planting. Most importantly, all of these communal spaces in the building are North facing strategically directed towards the park.
Site: McCaul + Orde St, Toronto, Ontario, CAN
4|
georgia tech 2020|
andrew levitt | final project| individual collaborative design studio
5|
|tracy meng
massing.
1
2 solid block
3 pull in park
4
5
push down park
6 pop out breakout spaces
7 curve to match park final form
6|
pull park through
georgia tech 2020|
breakout spaces.
1 Communication + Lounge First type of breakout space serves as a communication and lounge pod. Since these are located off of group meeting rooms; more private and intimate conversations can be held.
2 Socialization + Play This type of break out space is located in prominent and busy meeting spaces. This allows for social interaction in a more intimate way, also incorporating the idea of play and a different type of lounging.
3 Self reflection + Sleep This type of break out space is meant for one’s mind and body to heal. It serves as a place for total relaxation; close by after an intense meeting.
NOTE: each breakout typology has indoor planters; visitors are always embedded in greenspaces, even indoors.
Better Sleep
Improves Blood Circulation
Better mental focus
7|
|tracy meng
3
2
1
1 McCaul St. 2 McCaul - Orde Park 3 Orde St. parking entry/ exit building entrance institutions / hospitals residential buildings site plan
8
2
1
1 McCaul St. 2 McCaul - Orde Park
9 12
4 3
4 Park entrance
5 Fire exits
6
6 Park pull in / garden 7 Rock garden (below)
7
5 13
3 Street entrance
11
10 14
8 Path proposal - park 9 Bike storage 10 Garden (off kitchen) 11 Garden (elder’s room) 12 Parking lot 13 On - site disposal area 14 Loading zone
ground context plan
8|
georgia tech 2020|
exterior facade render
rock garden (below grade) render
9|
|tracy meng sauna (below grade)
ground floor
elevator
elevator
open to below
SET BACK
SITE
10|
admin
sauna
cafe + entrance
bike storage
rock garden
mech
garden
elder’s room
meeting + breakout space
georgia tech 2020|
floor 1
floor 2
open to below
open to below
elevator
elevator
open to below
open to below
open to below
open to below
waiting area
W/C + storage
researcher res
W/C + storage
garden (below)
meeting + breakout space
garden (below)
waiting area
meeting + breakout space
11|
|tracy meng
SITE
2M SETBACK
researcher res garden / outdoor cafe / entrance sauna admin meeting + breakout space
section AA A
A
SITE
garden / outdoor waiting area admin meeting + breakout space
section BB B
B
12|
2M SETBACK
SITE
georgia tech 2020|
SITE
SITE
2M SETBACK
SITE
garden / outdoor researcher res elder’s room recycling / garbage waiting area admin meeting + breakout space
section CC C
C
13|
|tracy meng waiting / seating render
north elevation
14|
sauna render
west elevatio
georgia tech 2020|
on
meeting / break out render
south elevation
15|
|tracy meng
structure. Roof Purlins (battens) 50x76, 600mm apart
Steel Tension Cable to Column
Roof Rafters 2x12, 16� o.c Glulam (Roof) beams 215x750 Douglas Fir- L (max span: 7.5m)
Proposed wood flooring
Glulam Beam to Glulam Column
Glulam Beam sizes: 265x760 (max span: 9.5m) 215x570 (max span: 7.5m) Joist sizes: 38x286, 400mm o.c (max span: 5.5m) 38x140, 400mm o.c (max span: 2.75m)
Glulam Beam to Glulam Beam
7 ply CLT Structural walls (Shear / Lateral system) Timber Columns Cast in place - concrete foundation wall 12� 300x600 Cast in place concrete footing 100 series concrete filled block wall retaining wall
16|
Glulam Column to Concrete foundation
georgia tech 2020|
systems.
GH
Radiant Heating The heating strategy is the geothermal energy embedded below grade (atleast Geothermal Pump System (Heat / Cool) 300ft). A closed loop system for radiant heating provides interior thermal stability. A retaining wall (rock garden) thermally heats with the earth. Rain catchment system Water system The Toronto municipal water supply is the main source of water. The municiple Grey water tank water is connected to the main potable water storage tank (located on the Irrigation path sauna level). A heat pump warms this water and it is then contained in a hot water tank. Hot and cold water are directed to the sinks and showers in the ERV system (ceiling hoods) building through pipes in the wall cavities. ERV system path Waste water system Heat lamps Water from the rain catchment system on the roof and unused water from showers / sinks are stored in a grey water tank. The water is used to irrigate plants and indoor planters, leading back to the park. Sauna heaters Anything left over or unused, is connected back into the city’s sewage system. PV panels Radiant heated / cooled zones Ventilation path
Ventilation / ERV system The building’s windows are operable to ensure maximum opportunities for passive ventilation and stack effect during the summer seasons. During winter, a ERV system is deployed therefore, warm stale air is drawn in from moist environments and are exhausted to the outside. The energy is then exchanged so incoming fresh air from the outside can be sent throughout the building. Solar Power PV system PV panels on the south side of the roof; collects energy for the building. Additional energy sources comes from the city of Toronto.
17|
|tracy meng
details.
retaining wall detail
18|
interior planter detail
georgia tech 2020|
double facade detail
19|
|tracy meng
egg-ragates.
Part of my parametric studio course, this project’s main focus is to study and analyse the form, the structure and overall anatomy of an egg; while using material systems to replicate the “perfect” egg in an architectural way. The material system proposed is a combination of aggregate forms that are connected together through the use of: weaving and linking. The “perfect” aggregate egg is successfully created through a process of understanding the limits of the material system, basic trial and error as well as analyzing and breaking the egg apart with the help of grasshopper and rhinopython.
20|
georgia tech 2020|
iii.
maya przybylski | part one| individual parametric studio
21|
|tracy meng
process to the “perfect egg�. i
connection: fixed material: millboard (thick)
i
connection: fixed material: millboard (thick)
ii
ii
connection: fixed material: millboard (thin)
connection: fixed material: millboard (thin)
iii
iii
iii
iii
connection: pinned (wood) material: plexi-glass (thick)
connection: pinned (wood) material: millboard (thin)
connection: pinned (metal) material: millboard (thin)
connection: pinned (metal) material: millboard (thin)
iii
iii
iv
iv
connection: pinned (metal) material: millboard (thin)
connection: pinned (metal) material: mylar
connection: pinned (metal) material: millboard (thin)
connection: pinned (metal) material: plexi-glass (thin)
22|
georgia tech 2020|
i
i
i
ii
attachment: fixed material: millboard (thick)
attachment: fixed material: millboard (thick)
attachment: fixed material: millboard (thin)
attachment: fixed material: millboard (thin)
ii
iii
iii
iv
connection: fixed material: millboard (thin)
connection: pinned (metal) material: plexi-glass (thin)
connection: pinned (metal) material: millboard (thin)
connection: pinned (metal) material: millboard (thin)
i
first iteration
ii
second iteration
iii
third iteration
iv
final eggs
One of the major problems encountered was finding a solution to actually fabricate the egg itself and how to connect each aggregate to form the desired shape. From the first egg iterations, the approach is very elementary and uncalculated; simply cut up the aggregates and try to glue them together (fixed connection) to form a circular shape. The first iterations turned out very deformed as the aggregates were not scaled properly and was very uncalculated. The second set of iterations was much more dynamic, two different methods of connecting aggregates are formed: weaved and linked. This opened up new possibilities of how to shape / size the aggregates, the connection methods used and the overall materiality to create the egg. By the third set of iterations the form of the egg got much more accurate due to precisely dividing the egg to form the correct size of aggregates; as well as changing the connection system from fixed to pinned, therefore allowing gravity to take on it’s natural form. The final eggs (both weaved and linked) are formed perfectly, due to the help of grasshopper and rhinopython; the aggregates are shaped and sized with precision. The final eggs also have pinned connections and are made out of thin millboard and plexi glass due to their flexibility, lightweight material and sturdiness. This entire process took approximately 1 month (4 weeks); served a combination of testing, guessing, experimentation and analysis on the material system.
23|
|tracy meng
how to form aggregates?
2
1
egg.
3
cut into sections.
remove section.
weaved system. The egg is split and analyzed in strips to create aggregates that vary in size to follow the natural curvatures of an egg. When determining the sizing and shape of the weaving aggregates; an “X” shape created holds more advantageous to weaved eggs, as the arms connect in a diagonal manner; this creates a better shape for aggregates to attach.
4
5
6
7
split section.
size aggregates.
shape aggregates.
offset thickness.
4
5
6
7
linked system. The linked aggregate geometry is created in a very similar fashion; however the shape follows a “T” as it is much more effective for the arms to link up as well as the overlap of those arms can be analyzed to form specific puncture holes; for where the pinned connections would be, to form the perfect egg.
24|
split section.
size aggregates.
shape aggregates.
offset thickness.
georgia tech 2020|
how do weaved eggs work? The major difference between weaved and linked eggs is that weaved egg aggregates very heavily rely on the size and angle of the aggregates to form the egg. Since they are connected by the tips of the arm, there is not much flexibility on the overlap of the arms; therefore, each aggregate has to be sized perfectly to follow the nature curvatures of an egg. Unlike linked eggs; the aggregates of weaved eggs must all vary and be precise, in size, shape and angle of the arms. When analyzing the weaved diagonals created by the arms, the pattern repeats over (top) and under (bottom); in a continuous fashion.
unfolded plan showing connections.
The rotated pin connection allows the egg to take a more natural form than linked eggs. Through the force of gravity, combined with the calculated grasshopper egg shape, weaved eggs will naturally conform to the “perfect” egg shape, no matter the condition.
how do linked eggs work?
The major difference between weaved and linked eggs is that linked eggs primarily rely on the placement of holes and where each arm connects to. Linked eggs have the ability to have the same aggregates itself, and everything depends on how tight / loose each arm is connected. One really important element in forming the “perfect” egg with the linked method, is the analysis of the circumference of an egg with each vertical layer. Therefore, the placement of holes and the amount of overlap in the aggregate arms are crucial; as that will determine the shape of the egg.
unfolded plan showing connections.
Unlike the weaved method, the aggregates are in a “T” formation, that also means that the aggregate itself can be rotated 90°, as it does not rely on any angles. This makes the aggregate itself extremely versatile, however the shape of the egg is much more forced, unlike weaved eggs.
25|
|tracy meng
u-weave. Continuation from: egg-ragates. Focusing on weaved aggregates, U-Weave is a temporary interactive pavillion designed for anywhere in the world. The design of the aggregates is easy to transport and assemble, allowing multiple typologies depending on the needs of the user. The aggregate assembly is not only able to avoid existing obstacles, it conforms to the site itself. Notable typologies in the U-Weave project contains canopies, fully enclosed domes, walls of different heights and curvatures as well as connecting in a continuous path. The aggregates comes in various shapes and sizes; the thin- armed aggregates; allows for light and porosity and the thick- armed aggregates; allows for privacy and shade. There are also tie downs specially created for the aggregate legs holding the structure up. The location of the walls can be specifically designed to block out any unwanted views as well as provides an interesting ease of access for any gathering. The programming can vary from gallery spaces, exhibition spaces, markets and anything else the user desires. Site: Anywhere in the world.
26|
georgia tech 2020|
iv.
maya przybylski | final project| individual parametric studio.
27|
|tracy meng
Example site: Unoccupied parking lot This interactive pavillion can be erected anywhere with open space. The alloted types of programs are endless; the canopy can adapt itself to whatever the situation may need. Here the proposal is an open exhibition/gallery space, showcasing student work. Areas for vendors and food can be implemented as the canopy itself can provide the seperation needed for these spaces.
b
1
enclosure / seating.
2
building / fabrication space.
3
exhibition wall.
4
open circulation space.
5
picnic benches.
6
bbq area.
7
obstacles to dodge.
8
exhibition tables.
9
semi public / private space.
28|
7
a
9
b
7
georgia tech 2020|
c c 2
5 7
6 9
7 8 3
4
a
1
29|
|tracy meng partial section aa.
partial section bb.
30|
partial sectio
georgia tech 2020|
form
A
semi public/ semi private
form
B
small partition
form
C
fully enclosed (dome)
form
D
shaded screen
form
E
open (flat wall)
on cc.
31|
|tracy meng model photos
32|
georgia tech 2020|
33|
|tracy meng
lift. Situated near Toronto’s North York University, the existing parking lot is proposed to be transformed into a student residence. The objective is to create a built-form that connects the existing site conditions, major intersections and urbanized fabric together; creating a centralized zone for students to conjure. Our approach: The anti-wall is a student community landscape that promotes health and wellbeing by celebrating community, connectivity and inclusivity. Popular urban design such as suburbia and gated communities encourage exclusivity and walls. Therefore, the wall must be contested. To overcome segregation, as well as improving health and wellbeing, the residence is lifted from the ground, eliminating borders and creating a porous site that invites all to enter and participate in community programmes. An abundance of greenspace is incorporated into the site to create a serene landscape. Healthy social amenities, such as a communal greenhouse garden, fitness gym and an arts centre are facilitated to bring people together in healthy and constructive ways. Walls divide, segregate and disconnect. In an age of increasing divisiveness, it is important to take bold steps toward making an emotional and tangible change. Site: North York, Toronto, Ontario, CAN
34|
georgia tech 2020|
i.
lola sheppard | masterplanning studio |group project in collaboration with lauren patrick, nidi metaj and bonnie christopher.
35|
|tracy meng
2
4
lift.
1
enclose.
enter.
ENCLOSE
3
CREATE
split.
by: b.p
The 4 quadrants.
by: tracy meng
GROW
grow.
DINE
LIFT
dine.
ENCLOSE
SPLIT
create.
EXERCISE
exercise.
36| LIFT
georgia tech 2020|
north york site plan.
by: n.m
by: tracy meng & l.p
AM shadow.
hardscape.
private vs. public.
PM shadow.
softscape.
arteries.
37|
|tracy meng by: n.m & b.c
1
sculpture garden.
2
art centre.
3
open fields.
4
piazza.
5
green house.
6
community gardens.
7
alfresco dining.
8
cafe.
9
digestion gardens.
10
basketball courts.
11
yoga lawn.
12
fitness gym.
13
haynes ave.
14
york university busway.
38|
2 13
1
georgia tech 2020|
6
2
5 4 3
7
11
8 14
12 10
9
39|
|tracy meng
LPTURE GARDEN CENTRE N FIELD
4 5 6
PIAZZA GREENHOUSE COMMUNITY GARDENS
exterior render (green house) by: tracy meng
site sections by: tracy meng
40|
7 8 9
ALFRESCO DINING CAFE DIGESTION GARDENS
10 11 12
B Y F
georgia tech 2020|
BASKETBALL COURTS YOGA LAWN BASKETBALL FITNESS GYM COURTS YOGA LAWN FITNESS GYM
exterior render (path way) by: l.p
SITE PLAN
SITE PLAN
A
B
B
CA
C
B
C
B
A
CA
SITE SECTION AA
aa SITE SECTION sectionAA
41|
|tracy meng site sections by: tracy meng
model photos model by: tracy meng, n.m, l.p & b.c
42|
AA AA
SITE SECTION BB SITE SECTION BB
section bb
SITE SECTION CC section cc SITE SECTION CC
43|
georgia tech 2020|
SITE SECTION SITE SECTION
|tracy meng
meet at shore. Taking advantage of the beautiful view, Meet at Shore is a grand market project situated next to the waters of Lake Ontario. Its architectural design derived from the geometric autonomies of a sailboat/ship, it is the assembly of three elements that fold, overlap, and connect into each other in an origami type fashion to represensent the fabric sails of a sailboat and the remaining wreckage of a vessel. A solid mass touching the ground houses the services and a cafe for permanent annual usage, and extending from it are two sets of steel canopies with different opacities of glass panels allowing a play of light and shadows underneath the structure. The open space beneath may hold various types of gatherings, events, and exhibitions, as well as its main programming of an outdoor marketplace. Transformative to house activities of different scales, the openness of the structure invites in the naturescape beyond, providing intermediate access all around and a connection to the surrounding landscape and urban fabric; a mediator between the two. The solid volume cladded in corten steel with missing panels for window openings represent the reminiscence of a ship wreck, whereas the triangular steel canopies mimic the shape of sails that are held up by tension cables attached to masts, then the overall frame is tied down back into the ground, a direct translation of the working elements of a sailboat. In an attempt to create contrasting perspectives of heavy versus light to emphasize the bulkiness of a vessel compared to the weightlessness of a sailboat, the enclosed volume elicits a heavier atmosphere through its solid form and darker materials. Whereas the steel canopies are suspended to lift off the ground and as light filters through displaying changing patterns, it presents a much lighter feel. With a huge range of viewing distances from the ground going up, details and connections vary in AESS qualities for the best user experience while taking into consideration costing, time, and labor required for different elements.
Site: Pier 7, Hamilton, Ontario, CAN
44|
georgia tech 2020|
terri boake | structural steel course | group project in collaboration with quinn li and yidan wang.
45|
|tracy meng
The Great Lakes have a long fascinating history of shipwrecks, estimated to be approximately 4,700 with around 500 in Lake Ontario. With the objective of activating a site whose design principles may root itself into the timeline of its surrounding context, Pier 7 Boardwalk in Hamilton, Ontario borders this rich body of water. Extending out into the lake is a massive concrete platform occupied on one corner with a coffee shop and Discovery Center. A serene viewing destination for various leisure activities by the shoreline, the empty lot is surrounded by neighbourhoods towards the south. With many proposals aimed to develop the area with modern residential projects, Pier 7 Boardwalk is a promising site that should not be neglected anymore. LAKE ONTARIO site. HWT conference centre. path proposal - connection to HWT center. green spaces. residential buildings / local businesses. site plan.
by: tracy meng
a
6
1
2
5
3
b
b
7
4 a
ground plan. by: y.w
46|
1 2
path to HWT centre. market space.
3 4
exterior seating.
5
cafe / interior seating.
bike storage.
6
kitchen / serve station.
7
W/C.
georgia tech 2020|
by: q.l
section aa. by: y.w
section bb. by: tracy meng
47|
|tracy meng
connections by: tracy meng, y.w & q.l steel cable spelter socket fin connection
anchor bolt steel plate concrete footing
HSS Steel member steel fin plate spelter socket
tie down connection detail. • •
Hot- rolled galvanized steel plate Galfan coated carbon steel cable (Inner round wires heavy galvanized)
exterior render.
48|
by: tracy meng
Smooth welded connection
cable to steel canopy connection detail.
welded HSS membe
• •
•
•
Hot- rolled galvanized steel fins Galfan coated carbon steel cable (Inner round wires heavy galvanized) Hot- rolled galvanized HSS steel beams
Hot- rolled galvanized
georgia tech 2020|
mast steel fins anchor bolt
mast steel plates spelter socket steel cable
er connection detail.
cable to mast discreet connection detail.
d HSS steel beams
• • •
section bb.
Polyurethane enamel low gloss coated steel mast Galfan coated carbon steel cable (Inner round wires heavy galvanized) Hot- rolled galvanized steel plate
steel plate concrete footing
mast footing connection detail. • • •
Polyurethane enamel low gloss coated steel mast Hot- rolled galvanized steel plate Hot- rolled galvanized steel fins
by: q.l
49|
|tracy meng
professional. the turett collaborative.
These samples of drawing sets represents the types of projects and work experienced during my internship at The Turett Collaborative in New York City during April - August 2019. The Turett Collaborative is a high-end residential firm specializing in spatial planning, renovations and interior design.
50|
georgia tech 2020|
the turett collaborative | high end residential in collaboration with architecture & interiors team
51|
|tracy meng
224 W 22nd StNew York, NY 10011, USA Department of Transportation drawing set.
This project is a major townhouse renovation in NYC. I was tasked to modify the facade as well as the front entrance of the house. I prepared options through the use of Vectorworks as well as Revit.
150 Charles StNew York, NY 10014, USA Custom stair
Through out this highend studio apartment project, I was tasked to re-design parts of this custom feature stair. For a few weeks, I prepared options and 3D modelled, using Revit the variations for clientele presentations. After careful selection of the option, I also helped with the detailing components of the feature.
52|
Department of Transportation drawing set.
As a part of the Department of Transportation drawing set, I had to specifically 3D model and detail modifications done to the entrance, the stoop (front steps) as well as the lower level leading to the basement.
150 Charles StNew York, NY 10014, USA Custom vanities During the renovation the client wanted custom vanity pieces in multiple bathrooms. I was tasked with working amongst the interiors team to carefully select materiality and finishing pieces. Then with Vectorworks and Revit, I helped produce final detailed drawings.
53|
georgia tech 2020|
224 W 22nd StNew York, NY 10011, USA
|tracy meng
personal project. aqua terrain. The site; Makoko situated in Lagos, Nigeria is an informal settlement. It is located beneath one of the most prominent bridges, the 3rd Mainland Bridge. Makoko is a groundless, coastal slum; affected by floods all year round. The community comprises of shacks built on stilts and have been around for over 150 years. Due to constantly being embedded in water, the only source of transportation is by canoes and most of their activities happen in the waterways created by the traditional leaders. Residents live in dilapidated conditions with rare access to clean water, electricity and waste disposal; leading to severe environmental and health hazards. Due to poverty, lack of resources and pollution, the water no longer supports marine life or wild life growth. In this project our goal is to propose built structures that will give Makoko’s residences a better chance at survival and live a more fruitful life. Main objectives include: revival of agriculture, revival of aquatic wildlife, cleaner water, and efficient waste disposal systems all through a modular system of multi-functioning spaces. Our approach: We decided to design a series of wetlands with certain plants that help control the PH level of water, filter and clean the water, while also fostering aquatic life and vegetation growth. We figured this was an interesting way to deal with the issues of water sanitation, while also helping to strengthen the community through self sustenance farming of these wetlands. The houses and market spaces float on 55 gallon barrels tied to a constructed wooden frame fitted to each house, with vertical guidance posts that drive down into the seabed. By proposing the use of composting toilet systems in each home, sanitation and waste removal becomes easier to maintain. The houses are located around empty areas of Makoko, so as to not disrupt the flow of canoes and waterways. Further away from Makoko, is a terrain of circular ended wetlands designed to attract fish. Their circular shape helps to break waves and provide stiller conditions for fish to swim and thrive in, as well as plants that attract mosquitoes and other insects that fish eat. Ideally, this would help strengthen the fishing industry, as it is a main source of income for a lot of people living in Makoko.
54|
georgia tech 2020|
exploration of different cultures | group project in collaboration with favour adesina
55|
|tracy meng
Makoko
2
4
3
Lagos, Nigeria 5
1
1 Main highways 2 Coastal slums
4 Fishing wetlands
3 Third Mainland bridge
6 Proposed community spaces
6
5 Proposed residential zone
site plan by: tracy meng
Market Space
Makoko: site section by: tracy meng & f.a
56|
Residential Home
georgia tech 2020|
exterior render by: f.a
Individual Wetlands
57|
|tracy meng
market typology. Green house Plastic covering (PVC)
Structural Frame
market truss
Guidance Posts
Finished Flooring guidance posts
Floor Structure Barrel Framing Buoyancy Barrels
market axo
by: tracy meng
elevation - short
58|
PVC attachment
by: f.a
elevation - long
by: f.a
georgia tech 2020|
Composting toilets
Washing station (with filtration system
Vertical guidance Board walk
Central Market
Storage facility Canoe Tie downs
by: tracy meng
market plan
section - long
by: f.a
section - cross
by: f.a
59|
|tracy meng
residential typology. Corrugated metal sheets Finished wood ceiling Glass / glazing
corrugated metal attachment Wood panel cladding
Vertical guidance posts
Wood frame structure
wetland hook attachment Wood floor finish Floor sructure Barrel Framing
Buoyancy Barrels market axo
60|
by: tracy meng
buoyancy blocks
georgia tech 2020|
Individual residential wetlands
Canoe Tie downs
Washing station (with filtration system
section - cross
by: tracy meng
by: tracy meng
section - long
by: tracy meng
by: f.a
back elevation
by: f.a
Composting toilet Sleeping quarters Washing station (with filtration system
Vertical guidance
house plan
front elevation
by: f.a
side elevation
61|
|tracy meng
Rhubarb
3 layers of wetland (coconut coir)
Cranberries
Vegetation
Mint
Strawberries
wetlands typology.
Beets
Wooden frame (barrels)
Taro
Wooden frame
Radish
Fox grapes
Wire mesh
wetland attachment
62|
wetland hook attachment
Leek Black chokeberries
by: tracy meng
Azola
wetland axo
Persimmons
Buoyancy Barrels
types of vegetation: authentic & easy to grow
by: f.a
by: tracy meng & f.a
1
2
3
4
5
6
7
8
9
10
11
12
•
farm
•
fish
•
harvest
•
eat
•
socialize
•
gather
•
community
63|
georgia tech 2020|
wetland formations.
|tracy meng
personal project. covert. This project is inspired by classical films: Kurosawa’s Dreams, Orson Welles’ Citizen Kane, Alain Resnais’ Hiroshima Mon Amour. This project is an experimentation of materiality, atmospheres and light/shadows; all elements taken from my love of classical filmography. I decided to combine all these ideas and create a spa proposal for healage and selfreflection.
Project description: Here, is the covert of light and function, an array of conditions mastered through the effect of varied illumination. As the subject descends the stairway they are enveloped in the powerful beams of light they had experienced above ground, however in a partially confined condition. Industrially themed staircases transport the subject through space vertically and only vertically, evoking the feeling of linearity and one dimensionality. The subject is then launched into an aura of unrefined intimacy and delicacy provided through space. Embedded deep into the Earth, the subject wonders through this dense, compacted and “cave-like” tunnel, in complete darkness and solitude.
64|
georgia tech 2020|
vi.
exploration| individual.
65|
| t r a c y |mt re ancgy m e n g experimental models. models. experimental
66|
In the model, I used many different materials stemming from wire mesh, clay, wax and wood. This model’s main objective is to capture and test the light and shadows shown through the views that replicate atmopheric qualities.
|tracy meng
georgia tech 2020|
fall 2019|
1
2
fall 2019|
exterior view.
tunnel of self reflection.
above
1. Spa exterior view
3
The exterior materiality of perforated screens allow passage of light to create shadows. Just like the screens in Hiroshima Mon Amour, it creates depth, airness and a material quality reminiscnet of a mist fueled atmosphere. 41|
42|
2. Tunnel of self- reflection Powerful beams of light in a partially confined condition, much resembling the piercing powerful light travel in Citizen Kane, powerful yet subtly guiding. Much like Citizen Kane, the rays of light that run through to the underground are ever present pathfinders. 3. Spa Light in itself, enveloped in the brilliance and airiness that comes with the material quality of perforated screens; reminiscent of the mist fueled atmosphere felt through Kurosawa’s Dreams, surrounded by trees which filter the rays of piercing light.
views.
above ground spa.
43|
67|
68|
|tracy meng