Jaime Lee Portfolio Feb 16'

J ME LEE

undergraduate architectural portfolio by jaime lee February 2016

Future Architecture 2015 Architecture Design Studio:Fire Thinking 30 years ahead, this project stimulates design considerations on the urban and human living cultures that impact the way architecture would transform into. Detailed architectural documentations, structural composition and considerations on services are required to support the design #futureurbanculture #architecturaltransformation

TRI-SLUCENCE / A BUSINESS HQ & HOTEL

ET

AN BATM

STRE

CER

SPEN ET

STRE

The Tri-slucence embraces the emergence of diversity and encourages interpersonal collaboration through architecture. The notion of transparency and translusency runs throughout the design of architectural features and human experiences (both occupants and pedestrians).

Conceptualisation

A variety of art mediums were both integrated both individually and concurrently to explore ideas of light, shadow and trasluscency within a spatial context

Concept Development - Light Shadow Transparency Modelling Experiment

The model experiments spatial qualities under inuences of light, shadow and transparency (centralised void between oors indirectly create one single united volume) at the same time.

Light is channeled down through the void (transparency) while casting different shadow forms on each level.

Concept / Tri-parency

Our society now is leaning towards to collaborative world, rather than an intimate personal growth in a workďŹ eld, collaration is highly celebrated where the exchange of ideas between people are encouraged. Hence the concept of the design is to highlight the growing train of creativity and thoughts interpersonally in society by integrating high levels of transparency when making architectural design choices.

ARCHITECTURE - URBAN

Optimising views by enhancing visual connections

PUBLIC - PRIVATE SPACES Celebrate overall spatial unitedness

OCCUPANTS - OCCUPANTS Encourage interpersonnal interactions.

Perspective Renderings

GF x Lounge

7F x Secretariats & Outdoor Area

4F x Hotel Suites

Proposed Floor Plans

LOO

OOL

1

1

5 3

OOL

4

LOO

1

DN

DN

UP UP

1

DN

UP UP UP

UP UP

LOO

UP

DN

UP UP UP UP

UP UP

AA

1 DN

UP UP

DN

UP

DN

DN

UP

UP

UP

UP

2

3

UP UP UP UP

UP UP

UP

2

2

2

2 LOO

Level 04

1. SEMINAR SPACES 2. FURNITURE STORAGE

1. BEDROOM SUITES 2. CARETAKER’S APARTMENT

3. REFUSE + LAUNDRY 4. DELIVERY/PICK UP 5. PORTE COCHER

3. STORAGE

LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO

LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO

LOO LOO LOO LOO LOO LOO LOO

LOO LOO LOO LOO LOO LOO

LOO LOO LOO

LOO

OO OLLL O O O OO OO LL LLO OO O O O O LLOLL OO

LOO LOO

OLLLL O O O O LLO O OO OO

1

OLLLL O O LLO O O O OO OO

O OO LOLL OO

OO OLL O

OOL

1

LOO LOO LOO LOO LOO LOO LOO

Level 03

1. HALL + GALLERY 2. FURNITURE STORAGE

LOO LOO LOO

Level 02

1. RESTAURANT 2. KITCHEN + COOL ROOM

LOO

Level 01

1. RECEPTION + CLOAK 2. LOUNGE

LOO LOO

Level 00

3

O OO OLL O O O O O LLLLLL O O OO OO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO

UP UP UP UP

LOO LOO LOO LOO LOO LOO LOO LOO

UP UP UP UP UP UP UP UP UP

UP UP UP UP UP UP UP UP

LOO LOO LOO LOO LOO LOO LOO LOO

UP UP UP UP

OO OL OO OLLL O O O O O O O LLLLLL O O O O O O LLO O LLO O O L OO OO

LOO LOO LOO

LOO

O OO OLL O O O O LLLLLL O O O OO OO

O O LLL OO OO

LOO LOO

LOO

OOL

OOL OOL

OOL

2

UP UP UP UP UP UP UP UP UP

UP UP UP UP

UP UP UP UP UP UP UP UP

UP UP UP UP

UP UP UP UP UP UP UP UP

UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP

UP

1 UP UP UP UP UP UP UP UP

2 LOO LOO LOO

UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP

1

4

LOO LOO LOO LOO LOO LOO

LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO LOO

LOO LOO LOO LOO LOO LOO

LOO LOO LOO

LOO

UP

Level 05

Level 06

Level 07

Level 08

1. BEDROOM SUITES 2. CARETAKER’S APARTMENT

1. BEDROOM SUITES

1. SECRETARIATS

1. MECHANICAL PLANT

2. ARCHITECTURE PRACTICE 3. OUTDOOR AREA 4. STORAGE

PROPOSED FLOORPLANS 1:1000

N

BASEMENT

SECTION AA 1:500

FINAL MODEL SNAPSHOTS

Living Architecture 2015 Architecture Design Studio:Air The project utilises parametric and computational design techniques to explore challanges and possibilities they impact on architecture while also integrating such into the designing process to envision future living of architecture and the urban environment. #parametrics #sustainability #urbanarchitecture

Green Barrier / A Futuristic Sustainable Intervention The design scheme allows users to be aware and experience the impact human behaviours directly have on the health and quality of nature through physically passing under an abstracted mesh-like form developed with the assistance of parametric design. The intervention ultimately represents barriers human themselves are producing that are keeping them away from a desirable natural environment. An experience of discovering vegetation is added to the design, allowing users to gradually see clearer glimpses of greenry towards the end of the journey, potentially raising questions such as why are there barriers keeping us from the greenery? Why does the nature look so close but yet we are unable to enjoy it?

Grasshopper - Form generation Domain

Boundary

SDivide

Surface

Vector 2pt

Evaulate Srf

Boundary// parameter input of surface dimensions in millimeters

Di st.

The number of attractor points is etermined in the following manner estimated time one will pause under the intervention: 30 seconds Average number of people walking past the site in a 30 second time frame = number of points

| Circulation |

No

rth

automobile foot bike

Form Disection - 4 form generations

if (x<y && x<z && x<u && x<v ) ( A=0; }else( if (y<x && y<z && y<u && y<v) ( A=1; }else ( if (z<u && z<v) ( A=2; }else (if (u<v) ( A=3 ; }else A=4; } } } } Amplitude Function (a/b)

b=

Edit Script

Pick n Choose

Amp Unit Z

a = point b= magnitude therefore the larger the magnitude of b

V Dist

Move

Mesh

Model with basic supporting vertical members and a tensile mesh to explore the possibilities in form-shaping and also to experience potential emotions aroused by users from different angles

Prototyping & Development

A series of photographs were taken throughout a period of 2 weeks in order to observe the effect gravity has towards a suspended mesh and whether or not theintervention is practical for occupants to circulate beneath safely

Fabrication & Connections 20mm m

0m

300

30mm

m

0m

10

2000mm

*Rail not to scale

2mm dia.

m

50m

150mm

550mm

150mm

Assembly of Connecting Parts

Elevation-North

Final Model Photographs

Elevation-South

Elevation-East

Elevation-West

Parametric Sketch Models

* Parametric sketches generated by Grasshopper

Evolving Architecture 2014 Architecture Design Studio:Water Past informs present. Through studying the works of Mies van de Rohe, the essence of his style and core designing philosophies are required to be captured in a boathouse that is designed in present time while also displaying a sense of evolving architectural qualities. â&#x20AC;&#x2DC;What would Mies do if he were to design this boathouse?â&#x20AC;&#x2122; #studythepast #modernarchitecture #designphilosophy

Blurring Sensory Boundaries / A Miesian Boathouse

East

South

North

Elevations 1:500

Plans 1:500

Ground Floor

First Floor

* 2D documentationsforn

West

Inspired by Mies van de Roheâ&#x20AC;&#x2122;s design philosophies, this boathouse project captures the essence of horizontality which integrates an open plan promotes an undeďŹ ned boundary that captivates a close connection with the Yarra River and the surrounding nature.

n this project utilised AutoCAD and are lightly manually rendered with Copic markers

AXONOMETRIC DIAGRAM _structural build up

Construction Design 2015 Construction Design Building up on previous study on residential construction methods, this unit provides an all-rounded and practical introduction to commercial construction regulations and methods. Knowledge are utilised completely through analysing the construction details and build-up of a designated section of a case study building, producing a detail axonometric drawing ; and conolidated by creating a physical model of the section.

ET

P RA PA

Roofing

L FP 8.

16

LE

5

80

G1. Purlins @ 900CTRS G2. Roof bracing rod @ 20dia.

G3. Backing wire roof mesh G4. Reflective foil/building blanket G5. 40mm thermal & acoustic insulat G6. Lysaught Kliplock metal roofing

L VE 01

Wall Framing

FC L 0

55

6.

16

D1. Typical fascia truss Raker (top and bottom) 150x100 RHS Vertical members 150x50x2 RHS @ 4

0 0 55 5 3. 3.2 16 16 RL RL 01 01 L L VE VE LE LE

D2. First floor wall framing structure D2A Wall bracing between steel colu D2B Roof lintel

Structural Steel

VE

LE

E1. Steel column 100x100x6.0SHS 3 E2. Steel column 100x100x6.0SHS 3 Attached by BASE PLATE, PACKERS WELDED

L

E3. Roof ream 21 200UB18.2 E4. Roof beam 27 250UB25.7

00 RL 0

75

9.

15 Cladding & Lining

H1. 13mm impact resistant plasterbo internal top hats H2. 50mm insulation backed w/ build H3. 35mm top hats H4. Lysaught longline metal lining H5. Ceiling lining: Rondo suspendin on 15mm insulation H6. Timber fins

Ground Floor Concrete Slab

B1. Slab System (Top-Bottom)

Floor finishing carpet broadloom-weathered black 125mm thick slab Reinforced mesh & bar chairs 50mm cover 0.2mm waterproofing membrane on 50mm compacted sand

Site Works & Foundations

A1. Soil conditions: (Top - Bottom)

Precast Concrete Walls

C1. Precast concrete panel 31 w/ impact resistant plasterboard in vivid white

400mm Clay silt 3100 Silty clay

A2. Pad footing 47 (2800x700x3000) A3. Bored pier 2 (900diax3.0m) A4. Edge beam w/ rebars top & bott 70 cover

KEY PLAN

Ivanhoe Grammar School - McBride Charles Ryan Architects

1:50

N

*Axonometric model drawn on AutoCAD and rendered using

ation 40mm spacers

S 450CTRS

umns

350MPA 350MPA then

oard on 35mm

ding blanket

ng ceiling system

)

tom

g Adobe Photoshop

Construction Detail Drawings 2015 Summer Internship

Selected de integrated sections o provided b

etail drawings from an internship at a construction office in 2015. A variety of wall finishings were in a typical lift lobby of a residential tower, I was assigned to provide detail drawings of different of the lobby showing updated thicknesses, dimensions and materials from gathered information by numerous suppliers. These drawings were then taken into meetings to discuss the progress of construction and were handed out for workers to build 1:1 display flats

J ME LEE End of Portfolio