Contents studio III 04-05 water hall 06-07 folly studio II 08-09 music exhibition I 10-11 music exhibition II studio I 12-13 project III 14-15 project I digital media I 16 farnsworth house 17 building collage construction I 18 elevation.section.detail 19 exploded axonomet-

Conceptual Model 04

Melissa ChungPanoramic CollageSpring 2012

Conceptual Panorama

Model Details

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1. lobby 2. office 3. bathroom4. cool pools 5. warm pools 6. primary locker 7. secondary locker 8. mechanical

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LOWER PLAN

GROUND PLAN

0 5 10 20 50 MELISSA CHUNGLONGITUDNAL SECTION

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MELISSA CHUNGSECTION_1

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MELISSA CHUNGSECTION_1

Model Detail

BY RAIL_Sound Index Bells Train Car Wind Car Siren Bus Rocks under feet Rail cars braking Trucks Horn (Train) Birds Flapping

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Grid

Program

Lighting

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The site is a music exhibition based off of a chosen instrument, a trombone. A trombones most significant feature is its slide; containing no keys or valves the trombone has a sense of fluidity. This continuity is the basis of the exhibition.

An image of a trombone dictates the two-layer grid that creates the system. Vertical and horizontal lines are aligned with major slides in accordance with value, establishing a hierarchy. The curves are based on the main component of the instrument, the bell.

Fluidity dictates the flow of space. Three exhibition areas are seamlessly placed together with an implied path established by the wall systems. A defined path leads you to bathrooms, offices, and storage in the back of the site. Gradually changing ceiling heights depict a hierarchy of space. Spaces are parabolic; spaces crescendo then decrescendo as you go through the site. The bell from the second grid is por-trayed in the site, guiding path with in exhibition spaces.

An outdoor exhibition space is placed in the center of the site surrounded by glass panels, providing natural light to interior spaces. The display in the front of the site is capped with a thin strip of glass, which creates a sliver of light in exhibition spaces.

Spaces are based off of the two-layer grid. Private areas are all in union, while public areas are in a conglomerate. The edge of the bell isolates public and private spaces. Significant features are exposed in the exterior, translating to the interior.

Floor 2 Plan

Floor 1 Plan

Courtyard Plan

Basement Plan

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Based off an element from the trombone, this music exhibition began with an abstract modular system created by replicating, scaling and rotating an orthogonal component. This physical 3D grid system is what defined the space.

Movement is defined by two vertical pieces spanning the distance of the structure, establishing a dominant vertical axis. Servant areas are confined to the basement level and behind the stairs and elevator. The exhibition area controls the rest of the space. Varying ceiling heights on each level depict a hierarchy of space.

A basement level courtyard is defined by a prism cut out vertically, span-ning the distance of the main facade with it’s path protruding out, expos-ing movement. The exterior exhibition located in the center of the space serves as a dividing line, separating private and public areas.

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Model Detail and PhotographComponents piercing through the datum emphasize continuity throughout the model. When exploded a definitive volume is evident. Chipboard pieces are used in conjunction with the basswood sticks to add stabilitiy to areas, but they do not blanket form. The orientation and

placement of materials create a thin sliver of space at the pivot point. Basswood sticks extend-ing from one end of the datum to the other pulls focus into the smaller moments. This same

move highlights implicitly defined volumes created by elements that appear to be floating. The basswood sticks protrude through the chipboard on two levels and turn. The pivot accentuates

the petite space created by the combitation of these components.

Spring 2011_ARCH1412Chipboard, Basswood, MDF

11”x11”x17”

13Axonometric Projection Longitudinal Section

Plan Cross Section

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Model Detail

Spring 2011_ARCH1412Chipboard, Basswood, MDF

11”x11”x17”

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Spring 2011_ARCH1412Chipboard, Basswood, MDF

11”x11”x17”

Longitudinal Section & Figure Ground Study

Cross Section & Figure Ground Study

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1. Entry2. Bathroom3. MainRoom4. Kitchen

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STRUCTURE

CIRCULATION

GRID

COMPRESSION

LIGHTING

FARNSWORTH HOUSE MIES VAN DER ROHE

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FARNSWORTH HOUSE MIES VAN DER ROHE

Farnsworth House

adobe illustratorautoCAD

This explores the learn-ing how to read and cre-ate a plan, section, and elevation of a building.

After being assigned a building research

was done and draw-ings collected. Then

drawing plans, sections, and elevations based off of the research in

autoCad. Illustrator was used for the final editing

and lineweights.

17Line Work Spring2012_ARCH1341_Sec92_Chung_Almeida

Building Collage

adobe photoshopadobe illustrator

autoCAD

This explores learning illutrator and autoCAD.

This was developed through finding a build-

ing, taking heirarchal mo-ments from that building and contorting elements

of it to make a collage. Then placing the collage

in CAD and creating a series of lines based

off of the elements. il-lustrator was then used to show heirarchy of the

lines through lineweights and fills.

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01 clip angle02 steel tubes 03 glass pannel 04 joist structure 05 floor slab 06 column07 beam08 footing09 keyed joint10 compressive filler 11 basement slab 12 water proofing 13 rigid insulation14 gypsum pannels 15 insulation16 stud17 sheathing18 angles 19 embedded steel plate

Arch. 2351.702

Assemblies

M. Chung | N. KappleScale: 1/2” = 1’-0”01. Elevation

Scale: 1/2” = 1’-0”02. Section

Scale: 1 1/2” = 1’-0”03. Detail (plan)

Scale: 1 1/2” = 1’-0”04. Detail

Scale: 1 1/2” = 1’-0”05. Detail

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Clip Angle

Steel Tubes

Glass Panel

Joist Structure

Floor Slab

Column

Beam

Footing

Keyed Joint

Compressive Filler

Basement Slab

Water Proo ng

Rigid Insulation

Gypsum Panels

Insulation

Stud

Sheeting

Angles

Compacted Earth

Sand

Bolts

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D.04

Roof 25’- 0”

T.O. Slab @ 2nd Floor10’-5 5/8”

T.O. Structure9’-9 5/8”

T.O. Structure-0’-7”

Aluminum Panel Ceiling8’-6”

T.O. Slab @ Ground Floor0’-0”

T.O. Slab @ Basement-10’- 1”

Aluminum Panel Ceiling23’-9”

Aluminum Panel Ceiling-1’- 23/32”

T.O. Steel Support Angles20’-4 3/8”

Metal Clips 12’-1/2”

Steel Tube

12’-2 1/2”

T.O. Screen Wall / Concrete Wall25’-3”

T.O. Steel Frame @ Screen Wall14’-4”

T.O. Steel Frame @ Screen Wall12’- 1/2”

T.O. Steel Clips @ Screen Wall5’-10 1/4”

T.O. Slab @ Exterior Sidewalk-0’-4”

T.O. Slab @ Basement-10’-1”

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22 Embeded Steel Plates

23 Aluminum Panels

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Project Description

Elements shift in material, shape, size, and direction. The screen wall is com-prised of 5'x8" angled glass panels giving the impression of movement. Strong horizontals break up the tight verticals. Clip angles attach the glass to steel tubes. The steel tubes attach to two steel columns. Steel beams protrude from the concrete wall through the use of embedded steel plates and join with the column supporting the screen wall. Aluminum panels wrap the steel wall on both sides. Panel systems convey from exterior to interior. Ceiling components are comprised of an aluminum panel system that suspends from the decking and open web joist �oor system.

24 Concrete Wall

Arch. 2351.702

Assemblies

M. Chung | N. KappleScale: 1/2” = 1’-0”01. Elevation

Scale: 1/2” = 1’-0”02. Section

Scale: 1 1/2” = 1’-0”03. Detail (plan)

Scale: 1 1/2” = 1’-0”04. Detail

Scale: 1 1/2” = 1’-0”05. Detail

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Clip Angle

Steel Tubes

Glass Panel

Joist Structure

Floor Slab

Column

Beam

Footing

Keyed Joint

Compressive Filler

Basement Slab

Water Proo ng

Rigid Insulation

Gypsum Panels

Insulation

Stud

Sheeting

Angles

Compacted Earth

Sand

Bolts

D.05

D.04

Roof 25’- 0”

T.O. Slab @ 2nd Floor10’-5 5/8”

T.O. Structure9’-9 5/8”

T.O. Structure-0’-7”

Aluminum Panel Ceiling8’-6”

T.O. Slab @ Ground Floor0’-0”

T.O. Slab @ Basement-10’- 1”

Aluminum Panel Ceiling23’-9”

Aluminum Panel Ceiling-1’- 23/32”

T.O. Steel Support Angles20’-4 3/8”

Metal Clips 12’-1/2”

Steel Tube

12’-2 1/2”

T.O. Screen Wall / Concrete Wall25’-3”

T.O. Steel Frame @ Screen Wall14’-4”

T.O. Steel Frame @ Screen Wall12’- 1/2”

T.O. Steel Clips @ Screen Wall5’-10 1/4”

T.O. Slab @ Exterior Sidewalk-0’-4”

T.O. Slab @ Basement-10’-1”

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22 Embeded Steel Plates

23 Aluminum Panels

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D.03D.03

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Project Description

Elements shift in material, shape, size, and direction. The screen wall is com-prised of 5'x8" angled glass panels giving the impression of movement. Strong horizontals break up the tight verticals. Clip angles attach the glass to steel tubes. The steel tubes attach to two steel columns. Steel beams protrude from the concrete wall through the use of embedded steel plates and join with the column supporting the screen wall. Aluminum panels wrap the steel wall on both sides. Panel systems convey from exterior to interior. Ceiling components are comprised of an aluminum panel system that suspends from the decking and open web joist �oor system.

24 Concrete Wall

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Arch. 2351.702

Assemblies

N.Kapple | M. ChungScale: Not to Scale01. Exploded Isometric

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Metal Panel

Panel Hardware

Sheathing

Angles

Columns

6x6 Beam

8x8 Beam

Wall Cap

Angled Glass

Glass Clips with Gasket

Shelf Angles

Bolts

Tracks

Studs

Gypsum

Corrugated Decking

Concrete

Reveal

Joist

Drop Ceiling System

Ceiling Panels

Footing

Keyed Joint

Drain Pipe

Rigid Insulation

Water Proo�ng

Compressive Filler

Embedded Plates

Flashing

Project DescriptionShift. Elements morphing in material, shape, size, and direction. The screen wall is comprised of 5’x8” glass panels. Clip angles attach to steel tubes, which bond the modular system. Aluminum panels wrap around the steel wall; larger steel tubes beams protrude from the conctete wall and join with the colum supporting the screen wall. Panel systems convey from exterior to interior. Ceiling components are comprised of an aluminum panel system that adheres to the �oor system.

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01 metal panel02 panel hardware 03 sheathing 04 angles 05 columns 06 6x6 beam07 8x8 beam08 wall cap09 angled glass10 glass clips with gasket11 shelf angles12 bolts13 tracks 14 studs15 gypsum16 corrugated decking17 concrete18 regeal19 joist20 drop ceiling system21 ceiling panels 22 footing23 keyed joint24 drain pipe25 rigid insulation26 water proofing27 compressive filler 28 embedded plates 29 flashing30 slab

Melissa Chungp 806 252 8605e melissa.chung@ttu.eduw melissa-a-chung.tumblr.com