Portfolio by Jordan Danielle Sjue

JORDAN SJUE

2018

ARCHITECTURE PORTFOLIO

Selected Works 2011 - 2016

C O N TA C T I N F O R M AT I O N 3706 36th Street / Lubbock, TX 79413 575.420.6044 jordan.sjue@gmail.com issuu.com/jordansjue linkedin.com/in/jordandaniellesjue instagram.com/sjueee

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ABOUT ME I am graduate from Texas Tech University’s College of Architecture where I received both my Bachelor’s and Master’s degrees in Architecture with a Certificate in Urban and Community Design. I am seeking full time employment as an intern architect starting in October, and I look forward to any opportunity to continue to learn and succeed in pursuit of my professional architectural license. Designing within the large urban context has become a key area I am passionate about investigating and furthering my knowledge and design skills. I am eager to fully understand how a city functions and how it connects the public and private sectors successfully within the built environment. I am detail oriented, a team player, and available to work long hours until the best solution is found. I am excited to get my career started and look forward to working at your design firm.

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EXPERIENCE M A N AG E R , B A R T E N D E R + WA I T R E S S Orlandoâ&#x20AC;&#x2122;s Italian Restaurant / Jan. 2011 - Present / Lubbock, TX Manage a full shift of kitchen, wait, and delivery staff. Responsible for bank deposits, paperwork, customer service, and store repairs. Bartended and waited on customers while creating an enjoyable dining experience for customers.

ARCHITECTURAL INTERN HDR Architecture, /May 2016 - August 2016 / Dallas. TX Assisted both the Healthcare and the Science + Technology Design teams. Attended client meetings, helped sketch plans, drafted schematic plans, kept meeting minutes, developed elevations, verified shop drawings, constructed foam core models, and visited job sites around the Dallas / Fort Worth area. Used various 2D and 3D software in conjunction with hand sketching and modeling. Presented an intern presentation.

G R A D U AT E T E A C H I N G A S S I S TA N T Texas Tech University / Aug. 2014 - May 2015 / Lubbock, TX Assisted the professor in grading homework assignments, quizzes, and in class work. Helped oversee lectures, answered studentâ&#x20AC;&#x2122;s questions during and outside of class time, and periodically helped teached lessons

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QUALIFIYING SKILLS + P A R T I C I P AT I O N

ANALOG SKILLS Architecture + Product Design

D I G I TA L S K I L L S Architecture

+ Hand Drafting

+ AutoCad

+ Model Building

+ Bluebeam

+ Sketching

+ Illustrator

+ Surveying

+ InDesign

+ Woodworking

+ Lumion

+ Welding

+ Photoshop

ARCHITECTURAL O R G A N I Z AT I O N S Member + AIA 2018 - Present + AIAS 2014 - 2015

VOLUNTEER WORK Volunteer + Lubbock Dream Center 2015 - 2016 + Habitat for Humanity Lubbock 2012 - 2014

+ Revit + Rhino + Sketchup

+ 2016 Knights of Architecture 2013 - 2014

+ Meals on Wheels of Lubbock 2010 - 2012

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TA B L E O F C O N T E N T S DESIGN STUDIO PROJECTS

01 | Comprehensive Studio - Slav Epic Museum ..................................... 07

02 | Study Abroad Studio - Vertical Pavilion ........................................... 19

03 | Topical Studio - Mixed-Use Development ....................................... 27

04 | Topical Studio - Low Income Housing ............................................. 35

SYSTEMS GROUP PROJECTS

05 | Construction Systems ......................................................................... 41

06 | Building Information Modeling ........................................................ 47

PRODUCT DESIGN

07 | Wooden Camera Box ......................................................................... 51

08 | Metal Desk ........................................................................................... 53

S L AV E P I C H I S TO R Y MUSEUM TYPE: Museum LOCATION: Prague, Czech Republic FOCUS: Comprehensive Design PROGRAMS: Revit, Rhino + Illustrator The site for this museum is along the Vltava River and next to the Kampa Museum and the Liechtenstein Palace within a large and densely visited park. The museum will depict the history of the Slavic people up into the 20th century via 20 large Slav Epic paintings created by Alphonse Mucha and ranging in sizes of up to 20’ x 26’. Some of these large paintings are to be viewed as triptychs and some of the paintings can stand alone. The museum’s underlying form was influenced by a combination of existing lines that intersect the site, which became a semi-hard boundary for the building’s interior and exterior moments during the conceptual design phase. Eventually these site lines revealed a compressing and releasing component upon the site, which was further explored and modified to better suit the needs and program of the museum. The museum contains several gallery rooms, a small theater, two cafes, and plenty of room for people to enjoy the beautiful interior and exterior views. The museum aims to be a highly visible and victorious reminder of the Slavic people’s history and all they have triumphed.

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0' - 0"

N BB

Ground Floor Plan

49' - 3" 18' - 0"

20' - 8"

Second Floor Plan

Third Floor Plan

18' - 0"

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Section AA

Section BB

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G L AS S WA L L SYSTEM

P E R F O R AT E D WA L L S Y S T E M

corner guard

double paned 1" tempered glass 3/8" air space

traingular space truss column

corner guard

glass drain pipe steel c section 12" metal coping

double paned 1" tempered glass corner guard

rigid insulation steel c section 12"waterproofing metal coping

3/8" air space

roof rigidmembrane insulation

traingular space truss column double paned 1" tempered glass

steel c section waterproofing 12" metal coping

3/8" air space

roof membrane rigid insulation

outside

inside

outside

inside

roof membrane

inside

metal roof decking

waterproofing

traingular glass drainspace pipe truss column inside

steel flat

glass drain pipe

outside

8" steel tube steel flat

4'metal deeproof truss girder decking

W40x199 steel beam steel flat

4'metal deeproof truss girder decking

16" steel column 8" steel tube

secondary skin structure

inside

16" steel column 8" steel tube

perforated skin panel W40x199 steel beam

4' deep truss girder

steel angle skin structure secondary

16" steel column

bolts perforated skin panel W40x199 steel beam

inside

waterproofing steel angle skin structure secondary insulation bolts perforated skin panel waterproofing steel angle

Wall to Roof full weld spider clamp connector double silicone sealant with backer rod

tempered glass panel railing @ 3' steel standoff base + cap 6" horizontal steel pipe

insulation bolts

Wall to Roof waterproofing insulation

6" vertical steel pipe

4" steel tube connector

insulation

gypsum wall board

waterproofing

hat channel

insulation

tempered glass panel railing @ 3' full weld spider clamp connector double 3/8" air sealant space with backer rod silicone

steel standoff base + cap 6" horizontal steel pipe tempered glass panel railing 3' 6" vertical steel @ pipe

1"steel double paned tempered glass 4" tube connector full weld spider clamp connector double silicone sealant with backer rod

steel standoff base + cap 6" horizontal steel pipe 6" vertical steel pipe

4" steel tube connector

gypsum wall board

waterproofing

wood flooring hat channel

steel angle insulation 8" steel tube waterproofing steel angle

concrete topping slab gypsum wall board 4' deep truss girder wood flooring hat channel concrete topping 2' deep steel slab joist

8" steel tube

16"wood steel column 4' deep truss girder flooring

steel beam steel angle

2' deep steel joist concrete topping slab

bolt 8" steel tube

16" steel 4' deep trusscolumn girder

steel angle beam steel

2' deep steel joist

bolt flat steel

inside

16" steel column

steel beam angle

3/8" air space

bolt flat steel

1" double paned tempered glass

steel angle steel flat

3/8" air space

traingular space truss

outside

inside

1" double paned tempered glass

inside

outside

inside

outside

inside

gypsum wall board angled downlight gypsum wall board

inside

angled downlight

traingular space truss

Wall to Floor to Wall 3/8" air space

outside

traingular space truss

inside

double paned 1" tempered glass clear silicone caulk anodized channel spacer

wood flooring concrete topping slab insulation concrete foundation

insulation water 3/8" airproofing space

sand outside

inside

Wall to Foundation

gravel

double paned 1" tempered glass

clear silicone caulk anodized channel 3/8" air space spacer

double paned 1" tempered glass clear silicone caulk anodized channel insulation spacer water proofing

outside

inside

wood flooring concrete topping slab insulation

gypsum wall board

Wall to Floor to Wall outside

angled downlight

inside

steel angle bolt steel plate concrete sidewalk

outside

inside

steel angle bolt steel plate concrete foundation concrete sidewalk

concrete topping slab spacer

outside

inside

concrete topping slab spacer sand wood flooring

wood flooring

steel angle insulation bolt steel plate water proofing concrete foundation concrete sidewalk

gravel concrete topping slab spacer sand

earth insulation

gravel

water proofing concrete foundation earth insulation

sand

water proofing

gravel

earth

Wall to Foundation

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concrete foundation wood flooring sand concrete topping slab insulation gravel concrete foundation

insulation water proofing

sand gravel

inside

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VERTICAL INTERVENTION TYPE: Pavilion LOCATION: Venice, Italy FOCUS: Urban Design PROGRAMS: Hand drafting, Surveying, Rhino, + Illustrator This study abroad design studio began with investigating Venice and beginning to understand it as an agggregate of old and new elements that over time have turned it into a virtually floating city. The site for this pavilion is on one of Veniceâ&#x20AC;&#x2122;s 400 minor bridges; therefore, by taking over the bridge as a publice space to create a pavilion requires all locals and tourists taking that route to interact directly with the architecture of the pavilion. This pavilion is an intervention that works to better organize the public walking spaces and plazas in a vertical orientation within a city founded on the horizontality of maritime commerce. This pavilion has been designed to reveal new layers upon Venice that are generated by reaggregating the new and old specificially at their intersecting junctions. Some of these junctions exist between water and pavilion, bridge and pavilion, and wall and pavilion. Each of these intersections provide a new level of layering that result in new properties of organization and orientation. The main axis of the existing junction (bridge) was reoriented not only in the horizontal direction but also vertically. The only program requirements for this pavilion is that it must include at least one public restroom.

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Section Siting Plan

1342

1341

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1301

N Ground Siting Plan

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1342

1341

1340

1339

1338

1337

1336

1335

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1333

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1331

1330

1329

1328

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1301

Intervention

interven

Acting Forces

forces of co

Operations

operatio

Ground Floor Plan

Existing Site

ion

sect

existing s

02 ion sect

Plan Above

Place for Many

sect

ion

ion 01

Plan Below

Place for One

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above

Place for One

Place for Many

Ground

Below

Above Plan

Destination

Place for One

Circulation

Place for Many

Structure Ground Plan

Below Plan

Section 01

Intervention

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north

13TH AND AV E N U E J

transition space to green building green space above

model #1 diagrams philip glass | the hours

connecting space to green building

programming space green space

programming space

programming space section a green space

green area above green space

entry

plan

TYPE: Mixed-Use LOCATION: Lubbock, TX

green building

FOCUS: Adaptive re-use

green space green space green space

PROGRAMS: Revit, Rhino + Illustrator This adaptive re-use project takes site within the exisitng Cobb

transition to green building

programming space green space

programming space

transition space

Music Diagram

section a

building in downtown Lubbock. The conceptual design for

jordan danielle sjue | arch 3502 | spirng 2014 | pongratz

this building was inspired from Philip Glass’ song, ‘The Hour.’

The song was re-envisioned into a two-dimensional poetically driven diagram that ultimately influced a series of threedimensional masses in which the most inhabitable spaces were

futher developed to become the program. The existing column and grid structure of the building was kept, while parts of the existing exterior brick facades were modified to accommodate the new protruding and sunken masses. The final program

includes 8 apartments with residential amenities, roof terrace, a cafe, a farmer’s market, research for hydroponic gardening, and plenty of room for indoor and outdoor gardening.

Massing Model

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Ground Floor Plan

Longitudinal Section

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Second Floor Plan

Transverse Section

Sheet Metal Parapet Cap

Steel Railing

Bolts

Steel Railing with Glass Inserts

Sheet Metal Protection

Wood Blocking

Level 3 31' - 6" Level 3 31' - 6"

Level 3 31' - 6" 1 Steel Railing with Glass Inserts

Level 3 31' - 6"

K Series Joist Dropped Ceiling 1

Level 3 31' - 6"

Concrete 2’ x 2’ Tile

Green Roof

Level Steel Railing with Glass3Inserts 31' - 6"

Acoustic Ceiling Tile 2’ x 2’ 1 Level Concrete 2’ x 32’ Tile

Green Roof

K Series Joist Dropped Ceiling

Level 3

31' - 6"

Acoustic Ceiling 31' Tile - 6"2’ x 2’ K Series Joist Dropped Ceiling Green Roof

Concrete 2’ x 2’ Tile

Pendant Light

Steel Railing

Bolts Wood Blocking Steel Plate

Sheet Metal Protection

Water Proofing Sheet Level Metal Parapet Cap 3 Bolts 31' - 6" Vapor Wood Blocking

Level Steel3Railing 31' - 6"

Barrier

Sheet Metal Protection Paver with Shim Filter Fabric

Insulation

Level 3

Level 3 Layer Reservoir

Steel Plate 31' - 6" Sheet Metal Parapet2’ Cap Concrete x Water Proofing Bolts Insulation Vapor Barrier Wood Blocking

2’ Tile

Steel Plate Bolts

Level 3

Water Proofing Concrete 2’- x6"2’Angle Tile 31' Steel Vapor Barrier Insulation Bolts Steel Angle Concrete 2’ x 2’ Tile Sheathing Steel Plate Water Proofing

Acoustic Ceiling Tile 2’ x 2’ Pendant Light K Series Joist Dropped Ceiling Pendant Light Acoustic Ceiling Tile 2’ x 2’

Concrete 2’ x 2’ Tile

Filter Fabric

Sheet Metal Parapet Cap

Steel Railing with Glass Inserts

Green Roof

Level 3 31' - 6"

Paver with Shim

Insulation

Spacer

Bolts Sheathing Vapor Barrier Steel Angle Spacer Existing

Concrete Column

Existing Concrete Column Concrete 2’ x 2’ Tile Sheathing

Vapor Barrier

Level 2 16' - 0"

Level 2 16' - 0" 2

Level 2 16' - 0"

K Series Level 2 Joist Dropped Ceiling 16' - 0" Acoustic Ceiling Tile2 2’ x 2’ Level K Series Joist Dropped Ceiling

Level 2 16' - 0"

16' - 0"

2 Tile 2’ x 2’ K Series Joist Dropped Acoustic CeilingCeiling Pendant Light K Series Joist Dropped Ceiling

Pendant Light

Acoustic Ceiling TileAcoustic 2’ x 2’Ceiling Tile 2’ x 2’

Bolts Level 2 Steel Plate 16' - 0" Steel VaporAngle Barrier

x 2’ Tile

Level 2 16' - 0"

Level Bolts2

Existing 16'Concrete - 0" Column Sheathing Steel Angle

16' - 0"

Concrete Topping Slab

Spacer Steel Embed Plate Bolts

Metal Decking Steel Angle Insulation Steel Angle Bolts Bolt Steel Beam Steel Tube

Steel Angle Existing Concrete Column Steel Angle Sheathing Anchor

Spacer Steel Embed Plate Sheathing Column

2_Wall to Floor to Wall Steel Plate Steel Embed WaterEmbed Proofing

Plate

Steel Angle

Concrete 2’ x 2’ Tile Anchor

Pendant Light

Vapor Anchor Barrier Water Proofing Steel Plate

Water Proofing 0' - 0" Steel Shelf

Wood Flooring Existing Concrete Column

Water Proofing

- 0" Steel 0' Plate

Drainage Mat Compressive Filler Steel Shelf Drain Pipe Concrete Concrete Sidewalk Gravel

2’ x 2’ Tile

Vapor Barrier

Level Drainage Mat1

0'Steel - 0" Plate

Level 1 0' - 0"

Drain Pipe Compressive Filler Gravel

Steel Shelf Concrete Sidewalk

Drainage Mat

3 Level 1 0' - 0"

Level 1 0' - 0"

Drain Pipe Gravel

Level 1 0' - 0"

Compressive Filler

Sheathing Gypsum Board Concrete Topping Slab Wood LevelPaneling 1 Keyway 0' 0" Hat- Channel Water Proofing Spacer Sand ConcreteWood Topping Slab Flooring Gravel Keyway Sheathing Water LevelProofing 1 Concrete Footing 0' - 0" Sand Gravel Earth Concrete Topping Slab Concrete Keyway Footing Water Proofing

Level 1 0' - 0"

Wall Section

Sealant Steel Beam Insulation Steel Angle

Existing Concrete Column Gypsum Board Wood Paneling Hat Channel Spacer Wood Flooring Sheathing

Level 2 16' - 0" Concrete Topping Slab Metal Decking Steel Angle Steel Beam

Steel Angle Bolts

Insulation Bolt Steel Tube

Sand Earth Gravel

Drainage Mat

3_Wall to Foundation Drain Pipe Gravel

Existing Concrete Column Gypsum Board Wood Paneling Hat Channel Spacer Wood Flooring Sheathing

Level 1 0' - 0"

Concrete Footing

Earth

Metal Decking Membrane Flashing

Level 1 Spacer 0' - 0"

Level 1

VaporLevel Barrier1

Level 1 0' - 0"

Existing ConcreteInsulation Column Bolt Gypsum Board Steel Tube Wood Paneling

Steel Plate

Concrete Sidewalk Compressive Concrete 2’ x Filler 2’ Tile

Insulation Bolt Steel Angle Steel Tube Bolts

Hat Channel Existing Concrete Column Spacer Gypsum Board Wood Flooring Wood Paneling Sheathing Hat Channel

Concrete 2’ x 2’ Tile Steel Shelf Vapor Barrier Concrete Sidewalk

Level 1 0' - 0"

Wood Flooring Existing Concrete Column Concrete Topping Slab Sheathing Gypsum Board Metal Decking LevelPaneling 2 Wood Steel Angle 16' Hat- 0" Channel Steel Beam Concrete Topping Slab Spacer Metal Decking Wood Flooring Steel Angle Sheathing Steel Angle Steel Level 2 Beam Bolts

Sheathing Bolts Concrete 2’ x 2’ Tile Spacer Steel Angle

AnchorExisting Concrete Existing Concrete Column

Concrete Topping Slab

Sealant

Level 2 Spacer 16' - 0"

Steel Angle Spacer

Waterproofing

Steel Angle Metal Decking

Hat Channel Existing Concrete Column Spacer Gypsum Board Wood Flooring Wood Paneling Sheathing Hat Channel

Plate

Steel Plate Concrete 2’ x 2’ Barrier Tile Vapor

Level 2 16' - 0"

Root Barrier Protection Course

Insulation Concrete Topping Slab

Steel Beam Existing Concrete Column Insulation Gypsum Board Steel Angle Wood Paneling

Insulation Vapor Barrier Water Proofing

Water Proofing Concrete 2’ x 2’ Tile 2’ Concrete Insulation

Drainage Layer

Membrane Flashing

Sheathing Water Proofing Spacer Insulation Proofing ExistingWater Concrete Column Steel Plate

Steel Insulation

Concrete Topping Slab Thermal Insulation Steel Beam Metal Decking Drainage Layer Insulation RootSealant Barrier Steel Angle Membrane ProtectionFlashing Course

Aeration Layer Thermal Insulation

Steel Beam Waterproofing

Spacer Bolts

1_Roof to Wall Existing Concrete Column Steel Angle

Pendant Light

31' - 6" Layer Moisture Retention Paver withRailing Shim Steel Aeration Layer Filter Fabric Sheet Metal Protection Thermal Insulation Reservoir Layer Drainage Layer Moisture Retention Layer Root3Barrier Level Aeration Layer 31' - 6"Course Protection Thermal Insulation Paver with Shim Waterproofing Drainage Layer Filter Fabric Concrete Topping Slab Root Barrier Reservoir Layer Metal Decking Protection Moisture RetentionCourse Layer Sealant Waterproofing Aeration Layer Membrane Flashing

Reservoir Layer Moisture Retention Layer

Concrete Topping Slab Keyway Water Proofing Sand Gravel Concrete Footing

Earth

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K E N YA N HOUSING TYPE: Housing LOCATION: Nyahururu, Kenya FOCUS: Affordability PROGRAMS: Revit + Illustrator The design for these housing units is based upon using techniques for rain water harvesting, using local building materials along with local laborers, using solar energy as a main power supply for the housing units/community, and creating edible gardens for the inhabitants to not only eat but to use as trade for other materials and items in the local community of Nyahururu. The site is a very grassy and hilly area north of Nyahururu that has an elevation change of over 100 feet. The inhabitant spaces are comprised of one bedroom and two bedroom units, some of which are stand alone singlue unit houses and others are part of a system of housing units. Units were not to exceed one floor.

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A-1

A-2

DOUBLE BEDROOM HALF UNITS

porch

416’ - 0”

A-2

A-1

A-2

porch

420’ - 0”

A-1

porch

416’ - 0”

Ground Floor Plan

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A-2

SINGLE BEDRROM UNITS solar panels

water tank

SECTION A-1 F-1_ Scale: 1/8” = 1’ - 0”

solar panels

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SECTION F-2_ TYPICAL FACULTY HOUSING

A-1

water tank

A-2

402’ - 0”

Floor Plan N Ground PLAN_ TYPICAL FACULTY HOUSING

Scale: 1/8” = 1’ - 0”

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DOUBLE BEDROOM UNITS

A-1

water tank

A-2 455' - 0"

water tank

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Ground Floor Plan

bathroom

Scale: 1/8” = 1’ - 0”

A-1

solar panels

water tank

A-2 SECTION G-2_ TYPICAL GUEST HOUSING

Scale: 1/8” = 1’ - 0”

solar panels

SECTION G-1_ TYPICAL GUEST HOUSING Scale: 1/8” = 1’ - 0”

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CONSTRUCTION SYSTEMS

24’-0” T.O. Roof

D.01

22’-0” T.O. Wall

TYPE: Commercial

FOCUS: Structural Systems

D.02

PROGRAMS: AutoCad, Rhino + Illustrator GROUP MEMBERS: Erica Latta, Christopher Brennan, + Caleb Lightfoot 08

The focus of this project was to begin understanding the components and connections of various structures and apply that knowledge into a small building to further understand these connections, materials, and details. The floor plan was pre-determined, but the materials for the walls, the floors, and

the roof were determined by the group. Together we chose concrete systems

7’-6” T.O. Slab @ Exterior Sidewalk

for the majority of the project with two glass facade walls and a half concrete

half glass roof system. The central Railway Station in Ulm, Germany was

used as a precedent for its use of spider clamps and steel stress ribbons that

support the glass wall.

After the design of the structure was complete, we continued working on the

0’-0” Ground Level

project as individuals. So, for the second portion of the project, I developed four exploded wall details depicting the structure we had designed..

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D.03

T.O. Slab @ Entry Floor

-2’-6”

Longitudinal Section

-2’-10”

T.O. Slab @ Ground Floor

D.04

1.0

2.0

D.06

3.0

D.07

D.10

4.0

24’-0” T.O. Roof

23’-0” T.O. Wall

LONGITU

01 3” Concrete Ext

02 1/4” Reinforcing 03 Waterproofing

04 2” Rigid Insulati

05 Sill Drip Off

06 1/8” Glass Wind 07 1/2” Argon Gas

08 8” Concrete Col

09 3/8” Compressiv

10 1” Drainage Ma 11 Vapor Barrier

12 1’ Concrete Foo

13 Roof Drain Run 14 1/4” Cable 15 Steel Angle

16 1/2” Gypsm Boa

17 Concrete Waffle

18 1/2” Brazillian O 19 Hat Channel D.05

20 Steel Embed Pl

D.11

21 Sealant 22 Spider Clamp

23 1/4” Tensile Cab

7’-6” T.O. Slab @ Second Floor

D.12 D.08

0’-0” Ground Level

18 19

D.09 T.O. Slab @ Entry Floor

-2’-6” -2’-10” T.O. Slab @ Ground Floor

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B.0

A.0

1.0

24’-0” T.O. Roof

01 02 03

23’-0” T.O. Wall

22’-0”

| |

TRANSVERSE TRANSVERSE

ELEVATION SECTION

T.O. Wall

01 Roof Membrane

02 Self Healing Water Proofing 02 03 Tapered Rigid Insulation

12 05

04 7” Concrete Roof Slab 05 8” Concrete Column 06 1/2 Steel Spider Clamp 07 1/4” Tension Cable 08 Slate 2’ x 1” Tiles

09 Grout Sealant 07

10 Bolt

11 Steel Pedastool 12 2” Rigid Insulation 13 8” Concrete Slab 14 2” Sand 15 4” Gravel 16 Compacted Earth

04 17 2” Concrete Topping Slab with Heating Elements 18 1’Concrete Footing

19 1” Drainage Matt

10’-0” B.O. Wall

20 Gravel

21 Drain Tile 22 Filter Fabric 23 3” Concrete Exterior Finish

7’-6”

24 1/4” Reinforcing Rebar

T.O. Slab @ Exterior Sidewalk 25 Spider Clamps

26 Concrete Beam

D.13

0’-0” Ground Level

02 08 09 10 11

T.O. Slab @ Entry Floor

Ground Floor

17 02

T.O. Slab @ Entry Floor

-2’-4”

-2’-6”

-2’-10”

T.O. Slab @ Ground Floor

12 13 14 15

0’-0”

D.14

22 21 20 19 18

T.O. Slab @ Entry Floor

| |

2.0

3.0

4.0

24’ -0” T.O. Roof

23’ -0”

LONGITU

T.O. Wall

01 Reveals 02 Form Holes 03 3” Cast on Site

04 2” Door Frame

05 1/4” Glass Door

06 8” Concrete Bea 07 Spider Clamp

08 8” Steel Column 09 1/4” Cable

7’-6” T.O. Slab @ Second Floor

0’-0” Ground Level

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1_Raised Floor 05 06 07 08 09

04 01

04 11 12

07 19

07 22 21 02 24

01 22 06 25

2_Wall to Roof

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Bolts

Pedastool

Insulation

Water proofing

Tile

Concrete column

Spacer

Grout

Gypsm board

Footing

Sand

Gravel

Compacted earth

Drainage mat

Hat channel

Exterior concrete

Concrete sidewalk

Floor concrete

Double paned glass

Sealant

Single paned glass

Cables

Spider clamp

Tie down

Concrete beam

3_Wall to Foundation 01 06 15 04 09 03 16

04 07 03 14 13 18 17 06

23 19

20 21 20 22 24

07 17 04 03 01 02 14 13

4_Wall to Foundation

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B U I L D I N G I N F O R M AT I O N MODELING TYPE: Office FOCUS: Intergrated building systems PROGRAMS: Revit + Illustrator GROUP MEMBERS: Luis Carlos Iglesias + Edward Serna Our group decided to use a central mechanical system with a Variable Air Volume configuration for our building. We chose this system because it is quieter and cost efficient for the building type. The VAV system allows for excellent control of interior air quality, and it is easy to heat or cool the separate zones of the building at the same time. Both the cooling tower and boiler rooms are centrally located next to the staircase, thus allowing for easy access to each for maintenance. Our building is defined by two separate zones. Our design separates the ground floors for program and later connects them in the floors above. The first zone connects the basement to the second floor where all three buildings connect to form one. The second zone covers the rest of the floors that are all connected together. The electrical system runs along the same path of the mechanical systems in order to allow a clear path for the cables to pass through without coming into contact with any other of the systems seen. Steel girders were chosen because they easily allow the systems to pass through without any clashes.

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Ground Floor Plan

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PLUMBING SYSTEM

Hot Water

Cold Water ADA Railing

Water Heater Fresh Water Water Filter Grey Water Water Softner

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Sewer

Sewege Pump

Gray Water

Hot Water

Cold Water

Flushed Plumbing

MEP SYSTEM

Mechanical

Electrical Plumbing

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CAMERA BOX PROJECT: Make a Box LOCATION: Lubbock, TX PROGRAMS: AutoCad, Rhino + Illustrator TECHNIQUES: Woodworking, Staining, Laser Cutter The Camera Box is a beautifully crafted machine that takes pictures via the manual operation of exposing light on the film for a short period of time. The film can then be rolled up into itself without being exposed to any light.

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FLUX DESK PROJECT: Design/Build a piece of furniture LOCATION: Lubbock, TX PROGRAMS: AutoCad, Rhino + Illustrator TECHNIQUES: Woodworking, Painting, Metalworking, + Glass Cutting This desk was designed with the intent of creating a free flowing composition of steel members moving throughout the piece of furniture. The fluidity of connnections from the steel to the glass and wood portions provide a simplistic and aesthetically pleasing site.

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JORDAN SJUE 2018 575.420.6044 jordan.sjue@gmail.com