Integrated_Studio_Book_Nickel_Ryan

E+R | ARC 750 JACOBS SWETNAM: MAT FAB LAB | UK/CoD FALL 2016 | EMILY FANNIN + RYAN NICKEL
MATFABLAB

E+R|ARC750JACOBSSWETNAM:MATFABLAB|UK/CoDFALL2016|EMILYFANNIN+RYANNICKEL
01
NARRATIVE THESIS
CONCEPT + QUALITATIVE LAYOUT
PHASES OF DESIGN
The design of this Material Fabrication Lab is systematic layout of two parts- Presentation space vs. Production space. The “phases of design”
is a process by which designers inovate and develop their proposals; the steps that range from initial question and iteration to final presentation
and public display. By considering this type of thought process, both the qualitative and quanitative layout of the MAT FAB LAB allow for
students to flow from one space to the next by the order in which they would use it. The building’s two parts, the “production space” and
“presentation space”, gently meet in the middle to allow for finalized work to be seen at close range with work that is in process.
Guests and students enter through the gallery and pin-up space displaying student work, and as they process through the rest of space, they
are presented with space that is organized chronologically in how students produce their work from start to finish.The production side of the
building is closest to Scott Street, allowing for additional outdoor area for students to produce work outside of the building, as well as having
easy access to loading and unloading of materials. The presentation and gallery side of the building is run along the GreenPath, allowing for
passing students and visitors to observe and interact with “the phases of design” without even entering the building.
VISION FOR INNOVATION DISTRICT
We see this as an innovation district for makers. Initiially, this may present itself as art and design users- but can be utilized by other majors and focus’ from
around the academic campus. This would be a new step for the University of Kentucky- a new type type of research space. A space of exploration through
trial and error. By focusing this innovation district in the design and art world, we believe that opens the doors for art and design to infiltrate all different types
of study, showing the significance that both of these have in the future of our world.
- Cap ended by SAVS and MAT FAB LAB
-The shifting of the edge of campus by way of a Green Way pedestrian path.
-The phasing in of shifting of entertainmenent and other art complexes to along this Green Way
By pulling students in to interact with the building at close range, this invites the idea that making art and creating is a process that is attainable. As students
walk by and through the innovation district, this is layed out as a space for students beyond visual studies and design students; a space to discover and
implement student’s own ideas on their own innovative terms. This becomes practical and attainable on a university campus by allowing the process to be
displayed simply and openly, and allowing all phases, from material delivery to the display of the final product to be seen in one space.
CONTRIBUTION TO DISTRICT, CoD, AND BEYOND
We have sited the space to “grip” the SW corner of Reynolds, directly accessible and connected to the future UK/CoD. It was important to have the MAT FAB
LAB on the side of the greenway that allows students to directly interact with the space, whether they plan on entering or not.
-THE DISTRICT: lends itself to the district by fueling a sense of accessibility
-THE CoD: lends itself to the UK/CoD by allowing it to be at close range to studio space and allowing the “learning process taught at the
college to be displayed physically.
-BEYOND: by having a new main processinal path that pulls students all the way from Bolivar, S. Upper, and Scott, this Fab Lab has what
can be read as a ”store front” face, appealing and seen from both vehicular and pedestrian traffic, lending itself to drawing in others from
campus.

E R+
E. FANNIN
R. NICKEL
ARC 750
JACOBS SWETNAM
2016
SEPTEMBER 7
BSI
INTEGRATED
STUDIO
TASKS
BSI
STUDIES
REVIEW/TEST
21 - 27 28 - 03 04 - 10 11 - 17 18 - 24 25 - 01 02 - 08 09 - 15 16 - 22 23 - 29 30 - 05 06- 12 13 - 19 20 - 26 27 - 03 04 - 10
WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S WTMS T F S
1412 160705 093129 022422 26 1210 140503 072826 302119 23 0907 110231 042624 281917 21 0705 093028 022321 251614 18
AUGUST SEPTEMBER OCTOBER NOVEMBER DECEMBER
Precedent Study
BSI - Systems Due Dates
BSI - Test
Program
Qualitative Program (Concept)
Quantitative Program
Site
Concept Diagrams
Systems Integration
Sustainability
Envelope System + Code Analysis
Material + Structure
Enviornmental Systems
Energy Model
Lighting + Acoustics
Details of Design Elements
Wall Sections
Cost Control
Constructability
Floor Plans
Roof Plan
Elevations
Sections (Building)
3D Views / Renders (Int/Ext)
Site Plan
Plot Boards
11 x 17 Project Book
NOTES:
FINALMIDTERM
Thanksgiving Break
BSI Take-Home Test
BSI Test 1
BSI CPM
BSI Structural
Systems
BSI Code
Analysis
BSI Envelope
Systems
BSI Mechanical
Systems BSI Test 2
BSI Lighting
and Acoustics
BSI Cost
Control

FABLABPRECEDENTSTUDIES
30,000SQ FT
Comparable to: University of Tennessee FABLAB
15,000SQ FT
Comparable to: FABLAB Barcelona
4,500SQ FT
Comparable to: Beaver Works MIT
200 ft.
200 ft.
200 ft.
WHAT ARE THEY DOING WELL?
BEAVER WORKS
MIT - CAMBRIDGE, MASSACHUSETTS
FABLAB BARCELONA
BARCELONA, SPAIN
THE UNIVERSITY OF TENNESSEE FAB LAB
KNOXVILLE, TENNESEE
TAKEAWAY
Street Presence
Various Scale in Space
Teachable + Outreach
Capabilities
Collaborative + Work
Space
upper levellower level
sq ft = 20,000
Studio designated work space
Long linear layout
Two Levels
Lower- Digital Fabrication
Upper- Wood Shop
`
Small scale work space
Large scale work space
Large warehouse size space,
suitable for building models,
prototypes and testable systems
at a wide range of scales.
Equipped with a system of digital
fabrication tools and systems
allowing for production of
projects such as Fab Lab House.
(Audience Award in the first Solar Decathlon
Europe in Madrid)
The university has invested in
urban renewal by renovating a
historic North Gay Street property
for a new studio, gallery and
fabrication lab. The 20,000 s.f.
lab features a glass storefront
that houses a studio, gallery, full
woodshop, digital fabrication
tools and two floor industrial
space.
Street Presence + Urban Renewal
A small 4,800 s.f. fabrication and
collaboration lab at MIT, Beaver
Works is designed well in both
aesthetic and efficiency. The
space is intended to encourage
innovation and collaboration
across disciplines, with flexible
gathering space and equipped
with digital and hand crafted
fabrication capabilities.
THE UNIVERSITY OF TENNESSEE FABLAB
LAB
LOUNGE
MEETING
STORAGE
OFFICE
MACHINES
A compiled list of
common machines that
accompany these
university fabrication
labs.
CNC Mill
CNC Router
Milling Machines
Gear Head Lathe
Knee Mill
Mini Lathe
Full Woodshop
Vinyl Cutter
3D Printers
Laser Cutter
Modela Mill
Embroidery Machine
Robotics
BEAVER WORKS- MIT COLLABORATION + FABRICATION LAB
Student Crafted Furnishings
Flexible Space
Designed as an open layout,
space can be adjusted for
various types of collaboration, in
and outside of design based
fields
This presents the opportunity for
students to leave their mark and
the school’s skill set for future
designers to use and learn from.
This could save the university
money as well as offering a
Outreach Space
Teaching and rentable outreach
space offers the school the
opportunity to have outreach
within the community and various
other disciplines, preparing the
next generation.

04
PRESENTATION + CLEAN SPACE
DEVELOPMENT + MAKERS SPACE
24:00
01:00
02:00
03:00
04:00
05:00
06:0018:00
07:00
08:00
09:00
10:00
11:00
12:00
19:00
20:00
21:00
22:00
23:00
17:00
16:00
15:00
14:00
13:00
STUDENTS
FACULTY
NIGHT OWLS
RESIDENTS
VISITORS AND TOURISTS
LARGE SCALE WORKSPACESMALL SCALE WORKSPACE
STUDENT WORK SPACE
OFFICESUTILITIES
LOADING DOCK
WOOD SHOP
DIGITAL FAB MACHINE SPACE DIGITAL FAB SPACE
CIRCULATION GATHERING SPACE
WELDING + METAL WORKINGGALLERY SPACEMEETING SPACE
REVIEW + PIN UP SPACE
STUDENT LOCKER SPACE PHOTO LAB SPRAY AREA
ORIGINAL FORM + PROGRAM STUDIES SQUARE FOOTAGE + SPACE DESIGNATION
UNIVERSITY OF KENTUCKY DAILY TRAFFIC + VOLUME PATTERNSFINAL FORM + GREENWAY
LARGE SCALE WORKSPACE
SMALL SCALE WORKSPACE
STUDENT WORK SPACE
OFFICES
UTILITIES
LOADING DOCK
WOOD SHOP
DIG FAB COMPUTER SPACE
DIGITAL FAB MACHINE SPACE
MATERIAL LAB + PHOTO LAB
CIRCULATION
LOCKER STORAGE SPACE
WELDING + METAL WORKING
GALLERY SPACE
MEETING SPACE
REVIEW + PIN UP SPACE
1,800
950
700
330
1,800
200
2,600
1,020
4,100
990
8,860
1,160
510
2,700
850
2,570
TOTAL SF: 31,1400
2570
850
2700
510
1160
8860
990
4100
1020
2600
200
1800
330
700
950
1800
CONCEPTUAL DIAGRAMS + PROGRAM BREAKDOWN

05
SCOTT ST.
S. BROADWAY
BO
LIVAR
ST.
S.UPPER
S.LIMESTONE
OVERALL SITE MAP

06
PLAN 01
scale: 1’ : 1/32”
ENTRY LEVELS

07
PLAN 02
scale: 1’ : 1/32”
LEVEL 2 DIG FAB + LEVEL 1 NE ENTRY

08
PLAN 03
scale: 1’ : 1/32”
LEVEL 1 NW ENTRY + LEVEL 0 GALLERY

09
PLAN 04
scale: 1’ : 1/32”
LEVEL 0 STORAGE + LEVEL 0 GALLERY

10
ELEVATION 01
scale: 1’ : 1/64”
NE FACADE
ELEVATION 02
scale: 1’ : 1/64”
SW FACADE
ELEVATION 03
scale: 1’ : 1/64”
NW FACADE
ELEVATION 04
scale: 1’ : 1/64”
NE FACADE

11
SECTION 01
scale: 1’ : 1/64”
UPPER LEVEL PRESENTATION SPACE + LOWER LEVEL GALLERY SPACE

12
SECTION 02
scale: 1’ : 1/64”
LONG SECTION FROM SW END TO NE END

13

14

15

16

17

18

PHOTO_02
scale: 1’ : 1/32”
PHYSICAL MODEL + SITE MODEL
PHOTO_04
scale: 1’ : 1/32”
PHOTO_01
scale: 1’ : 1/32”
PHOTO_03
scale: 1’ : 1/32”
19

PHOTO_05
scale: 1’ : 1/32”
PHOTO_06
scale: 1’ : 1/32”
PHOTO_08
scale: 1’ : 1/32”
PHOTO_07
scale: 1’ : 1/32”
20

3/64" Diameter 1/16" Staggered Centers
Hole Type: Round
Finish Type: Finished Random
Hole Size: 3/64"
Centers: 1/16"
Pattern Type: 60 Deg
Holes PSI: 295.60
Open Area: 51.01%
TECHNICAL DATA SHEETDATE: APRIL 2016
Formawall®
Dimension Series®
3”-T Horizontal & Vertical Applications
Formawall Dimension Series panels offer a
unique side joint which allows for horizontal or
vertical application. Panels offer reveal widths
shaped panels and to offer unique accents.
Description
General Design Options
Notes
A. Maximum support spacing and panel length may be limited
for medium and dark colors due to thermal stress, consult
CENTRIA.
B. For information on special applications, contact your local
CENTRIA Sales Representative.
C. A metric version of this Tech Data Sheet is available
(see www.CENTRIA.com)
GALVANIZED STAINLESS STEEL
PANEL THICKNESS 3” 3”
PANEL MODULE 10”-40” 10”-40”
SIDE JOINT Double tongue and groove Double tongue and groove
END JOINT 5/8” Insulated Metal Vertical Joint (IMV) 5/8” Insulated Metal Vertical Joint (IMV)
CORE MATERIAL Poured-in-place Polyisocyanurate Poured-in-place Polyisocyanurate
SIDE JOINT REVEAL 1/2” (1/8” for vertical application) 1/2” (1/8” for vertical application)
OPTIONAL SIDE JOINT REVEAL 1/4”, 1”-6” in 1/2” increments 1/4”, 1”-6” in 1/2” increments
LENGTH LENGTH
STANDARD EXTERIOR FACE 22 ga. Embossed, Flat 1’-37’ 20, 22 ga. Embossed, Flat 6’-16’
OPTIONAL EXTERIOR FACE
20 ga. Embossed, Flat 1’-37’ 20, 22 ga. Embossed, Striated 6’-16’
20, 22, 24 ga. Embossed, Striated 1’-37’ 20, 22 ga. Non-Embossed, Striated 6’-16’
20, 22 ga. Smooth, Flat 1’-16’ 20, 22 ga. Non-Embossed, Flat 6’-16’
20, 22 ga. Smooth, Striated 1’-20’
STANDARD INTERIOR LINER 22, 26 ga. Embossed, Planked 22, 26 ga. Embossed, Planked (G90)
OPTIONAL INTERIOR LINER
20, 24 ga. Embossed, Planked 20, 24 ga. Embossed, Planked (G90)
20, 22 ga. Embossed, Flat 20, 22 ga. Embossed, Flat (G90)
20, 22 ga. Non-Embossed, Planked 20, 22 ga. Non-Embossed, Planked (G90)
WEIGHTS (22/26 GA) 3.25 lbs/sq. ft. 3.25 lbs/sq. ft.
WEIGHTS (22/22 GA) 3.75 lbs/sq. ft. 3.75 lbs/sq. ft.
21

WAC Lighting
www.waclighting.com
Phone (800) 526.2588 • Fax (800) 526.2585
Headquarters/Eastern Distribution Center
44 Harbor Park Drive • Port Washington, NY 11050
Phone (516) 515.5000 • Fax (516) 515.5050
Western Distribution Center
1750 Archibald Avenue • Ontario, CA 91760
Phone (800) 526.2588 • Fax (800) 526.2585
Fixture Type:
Catalog Number:
Project:
Location:
WAC Lighting retains the right to modify the design of our products at any time as part of the company's continuous improvement program.JUN 2014
LINE – model: PD-51148
dwelLEDTM
LED Chandelier
PRODUCT DESCRIPTION
Like other Line family products, the Line chandelier features a super thin, edge-lit LED panel that provides ambient light. This dramatically proportioned luminaire
FEATURES
• Integral swivel for sloped ceilings
• Six 12 inch and two 6 inch rods included (additional extension rods available)
•
• Smooth and continuous ELV dimming
• ETL & cETL damp location listed
• Transformer located in J box
• 277V available (special order)
• 80,000 hour rated life
• 90 CRI
SPECIFICATIONS
Construction: Aluminum
ORDERING NUMBER
Model# Color Temp Watt LED Lumens Delivered Lumens Finish
PD-51148
27 2700K 48W 4017 2770
AL Brushed Aluminum
30 3000K 48W 4435 3055
PD-51148 - - AL
Example: PD-51148-27-AL
Max 46"
48”
d ”
10”
For 277V, add an“F”before the finish: PD-51148F-27-AL
22

INTERNATIONAL BUILDING CODE / CODE COMPLIANCE ANALYSIS
OCCUPY (CHAPTER 3)
BUSINESS GROUP B (SECTION 304)
- EDUCATIONAL OCCUPANCIES FOR STUDENTS ABOVE 12TH GRADE
- SEE KENTUCKY AMENDMENT
HEIGHT + AREAS (TABLE 503)
B- OCCUPANCY
UNPROTECTED STRUCTURAL FRAME (W/O SPRAY FIRE-PROOFING)
TYPE 2B CONSTRUCTION=ALLOWABLE AREA 23,000 S.F.
55’ HIGH / 4 STORIES
NO SEPARATION OF OCCUPANCIES REQ’D.
AUTOMATIC SPRINKLER SYSTEM INCREASE PER 504.2
- ADD ONE STORY = 5 STORIES
- MAX HEIGHT + 20 FT = 75 FT
- AREA INCREASE 506.3 200% + 46,0000
- TOTAL ALLOWABLE AREA = 69,000 GSF
ATRIUMS 404
- 2-STORY ATRIUM
- MORE THAN TWO OPEN FLOORS = SMOKE EVACUATION SYSTEM (FAN ON ROOF)
CHAPTER 10 MEANS OF EGRESS
- 2 EXITS STAIRS
- 250’ TRAVEL DISTANCE (1016.1) THROUGH AN ATRIUM
- 200’ TRAVEL DISTANCE
- OCCUPANT LOAD (TABLE 1004.1.1)
- EDUCATION CLASS ROOMS ________________________________________________________________ 20 NET/P
- SHOPS ____________________________________________________________________________________________________ 50 NET/P
- BUSINESS ________________________________________________________________________________________________ 100 GROSS/P
- EGRESS WIDTH PER OCCUPANT 1005.1 WITH SPRINKLER
- STAIRWAYS 0.2” PER OCCUPANT
- CORRIDORS 0.15” PER OCCUPANT
- EXIT STAIRWAYS
- CLEAR WIDTH 48” PER 1007. 3
- SIZE OF DOORS 36” PER 10008.1.1.1
STAIRWAYS 1009
- MINIMUM WIDTH 44”
- 7” RISER / 11” TREAD
- 4” MIN
- NUMBER OF EXITS 1-500 OCCUPANTS = 2
- ENCLOSURES 1020.1
- EXCEPTION 8 (IN 2-STORY BUILDINGS ONE OF TWO STAIRS CAN BE OPEN, ONE W/ 2-HOUR RATING
- 2 RATED STAIRS FOR 3 STORY BLDGS
- REMOTENESS: 1/3 DIAGONAL APART
- EXIT DISCHARGE DIRECTLY TO EXTERIOR PER 1024.1
- 50% MAY EGRESS THROUGH A VESTIBULE
23

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