THE FERRIS CENTER CALEB SCHNURBUSCH AND NATHAN PATTERSON
M I SS I O N S T A T E M EN T
C HA L LEN G E T HE S TA N D A R D F O R B UI LD IN GS O N C A M PUS A N D A R O UN D LA W R EN C E
F ULF I LL T HE L IVI N G BU ILD IN G CHA L LE N GE R EQ UI RE M E NT S
E DU C A TE T HE PU BLI C O N THE BE N EF IT S O F S US T A IN A BI LI TY
1
OREAD ROSE
KU S U ST A I N A B I L I T Y PL A N Energy: “The University of Kansas is committed to a culture that empowers the student body to maintain a socially, environmentally, and economically responsible lifestyle on campus and in the greater community.” Goal 1: Establish a framework for making long-term energy-related decisions Strategy 1.1.1: Conduct annual energy auditing for all KU campus buildings to rate performance Strategy 1.1.3: Prioritize investments based on energy performance of facilities Goal 2: Reduce energy consumption throughout campus Waste: “Committed to reducing waste and its associated negative environmental, social, and economic impacts throughout campus life and operations.” Goal 1: Reduce the amount and impact of waste Strategy 1.5.1: Establish building design standards for recovery of reusable materials Strategy 1.5.4: Increase recycling and reuse of metals and other construction materials Built Environment: “We strive to create buildings that enhance the lives of their users, minimize natural resource consumption, generate their own energy, provide a healthy indoor environment, and process building wastes in ways that mimic natural processes.” Objective 1.1: Update standards for existing buildings and new construction to support a more sustainable built environment. Strategy 1.2.3: Employ life cycle and “triple bottom line” analysis to evaluate the environmental, social, and economic costs and benefits over the entire life of each building KU Document: 2014 Regents Master Plan Principles: Develop proactive and sustainable infrastructure. Reinforce pedestrian experience
L I VI N G B UI L D I N G C HA L L E N G E Place: “Restoring a healthy interrelationship with nature.” 01. Limits to Growth Imperative “On-site landscape must be designed so that as it matures and evolves, it emulates the functionality of the reference habitat with regard to density, biodiversity, plant succession, water use, and nutrient needs.” 04. Human Powered Living “Promotion of the use of stairs over elevators through interior layout and quality of stairways.” Water: “Creating developments that operate within.” 05. Net Positive Water Imperative “Project water use and release must work in harmony with the natural water flows of the site and its surroundings.” Energy: “Relying only on current solar income.” 06. Net Positive Energy Imperative “Projects must provide on-site energy storage for resiliency.” Health & Happiness: “Creating environment that optimize physical and psychological health.” 09. Biophilic Environment Imperative “incorporating nature through Environmental Features, Light and Space, and Natural Shapes and Forms.” Materials: “Endorsing products that are safe for all species through time.” 10. Red List Imperative 13. Living Economy Sourcing Imperative “The project must incorporate place-based solutions and contribute to the expansion of a regional economy rooted in sustainable practices, products, and services.” Equity: “Supporting a just and equitable world.”
Concepts: Sustainable land use & growth patterns Preservation and conservation
16. Universal Access to Nature & Place “must create spaces that are accessible to all, while also allowing public access to fresh air, sunlight and waterways.”
Main Driver: Integrated systemic connected planning
Beauty: “Celebrating design that uplifts the human spirit.” 2
N
4
11 9
7 2
13
1 12
5 10
14
3
1
KU ROTC OFFICE
2
ANSCHUTZ LIBRARY
3
SUMMERFIELD HALL
4
BUDIG HALL
5
MALOTT HALL
6
HAWORTH HALL
7
WESCOE HALL
8
DOLE HALL
9
JAYHAWK BOULEVARD
10
ACCESS ROAD
11
BAILEY HALL
12
STAUFFER-FLINT HALL
13
SUNFLOWER ROAD
14
FACILITIES OPERATIONS
15
CENTER FOR HUMANITIES
SITE
6
PEDESTRIAN PATHS 8
15 60’
3
200’
N BR BR BR
BR
BR BR
SITE PEDESTRIAN PATHS HAWK ROUTE BR
PROPOSED BICYCLE ROUTE BR
BICYCLE RACK
BR
BR BR
BR BR 60’
BR
200’ 4
PATH
5
TRANSITION
MOMENTUM
PATH
TRANSITION
MOMENTUM
6
N
60’ A 7- 1
200’
SI T E P L A N
N
F I RST F L O O R
SECOND FLOOR
15’
90’ 8
N 2 1
1
1 3
4
4 3
+18’ +16’ 5
+14’ 2
1
+12’
1
+8’
1
+4’
1
LAB CLASSROOMS
(x6)
2
STAIRS
(x2)
3
ELEVATORS
(x3)
4
MECHANICAL ROOMS (x2)
5
RESTROOM
EL. 970’
F I RST F L O O R 9
15’
90’
N 2
1 5
3 +30’
+30’ 3 +28’ +26’
4
+24’ 2
1
OFFICE/CONFERENCE ROOM
2
STAIRS
(x2)
3
ELEVATORS
(x3)
4
INTERIOR LIVING MACHINE
5
UNISEX RESTROOM
+22’
EL. 970’
S EC O N D F L O O R
15’
90’ 10
11
12
SO UT H W E ST E L E V A T I O N
13
22.5’
75’
N
N
22.5’
75’
N O R T HEA ST E L E VA T I O N
14
W ES T E L E V A T I O N
15
5’
35’
N
N
5’
35’
EA S T E L E VA T I O N
16
17
18
19
20
6’
21
20’
B U I L D I N G S EC T I O N N - S ( 1- A )
WALL SECTION
2’
14’
6” FORMULAR NGX RIGID INSULATION GRAINGER RECYCLED RUBBER ROLL 60 MIL (3/8”) 3’ WIDE GRAVEL TRAP
WOOD NAIL (30 PENNY)
6” FORMULAR NGX RIGID INSULATION
PAC-CLAD CONTINOUS CLEAT COPING
1’ - 9” DEEP ENGINEERED SOIL WITH SEEDUM (R60) 10” CLT PANEL CEILING SUSPENSION WIRE TURF SWELL 2’ x 2’ CEILING TILE 22” SIREWALL RAMMED EARTH WALL (4” INSULATION) (R50) 1’ COMPACTED GRAVEL UNDER SLAB #4 REBAR 1’ - 9” CONCRETE FOUNDATION IPE 5/4” x 6” RAINSCREEN SIDING WITH T CLIPS
8” DIA. DRAIN
T PLATE CONNECTION WITH A490 5/8” BOLT 4 1/2” 1/2” RED HEAD EXPANSION WEDGE ANCHOR 3/4” LAG SCREW
1’
7’
SE C T I O N DE T A I L 22
GRAINGER RECYCLED RUBBER ROLL 60 MIL (3/8”) PAC-CLAD CONTINOUS CLEAT COPING IPE 5/4” x 6” RAINSCREEN SIDING WITH T CLIPS 10” CLT PANEL 6” x 24” GLU - LAM BEAM 20” x 14” RECT. SUPPLY DUCT TURF SWELL 2’ x 2’ CEILING TILE ONYX PV GLASS CURTAIN WALL SYSTEM 4” x 4” HOLLOW STEEL TUBE COLUMN 6” x 24” GLU - LAM BEAM
BRI DG E SE C T I O N E - W 23
2’
14’
B R I D G E SE C T I O N N - S ( 2 - B )
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25
COMPACT GRAVEL 3” BLACK PVC SCHEDULE 40 FLEX PIPE 1’ ASHCRETE RETAINING WALL 6” PEA GRAVEL 1’- 6” SAND CARLISLE AQUATOUGH 45MIL EPDM RUBBER LINER 4” ASHCRETE SLAB
1’
7’
W A T E R F I L T R A T I O N S EC T I O N 26
27
28
M EC H A N I C A L OV E R V I E W 29
20” x 14” RECT. SUPPLY DUCT 20” x 14” RECT. DUCT HANGER RUSKIN DIBD23 3 HR. FIREDAMPER SAMSUNG DUCT S 18,000 BTU MINIS P L I T MINICORE ROOFTOP ERV AIR HANDLING UNIT
30
6” x 24” GLU-LAM BEAM
CLT ROOF PANELS
RAMMED EARTH LOAD BEARING WALLS
LOAD BEARING WALLS/ FOUNDATIONS/FOOTINGS
ST R UC T U RA L O VE R V I E W 31
32
33
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