TULANE UNIVERSITY RICHARDSON MEMORIAL...

TULANE UNIVERSITY RICHARDSON MEMORIAL HALL SCHEMATIC DESIGN UPDATE 10 SEPTEMBER 2014| © KIERANTIMBERLAKE

TULANE UNIVERSITY RICHARDSON MEMORIAL HALL RENOVATION AND ADDITION


Schematic Design Update

1. Design Team

2. Project Schedule

3. Project Goals

4. Project Parameters

5. Schematic Design

6. Environmental Design

7. Discussion and Next Steps


Buro HappoldStructural Engineering, MEP/FP Engineering, Energy Engineering, Sustainability Consulting, and Lighting DesignNew York, NY

Eskew+Dumez+RippleAssociate ArchitectNew Orleans, LA

Harmon EngineeringCivil EngineeringNew Orleans, LA

International Consultants, Inc.Cost EstimatingPhiladelphia, PA

AcentechIT and Acoustics ConsultingCambridge, MA & Philadelphia, PA

KieranTimberlakeLead ArchitectPhiladelphia, PA

DESIGN TEAM


SCHEDULE


PROJECT GOALS

Pedagogical

• Enrich and enliven studio culture and collaboration through spaces that invite both structured and informal

interaction.

• Provide a pedagogical environment that will encourage and reinforce the connection between designing and

making.

• Incorporate emerging technologies in the design of spaces.

• Demonstrate the interdisciplinary nature of this academic center, with connections between the strong

community outreach component of the School of Architecture and the university-wide program in Social

Innovation and Social Entrepreneurship.

• Enhance and articulate the School of Architecture’s connection to the Tulane and New Orleans community and

the regional environment by supporting the mission of reaching out and welcoming the community into the

school as well as celebrating the potential for the school’s role in the community.

Preservation

• Demonstrate sensitive and innovative adaptation of historic structures.

Sustainability

• Achieve LEED Platinum certification.

• Pursue compliance with the Architecture 2030 Challenge.

• Serve as a model and reference for ambitious sustainable design strategies for hot and humid climates, including

the implementation of a continual assessment process following the completion of the project.

• Demonstrate exemplary techniques for creative site use and water management.


PROJECT PARAMETERS MASONRY


PROJECT PARAMETERS HISTORIC LOBBY & STAIRS


PROJECT PARAMETERS STUDIOS


PROJECT PARAMETERS EXISTING FLOOR PLAN


LOW BEAM AT FIRST FLOOR

SHEAR WALLS

PROJECT PARAMETERS STRUCTURAL FRAMEWORK


PROJECT PARAMETERS PRESERVATION CONCERNS


STAIRS (EGRESS)

RESTROOMS/OTHER SUPPORT SPACE

EXIT FROM FLOOREXIT FROM STUDIO SPACE

FIRE ESCAPES DO NOT MEET EGRESS REQUIREMENTS

EXISTING UNENCLOSED STAIRS DO NOT MEET EGRESS REQUIREMENTS

TOILET ROOMS UNDERSIZED, SUPPORT SPACES DECENTRALIZED, LIMITED SPACE FOR MECHANICAL

PROJECT PARAMETERS EXISTING SUPPORT DEFICIENCIES


PROJECT PARAMETERS EXISTING SITE PLAN

RICHARDSON BUILDING

WEST ROADLOYOLA PARKING GARAGE

DINWIDDIE HALL

GIBSON HALLGIBSON QUAD

TO JOHNSTON QUAD

NORMAN MAYER

HERBERT HALL

TILTON MEMORIAL HALL

STALLINGS HALL HOLY NAME OF JESUS CHURCH

ST. CHARLES AVE.


PROJECT PARAMETERS SITE CONSTRAINTS

LIVE OAK LIVE OAKLIVE OAK LIVE OAK

GINGKODAWN REDWOOD

ELECTRICALTRANSFORMER

LIVE OAK

RICHARDSON BUILDING

LOYOLA PARKING GARAGE

DINWIDDIE HALL

GIBSON HALL

0%15%25%

45%

75%

UNLIMITED

15%0%

25%

45%

75%

UNLIMITED

0%15%

25%45%

75%UNLIMITED


LIVE OAK LIVE OAKLIVE OAK LIVE OAK

GINGKODAWN REDWOOD

ELECTRICALTRANSFORMER

LIVE OAK

RICHARDSON BUILDING


DINWIDDIE HALL

GIBSON HALL

0%15%25%

45%

75%

UNLIMITED

15%0%

25%

45%

75%

UNLIMITED

0%15%

25%45%

75%UNLIMITED

PROJECT PARAMETERS SITE CONSTRAINTS


SCHEMATIC DESIGN SITE PLAN – BIKE RACKS AT SOUTH

RICHARDSON BUILDING


DINWIDDIE HALL


TO SAINT CHARLES AVE.

TO JOHNSTON QUAD

40 BIKE RACKS

10 BIKE RACKS

PATH ONPIN PILES

TRANSFORMERENCLOSURES


SCHEMATIC DESIGN SITE PLAN – BIKE RACKS AT CENTER

RICHARDSON BUILDING


DINWIDDIE HALL



TO JOHNSTON QUAD

40 BIKE RACKS10 BIKE RACKS

WEST ROAD

TRANSFORMERENCLOSURES


SCHEMATIC DESIGN SITE PLAN – LEVEL 1 PROGRAM

RICHARDSON BUILDING


DINWIDDIE HALL



TO JOHNSTON QUAD

SHOP

CLASS

OUTREACH & SISE ADMIN & FAC OFFICES

CNC

CAFÉ

SHOP COURT

LOWER LOBBY

INCOMINGUTILITIES

GALLERY

RECEPTION

DISPLAY


SCHEMATIC DESIGN SITE PLAN

RICHARDSON BUILDING


DINWIDDIE HALL


TO JOHNSTON QUAD

ST. CHARLES AVE.

NORMAN MAYERTILTON MEMORIAL HALL

STALLINGS HALL HOLY NAME OF JESUS CHURCH

HERBERT HALL


SCHEMATIC DESIGN APPROACH FROM SAINT CHARLES AVE


SCHEMATIC DESIGN VIEW FROM CENTER OF GIBSON QUAD


SCHEMATIC DESIGN APPROACH FROM NORTHWEST


SCHEMATIC DESIGN SUMMARY

1

2

3

4

5

ADDITIONS +31,610 GSFEXISTING 50,700 GSF

CIRCULATION

SERVICE/MECHANICAL

ADMIN/FACULTY

SISE/OUTREACH

CLASSROOM

SHOP

STUDIO


SCHEMATIC DESIGN LEVEL 1TULANE UNIVERSITY RICHARDSON MEMORIAL HALL SCHEMATIC DESIGN UPDATE 10 SEPTEMBER 2014| © KIERANTIMBERLAKE


SCHEMATIC DESIGN AXONOMETRICTULANE UNIVERSITY RICHARDSON MEMORIAL HALL SCHEMATIC DESIGN UPDATE 10 SEPTEMBER 2014| © KIERANTIMBERLAKE


SCHEMATIC DESIGN ENTRY AND CORE

MEDIUMCLASS

MECH

SMALLCLASS

MECH

INCOMING UTILITIES

LARGECLASS

LOWER LOBBY

UPPERLOBBY

FLEX/PINUP

FAC.OFFICE

FAC.OFFICE

UPPER LOBBY

FACULTY COLLABORATION

SPACE


SCHEMATIC DESIGN TRANSVERSE SECTION LOOKING NORTH

LEVEL 2 CORRIDOR

LEVEL 3 CORRIDOR

STUDIO

STUDIO

LECTURE

OUTREACH

LOUNGE

LOUNGE

DISPLAYSISE


SCHEMATIC DESIGN TRANSVERSE SECTION LOOKING NORTH

GALLERY

PINUP

PINUP

ENTRY


SCHEMATIC DESIGN LONGITUDINAL SECTION LOOKING EAST

STUDIO STUDIO

STUDIO

LECTUREMEDIA LAB

SHOP

STUDIO

MECHANICAL

GALLERY OUTREACH & SISECNC

DIGITAL OUTPUTLAB


SCHEMATIC DESIGN TRANSVERSE SECTION LOOKING SOUTH

STUDIO

PINUP

PINUP

STUDIO

MECHANICAL

GALLERY CAFE


SCHEMATIC DESIGN GALLERY / CAFÉ INTERIOR LOOKING EAST – LEVEL 1


SCHEMATIC DESIGN GALLERY / CAFÉ INTERIOR LOOKING EAST – LEVEL 2


PROGRAM DIAGRAM PUBLIC LEVELS

1

2

3

4

5

CIRCULATION

SERVICE/MECHANICAL

ADMIN/FACULTY

SISE/OUTREACH

CLASSROOM

SHOP

STUDIO

RECEPTION

CAFÉ&

GALLERY

LECTURE

LARGE CLASSSHOP

ADMIN

OUTREACH

LEARNING COMMONS

LABS


PROGRAM DIAGRAM STUDIO LEVELS

CIRCULATION

SERVICE/MECHANICAL

ADMIN/FACULTY

SISE/OUTREACH

CLASSROOM

SHOP

STUDIO

PINUP

FACULTY ADJACENT TO STUDIOS

FLEX AND PINUP AREAS SHARED BETWEEN STUDIOS

1

2

3

4

5


PROGRAM DIAGRAM “MAKING WING”

OUTDOOR WORK AREA

STAIR CONNECTS DIRECTLY TO SHOP

DIGITAL OUTPUT LAB VISIBLE TO GALLERY

1

2

3

4

5

CIRCULATION

SERVICE/MECHANICAL

ADMIN/FACULTY

SISE/OUTREACH

CLASSROOM

SHOP

STUDIO

PINUP

OUTDOOR WORKSPACE


PROGRAM DIAGRAM GALLERY AND PINUP SPACES

1

2

3

4

5

TULANEEMPOWERS

GALLERY

LOWER LOBBY

CIRCULATION

SERVICE/MECHANICAL

ADMIN/FACULTY

SISE/OUTREACH

CLASSROOM

SHOP

STUDIO

GALLERY/PINUP


ENVIRONMENTAL DESIGN


WIRELESS SENSOR NETWORK


WIRELESS SENSOR NETWORK SUMMER SEASON ANALYSIS

RH AND AMBIENT AIR TEMPERATURE


ENERGY OPTIMIZATION LEED


ENERGY OPTIMIZATION ARCHITECTURE 2030 CHALLENGE


CURRENT SCHEME INSOLATION

0 kWh/m²per year

1,000


CURRENT SCHEME INSOLATION PROFILE WEST ELEVATION

4 PM

2 PM

JAN DEC

0 kWh/m²per year

1,000

500 W/m²


CURRENT SCHEME INSOLATION PROFILE UPPER SOUTH ELEVATION

3 PM

10 AM

JAN DEC

0 kWh/m²per year

1,000

500 W/m²


CURRENT SCHEME INSOLATION PROFILE LOWER SOUTH ELEVATION

4 PM

11 AM

JAN DEC

0 kWh/m²per year

1,000

500 W/m²


CURRENT SCHEME INSOLATION PROFILE NORTH ELEVATION

JAN DEC

0 kWh/m²per year

1,000

500 W/m²


CURRENT SCHEME HIGH PERFORMANCE GLAZING LOCATIONS


CURRENT SCHEME POTENTIAL GLAZING STRATEGIES

CA

PA

CIT

Y T

O M

ITIG

AT

E

SO

LA

R H

EA

T G

AIN

CA

PA

CIT

Y T

O C

ON

TR

OL

DA

YLIG

HT

AN

D G

LA

RE

CA

PA

CIT

Y T

O P

RE

SE

RV

E

VIE

W T

O Q

UA

DR

AN

GLE

CAPTURED BLINDSEXTERIOR LAYER

Good Good Good

CAPTURED BLINDSINTERIOR LAYER

Poor Good Good

SHADE CLOTH Poor Good Good

DIFFUSING MATERIALEXTERIOR LAYER

Fair Varies Varies

DIFFUSING MATERIALINTERIOR LAYER

Poor Varies Varies

ELECTROCHROMIC Fair Good Good

CERAMIC FRIT EXTERIOR LAYER

Fair Good Good

CERAMIC FRIT INTERIOR LAYER

Poor Good Good

CERAMIC FRITMULTIPLE LAYERS

Good Good Fair

EXTERNAL SHADING Good Good Good

CAPTURED BLINDS

DIFFUSING LAYER

SHADE CLOTH

ELECTROCHROMIC

CERAMIC FRIT EXTERNAL SHADING


Occupancy 315 Students + 40 Faculty (FTE)

Day of Operation 260 (Faculty), 175 (Students)

FIXTURE EFFICIENCY BASELINE

Toilet 1.00 GPF 1.6 GPF

Urinal (Pint) 0.13 GPF 1.0 GPF

Public Lavatory 0.1 GPC* 0.5 GPM

Shower 1.80 GPM 2.5 GPM

Commercial Kitchen Sink 1.80 GPM 2.2 GPM

STORMWATER VOLUMES

WATER REUSE

Rainwater Re-use(LEED WEc1, WEc2, WEc3, Exemplary Water Management, Sustainable Design Model)

EFFICIENT FIXTURES


DIDACTIC OPPORTUNITIES STORMWATER HARVESTING


DIDACTIC OPPORTUNITIES GREEN ROOFS AND PHOTOVOLTAICS

Florida International University

UCSD Botanical Research Institute of Texas


DIDACTIC OPPORTUNITIES LEVEL 5 MECHANICAL ROOM

1

2

3

4

5


LEED STATUS

Sustainable Sites

Water Efficiency

Energy & Atmosphere

Materials & Resources

Indoor Environmental Quality

Innovation in Design

TOTAL

27 2 0

8 2 0

21 4 8

10 0 2

12 1 0

6 0 0

84 9 10

Yes Maybe Deferminimum points to achieve LEED Platinum

regional credits, all of which are targeted for this project

of 110 possible points ruled out to date7

6

80


Next Steps

1. Review costs and construction sequence with preconstruction manager

2. Structural investigation

3. Resume Design Development

Develop additional energy optimization steps

Refine addition façade strategy

Refine existing envelope strategy

Develop all systems

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