• Aucun résultat trouvé

The connective service : a research laboratory for the University City Science Center in Philadelphia, Pennsylvania

N/A
N/A
Protected

Academic year: 2021

Partager "The connective service : a research laboratory for the University City Science Center in Philadelphia, Pennsylvania"

Copied!
44
0
0

Texte intégral

(1)

THE CONNECTIVE SERVICE

A Research Laboratory for the University City Science Center

in Philadelphia, Pennsylvania by

Peter J. Batchelor Bachelor of Arts

Bachelor of Science & Engineering University of Pennsylvania

Philadelphia, Pennsylvania 1980

SUBMITTED TO THE DEPARTMENT OF ARCHITECTURE IN PARTIAL FULFILLMENT OF THE REQUIREMENT OF THE

DEGREE

MASTER OF ARCHITECTURE AT THE MASSACHUSETTS INSTITUTE OF TECHNOLOGY

F0spAgyl yt37

cPeter J. Batchelor 1987 The author hereby grants to M.I.T.

permission to reproduce and to distribute publicly copies of this thesis document in whole or in part

Signature of the author

Peter J. Batchelor Department of Architecture January 17, 1987

Certified by

William Hubbard

Assistant Professor of Architecture Thesis Supervisor

Accepted by

7>--*1iidy- )Kitchel Chairuperson De r e atommittee for Graduate Studies

MASSACHUSET T NiTUTN OF TECHNOLOGY

FEB 2 5 1987

uBBfi

(2)
(3)

The Connective Service

A Research Laboratory for the

University City Science Center in Philadelphia, Pennsylvania

by

Peter J. Batchelor

Submitted to the Department of Architecture on January 17, 1987 in partial fulfillment of the requirements for the Degree of

Master of Architecture

ABSTRACT

This thesis explores the idea of the conduct of science and how people come together in order to share knowledge in the working place. The building is a framework or setting for activities that support the ideas of scientific inquiry.

The seven story building on a street corner in West Philadelphia is divided into horizontal zones or realms. The ground floor is dedicated to retail trade allowing for the continuous net of city activity to pass through the building. The main entry is narrow in order to avoid interrupting this continuous city net. The second and third floors are dedicated to bankers and brokers, the industry which is both private and public. The upper floors house the private research laboratories. Elevators carry scientists to these upper levels. In order to encourage gathering and exchange among scientists, a sky lighted stairwell links the three floors. In addition, on the north side is a meeting room from where scientists might gather to exchange ideas. The view from the meeting room is to the east, towards city hall and the central business district, symbolic of their relationship to the larger world beyond their own world of scientific inquiry.

Thesis Supervisor: William Hubbard Title: Assistant Professor of Architecture

(4)

ACKNOWLEDGEMENTS

Thank you ... William Hubbard Richard Tremaglio Kresten Jespersen Harvey Bryan Ted Cullinen Adolf Vogt Meg Licht

(5)

TABLE OF CONTENTS

TITLE PAGE

ABSTRACT

ACKNOWLEDGEMENTS

UNIVERSITY CITY SCIENCE CENTER

FINAL DESIGN - Floor Plans - Elevations - Sections

BIBLIOGRAPHY

4g

(6)
(7)

UNIVERSITY CITY SCIENCE CENTER

The University City Science Center

(UCSC), the nations first and largest

urban research park, is currently home to 80 science and technology related businesses. The research park consists of nine buildings with two more presently under construction and a third in the planning stages.

The Science Center, located next to Penn and Drexel campuses, has operated for 22 years. The concept of the Science Center was based on two objectives. One, as an urban renewal project, ie. to clear away the older buildings near Penn and Drexel and two, make it possible for local talent to contribute to the area's economic development by allowing them a base environment from which to do consulting work. Space science, technology and commerce are areas where the Center has a role to play in the national and local economies. This base environment believes Dr. Randall M. Whaley - president of the Science Center, "is critical, when it comes to helping the entrepreneur."

The University City Science Center contains four divisions. They are the

following'

1) Research Park Division: Houses

for-profit companies, research groups and government agencies.

2) Research Institutes Division: A

combination of nine groups which mostly

have ties with university research projects.

3) Advanced Technology Center of

Southeastern Pennsylvania: Three primary areas of interest a) joint research and development b) intrepreneurial development c) education training. Its role is to spur economic development through technological innovation.

4) Business Development and Venture Management Division: Provides business and technical assistance to entrepreneurs and scientists who have a new product or idea to form the basis of new companies.

It should be noted that both Division 2 and division 3 are research groups and the relationship between them is complex but related. "If there's an overlap from one area to another at the Center, we'll accomodate that. And we want it to happen. The way you encourage synergy is to get people working together," says Dr. Barry F. Stein - director of Research and Development. "We have so many diverse elements in the Science Center. you have to recognize areas where they're complimentary, and act to bring them together."

(8)
(9)

FINAL DESIGN

- FLOOR PLANS

- ELEVATIONS

(10)

BASEMENT FLOOR PLAN - MECHANICAL

(11)

ii

BASEMENT FLOOR PLAN - MECHANICAL

(12)

-3-.

GROUND FLOOR PLAN - RETAIL

I2.

r+-7

T

(13)

<

~Fzzzzfl

C

I _ _

GROUND FLOOR PLAN -RETAIL

(14)

SECOND FLOOR PLAN - BANKERS

rj

43

r"I

(15)

tP&z2

'a

(~I~

SECOND FLOOR PLAN - BANKERS

/r

A

(16)

T

IF

THIRD FLOOR PLAN - BROKERS

(17)

THIRD FLOOR PLAN - BROKERS

(18)
(19)

~zA

if~zzI~

tre

FOURTH FLOOR PLAN - LABORATORIES

(20)
(21)
(22)

SIXTH FLOOR PLAN - LABORATORIES

rh

&+j a[. J I

(23)

SIXTH FLOOR PLAN - LABORATORIES

(24)
(25)

SEVENTH FLOOR PLAN - ROOFTOP

Ilu

Ilb

(26)

SOUTH ELEVATION

(27)

NORTH ELEVATION

(28)

I

I II I i 71

I

B

I ~=~-~== 6 m-z...~ 41L I ~ ~-L7I~

U-___J~Z4~

I W~EZ~P~+1 ~-~--~*

I*.'

I ~IllhI-' -A____ .IIIE~~ _________

1=-________________m I I i i i I i |I .I M-I M-I -- UT

!TV~

fr- lop--WEST ELEVATION

Iz

I

U

fit

.* *

g

---m o r --- .o a Ril I min-owl .Q Q 2 . .M' .. =1. .Inl

(29)
(30)

1~~

1

I

I

I

SECTION LOOKING WEST

(31)

at= 2 M--0 I a-3U-3U

(32)
(33)
(34)

77

Lii F ll E i) L I F II

LII LI LII [il U LI5 I

LLlULIII~LIIllflLiJ

b LIll~IilzllU ZuJ~LIII

U Ill i)ULilllfltiiliI~LIiI11I

= , !u u A U = =

1J4

Al

A~

SECTION LOOKING SOUTH

I iI

(35)

SECTION LOOKING SOUTH

(36)

SECTION LOOKING SOUTH

rI.LILI I)Ll~LILI I

E_=_ LIt IILI I IILI I

I im~L LII LIIIj lg=9=~fj

8I A

F-LIII

(37)
(38)
(39)
(40)

RESEARCH LABORATORY

40

(41)

1-4+

(42)

-v/I-p

\N,

Final Design - Sketches

))

44

--

2

(43)

BIBLIOGRAPHY

ART DECO DESIGNS. NK1535 .R879 .A5.

Berger-Levrault. LE PRIX DE ROME. NA2350 .F8 .P47.

Bishop, Minor L. ARCHITECTURAL RENDERINGS. NA2605 .B622.

Brandon-Jones, John. THE J.R. SILVER STUDIO, 1880-1963. NK1535 .S48 .A4.

Branzi, Andrea. THE HOT HOUSE, ITALIAN NEW WAVE DESIGN. NK1452 .A1 .B72. CALIFORNIA DESIGN TEN. NK1410 .C2 .P277.

Chamberlain, Samuel. DOMESTIC ARCHITECTURE IN RURAL FRANCE. OV.728 C. COLLABORATION; ARTISTS AND ARCHITECTS. NA3320 .C64.

Cooke, Catherine. CHERNIKHOV; FANTASY AND CONSTRUCTION. Christ-Janer, Albert. ELIEL SAARINEN. NA737 .S111 .C5.

Clark, Fiona. WILLIAM MORRIS WALLPAPERS AND CHINTZES. NK1535 .M877 .C55. Cron. WILLIAM MORRIS. NK942 .M877 .C7.

DeCarlo, Giancarlo. WILLIAM MORRIS. NK942 .M877 .C284.

Dennis, Richard and Jesse, John. CHRISTOPHER DRESSER, 1834-1904. NK1535 .D773 Fine Arts Society. ARCHITECT - DESIGNERS, PUGIN TO MACKINTOSH. NK1443 .A82. Fischer, W.G. DESIGN IN VIENNA. NK945 .V53 .S3813.

Fry, Charles Rahn. ART DECO INTERIORS IN COLOR. NK1986 .A78 .A77. GAUDI, DESIGNER. NK1535 .G267 .A4.

Gebhard, David. PURCELL AND ELMSLIE, ARCHITECTS. NA737 .P985 .A3. Gebhard, Davis. SCHINDLER. NA737 .S336 .G37.

FRANK GEHRY. NA737 .G311 .A4. BRUCE GOFF. NA737 .G612 .B7.

Guptill, Arthur. COLOR IN SKETCHING AND RENDERING. ND2130 .G6. GWATHMEY AND SIEGEL. NA737 .G994 .C43.

Hawthorn. THE GRAPHIC WORLD OF M.C. ESCHER. NE670 .E74 .A43. Hilier. DRAWINGS OF THE 18th & 19th CENTURY. NC710 .H56.

(44)

Hutter, H. DRAWING HISTORY & TECHNIQUE. NC710 .H9831.

Johnson, J. Stewart. EILEEN GRAY, DESIGNER, 1879-1976. NK1535 .G718 .J63. CHINESE DESIGN AND PATTERN. NK1483 .A1 .J6

Kliment, Stephen. ARCHITECTURAL ETCHINGS AND DRAWINGS. Krier, Leon. HOUSES PALACES CITIES. 1980.

Krier, R. ROB KRIER: URBAN PROJECTS 1968-82.

THE TRAVEL SKETCHES OF LOUIS KAHN. NA737 .K12 .P46.

Lampugnani. ARCHITECTURE OF THE 20th CENTURY IN DRAWINGS. NA 2700 .M3513. Larner, Celia and Gerald. THE GLASGOW STYLE. NK1445 .G57 .L37.

LECORBUSIER. NK1535 .J43 .D56. Furniture, painting. THE LIBERY STYLE. NK942 .L52 .A4.

McFadden, David. SCANDINAVIAN MODERN DESIGN, 1880-1980. NK1457 .S25. Middleton, Robin. THE BEAUX ARTS. NA2310 .F8 .E33.

O'Gorman, James F. THE ARCHITECTURE OF FRANK FURNESS. NA737 .F988 .035. Phillips, Lisa. HIGH STYLES - 20th CENTURY AMERICAN DESIGNS. NK1404 .H53. Richardson. Margaret. ARCHITECTS OF THE ARTS AND CRAFTS MOVEMENT. NA2706

.G7.R52.

Roth, Leland M. MCKIM, MEAD AND WHITE, 1879-1915. NA737 .M158 .A4. Rubino. Luciano. AINO AND ALVAR AALTO DESIGNS. NK1553 .A2 .R8. PAUL RUDOLPH. NA737 .R917 .A4.

Seguy, E.A. ART NOUVEAU PATTERNS. NK1560 .S413. SCHINDLER, ARCHITECT. NA737 .S336 .G37.

VENTURI, RAUCH AND SCOTT BROWN. NA737 .V47 .V46. Verneuil, M.P. ART NOUVEAU PATTERNS. NK1565 .V4713.

DRAWINGS AND PLANS OF FRANK LLOYD WRIGHT. NA737 .W949 .A4.

Références

Documents relatifs

Unlike much of the existing literature on the topic of scientific production, this volume of International Perspectives on Education and Society reports on new systematic estimates

Our purpose is to give a proof of the existence and smoothness of the invariant manifolds in the title for a system of ordinary differential equations defined in a

Adams (2013) , the United Kingdom stands out as much more productive per researcher than the other countries for the entire period, with 27 published papers in 2010 (albeit with a

The Global Triumph of the Research University. International Perspectives on Education and Society

Comparing the four research university sectors, Germany and Belgium, with their strong international research universities, have more highly institution- alized systems than do

Charting huge growth in scientific productivity over the 20th century in three European countries, we analyze the development and contemporary state of research universities

Source: Science Productivity, Higher Education Development and the Knowledge Society (SPHERE) database, based on Thomson Reuters’ (TR) Web of Science Publication Data and its

For simple simply connected algebraic groups of classical type, Merkurjev, Parimala, and Tignol gave a formula for the restriction of the Rost invariant to torsors induced from