• Aucun résultat trouvé

A child day care center.

N/A
N/A
Protected

Academic year: 2021

Partager "A child day care center."

Copied!
16
0
0

Texte intégral

(1)

ACHILD DAY CARE CENTER

By

Ralph P. Albanese

Submitted in Partial Fulfillment of the Requirements for the Degree of Bachelor of Architecture

at the

MASSACHUSETTS INSTITUTE OF TECHNOLOGY

May 21, 1970 Signature of Author: Certified by: Accepted by:

Ilepftffe.;it

of§jrqhitecture he9{s Supervis4r

Chai n of the Department

Rotch

1ss tIST.rc

NOV 16 1970

(2)

115 Harvard Street

Cambridge, Massachusetts May 21, 1970

Professor Donlyn Lyndon, Chairman Department of Architecture

Massachusetts Institute of Technology

77 Massachusetts Avenue Cambridge, Massachusetts Dear Professor Lyndon:

I submit this thesis as required for the Degree of Bachelor of Architecture to the Massachusetts Institute of Technology's Department of Architecture.

lalj~h

IP.

Albaneas

(3)

ABSTRACT

A Child Day Care Center sponsored by M.I.T. for the Cambridge Community is critical to this time if M.I.T. wishes to be responsive to the Community. A Day Care Center would make it possible for mothers to go to work and subsidize the family income. Families with only mothers at the head now can leave their children

in capable hands while she is working.

The chief personal reason why I selected a Day Care Center for my thesis is because I wanted to be

exposed to as many design issues as possible. A Day Care Center has potential in confronting a wide range

of design issues.

(4)

ACKNOWLEDGEMENT

I would like to thank those people of the KLH Child Development Center and the M.I.T. Child Day Center who helped me become familiar with their work.

I would also like to thank my fellow students for their criticism and advice, and I would most like to thank Richard Tremaglio

(5)

CONTENTS

Introduction Site Selection

Basic Space Requirements Design Solution

(6)

INTRODUCTION

The Day Care Center is for the use of the children of the Cambridge community and children of M.I.T. students and staff. The ages of the children will be from 2 to 5 years. The center will have 30

children initially. The maximum capacity will be

45

children. The staff initially will consist of

8

members: 2 teachers, 2 teacher's aids, director, assistant director, secretary and cook. The maximum staff will be 10: one additional teacher and one teacher's aid.

The center will be organized as a cooperative Child Day Care Center. The parents will become members of the Board of Directors, helping to set policies for

the Center. The parents are also expected to volunteer time to the Center. The Center will be open from 9:00 A.M. to 5:00 P.M. A kitchen serving hot lunches prepared on the premises and snacks will be required.

(7)

SITE SELECTION

The Center will be located on the southern corner of the.intersection of Broadway and Portland streets. The

site is 9,450 square feet. The Portland and Broadway site was selected because it is part of Technology parking lot.

On one would have to be relocated to make room for the center. The site displaces the maximum of 27 cars. The site would be opposite two Cambridge public hou-sing

projects. It is also four blocks from M.I.T. Broadway has a bus route in two directions. The Kendall Square subway station is a five minute walk from the Center.

If the Center would be placed on the M.I.T. campus it would be closed off from the Cambridge community.

(8)

BASIC SPACE REQUIREMENTS

Kitchen 375-340

Children's Toilet Laundry

Common Rough Space 750

Offices (Director and Assistant 300

Director)

Medical Room 150

Staff lounge (meeting place for parents and staff library) Staff Toilets (male and female)

2 Group Spaces 1000

Children's Library

8oo

Outdoor Space 4500

Storage (extra group space) 1000 Mechanical room

The total building area will be approximately

8oo0sq.ft.The outdoor space will be approximately 4500eq.ft.

The Center will occasionally be open at night for parents and community meetings. The outdoor play space can be used by anyone after the Center is closed and on the

(9)

RESOURCE MATERIAL FOR DAY CARE PLANNING

Designing the Child Development Center. Project Head Start Community Action Program, Office of Opportunity,

Washington, D.C., Ronald W. Haase

Where Learning Happens. Stephen Carr, Kiven Lynch, Daedalus, February, 1969.

Coming of Age in America. Edgar Z. Friedenberg

The Use of Neighborhoods by Mothers and Young Children. Dave Stern

Children's Play on Housing Estates. Vere Hold

Child's Play. Dave Aaron and Bonnie P. Winawer

Housing the Nursery School. Mary M. Rogers

The Care of Children: Community Needs and Responsibility. Dave Stern

Child Behavior. Frances Ilg and Lousie Bates Ames

New Playgrounds. Lady Allen of Huntwood

(10)

BROADWAY

A CHIL)

)AY

CARE CENTER

CAMAInDGE MASSACHUSETTS

R AL PH P AL BANE SE

BCEMAG(,10 R C T ADOVSOhi

(11)

A

HIL)) D)AY

C A 1 Ill. E MAS SAC HI SET TS

(C'

A

lB

1:

C E N T EI

I

R

A

L P 11 P AL BANE SE

h C T hEM AG , 1 A)VISOI% RLN

\I

I

T

11Fs

I

s

M11AY 2w,11 19)7 0 S CA A 1 -0

(12)

,I--=0-T ~ 9/ 3'V >S 0 LG 61'1 A VIU S I ~Il11 .1, 1 I 1

y

Id

1 9IOSIAyKV

1.I'1VH

aU

"

:'

-r -figiv ry

(1

11(1 'I VI SLLHMSfili'VS SVIV r , It 1 1 (J V :

()

~I~It4.l1

)

EIIV

')

AV([

([

rII

H

r)

V

(13)

I

EL

LJM

EL

L

)

k

A

V(t

(IH

lr)

V

Id ~ ~ ~ ~ ~ ~ ~ T osa :> omivc Kgg I idI ry4 y Jo 1)1, r asini:vs y :V 41Lv:

(14)

)

1

' VS )i

i

T

I

1,

11

.

I,

Ls L A1 151

I

T k t

l

VI

l'

j Ii

V

1,3

111

.)VV

(

I

l

i

It

V

z)V

V

(t

([ilIuHk) V l[)

I

M

N1J

[I

IT t

(15)

'AHIL)

DAY

CARE

CENTER

5

CA IL i 1) 6 E 31A S S AC II I S ETT S

R

A L P 11 P A L BANE SE

' h 4o T N EI, o Ait GS

ELEVATIONS

(16)

tI

-L

3

51

)

-= rLli"V:s( 0L6 15 AVIV sIt ,Ld I I s L~ ll 51s1111 SY v t 1 (1 1~ .1 1 It

I1V

r)

A V(I

(f

I

IlH

r) V

9

Références

Documents relatifs

Figure 6: False positive matches: Images 1 and 2 show templates constructed from models Slow and Yield overlying the sign in image Slow2 (correlation values 0.56

The torque F(t) de- pends on the visual input; it was found (see Reichardt and Poggio, 1976) that it can be approximated, under situations of tracking and chasing, as a function

We now provide some simulations conducted on arbi- trary functions of the class of functions with bounded derivative (the class F ): Fig. 16 shows 4 arbitrary se- lected

We make a number of cross-linguistic comparisons in which we investigate the syntactic behavior of verbs in German, Bangla, and Korean which correspond to the English

In the rst stage the basis function parameters are de- termined using the input data alone, which corresponds to a density estimation problem using a mixture model in

The F-B algorithm relies on a factorization of the joint probability function to obtain locally recursive methods One of the key points in this paper is that the

Three criteria were used to measure the performance of the learning algorithm: experts' parameters deviation from the true values, square root of prediction MSE and

Although the applications in this paper were restricted to networks with Gaussian units, the Probability Matching algorithm can be applied to any reinforcement learning task