A home for elderly

(1)

Diploma project : spring 2021 Fabian Granhaugen

A home for elderly

(2)

Norway will in a short time face a challenge as the population will develop from 2018 to 2040 and will be dominated by people who are 80 years or old- er. Today, this group of age represents 4.2 percent of the population. In 2040, this group of age will represent as much 8 percent of the population in Norway (Helsedirektoratet 2018).

Based on this development, it is expected that there will be more elderly people than children by the year 2040. As a society, we must prepare for this development and build more nursing

homes. According to how today’s nursing homes are built, there is little variation in architectural solutions. Nursing homes as a typology are

characterized by repetitive organization with patient rooms, long corridors and few spatial qualities. In continuation of this, I have chosen to develop an alternative architectural solution where I challenge the current conventions.

Introduction

(3)

Program

Entrance :

reception 21 m2 Access room 53 m2 Visitor room 56 m2 shared room 155 m2

Treatment :

Medicine room 21,25 m2 Doctor room 21,25 m2

Physiotherapist room 21,25 m2 Employees 8 :

Staff office 21,25 m2 Meeting room 25,75 m2 Break room / Kitchen 17 m2 Laundry room 4,5 m2 Wardrobe 4,25 m2

Toilet 18 m2

Patients X 12 :

Patientroom 204 m2 Wardrobe 4,25 51 m2 Toilet 4,5 54 m2

Shed 70 m2

Patient + Employees

Living room 262 m2

Kitchen 28 m2

Dining room 118 m2 Activity room 154 m2 Sirculation :

Staircase 43,2 m2 Elevator 27 m2 Parking garage : 114 m2

(4)

Early sketch of architectural idea / showing the potensial of irregularity.

(5)

a-a

b-b b-b

c-c

b-b

a-a a-a

c-c

c-c c-c

a-a

b-b

1.100 Long section ¹ ³

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

3

1.100 Long section 1

1 3

Plan 1.100 1-2 st. floor Plan 1.100 ground floor ¹ ³

1.100 Long section a-a ¹ ³ ⁵

1.100 Axometric structure ³ ⁵

1.100 Long section c-c ³ ⁵

3

1.100 Long section c-c 1

1.50 detail section

1 3 5

Plan 1.100 basement

5 3

1 3 5

1.200 Elevation south

1.200 elevation east

¹

5 1

1

5 5

Conceptual drawing showing the idea of a continuous wall

(6)

1. Location : The home for elderly 2. Access site

3. Ullevåll Sykehus

1 3

2

(7)

Innkj

ring parkering

Thulstrupsgate

hovedinngang

2 6 10

Atrium

(8)

d-d d-d

c-c c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Sliding door profile vented cavity / dranage Vented cavity

Two-layer glass

3 5

Clt cladding Metal coping

Fall roof

Gluelam beam 200 x 600 mm XPS ISOLATION 300 mm

Metal railing Steel profile for fixing the cover egde Cross laminated timber 150 mm Cross laminated timber 150 mm

Elastic polyurethane Floor framing

Vapor barrier Drainage barrier Lath for cornice

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

1.10 Wall section

1.200 elevation east

1.200 Elevation south

¹ ⁵

3 5

1

Plan 1.100 basement ¹ ³ ⁵

1.50 detail section

1.100 Long section c-c ¹ ³ ⁵

3 5

1.100 Axometric structure 1

3 5

1.100 Long section a-a 1

Plan 1.100 ground floor ¹ ³ ⁵

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section

3

1 3 5

1 2

4 3 4

7 5 8

9 10

6

1. Access room

2. Reception 3. Visitor room

4. Shared space 5. Staff office

6. Staff room / Laundry 7. Meeting room

8. Doctor room 9. Physiotherapist room 10. Medicine room

(9)

d-d d-d

c-c c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Two-layer glass

3 5

Fall roof

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

1.10 Wall section

1.200 elevation east

1.200 Elevation south

¹ ⁵

3 5

1

1.50 detail section

3 5

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section

3

1 3 5

1. Patient room

2. Dining room 3. Living room

4. Dining room 5. Activity room

1

2 3

3 5 4

(10)

(11)

d-d d-d

c-c c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Two-layer glass

3 5

Fall roof

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

1.10 Wall section

1.200 elevation east

1.200 Elevation south

¹ ⁵

3 5

1

1.50 detail section

3 5

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section

3

1 3 5

1

3 2

4 2

1. Parking entrance

2. Technical room 3. Parking 4. Shed

(12)

c-c

b-b

a-a

c-c c-c

b-b

a-a

a-a a-a

c-c

b-b

1.200 elevation east

5

1 3

Two-layer glass Metal coping

Aeration layer

Fall roof

Areation layer / dranage Gluelam beam 200 x 600 mm XPS ISOLATION 300 mm Steel profile for fixing the cover egde Cross laminated timber 150 mm Cross laminated timber 150 mm

Floor framing

Vapor barrier Drainage barrier

1.10 Wall section

1.100 Long section c-c

3

5

3 5

1 1

5

1.100 Axometric structure

5 1

1

3 5

1.100 Long section a-a

3

1.100 Long section ¹ ⁵

3 5

1

Plan 1.100 basement

5

Plan 1.100 1-2 st. floor

c + 0 c + 0,43 c + 3,78 c + 7,13

3 3

3 5 1

5

c + 10

1

3

Plan 1.100 ground floor

1.50 detail section

3

1

Lath for cornice

Elastic polyurethane Metal railing Sliding door profile

1.200 Elevation south

(13)

(14)

d-d d-d

c-c c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Two-layer glass

3 5

Fall roof

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

1.10 Wall section

1.200 elevation east

1.200 Elevation south

¹ ⁵

3 5

1

1.50 detail section

3 5

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section

3

1 3 5

4 7

7 6

6 5

5

3 2 1

8 9

1. Access room

2. Reception 3. Visitor room

4. Shared space 5. Kitchen & dining room

6. Living room 7. Activity room

8. Parking 9. Stairs & elevator core

(15)

a-a b-b

b-b c-c

a-a a-a

b-b c-c

c-c

b-b c-c

a-a

1 3 5

1.100 Long section d-d

c + 10

c + 7,13

c + 3,78

c + 0

1.10 Wall section Drainage barrier

Vapor barrier Floor framing Elastic polyurethane Cross laminated timber 150 mm Cross laminated timber 150 mm Steel profile for fixing the cover egde XPS ISOLATION 300 mm Gluelam beam 200 x 600 mm Areation layer / dranage Aeration layer Metal coping

Two-layer glass

3 5

1 3 5

5

Plan 1.100 1-2 st. floor 3 Plan 1.100 ground floor ³ ⁵

1.100 Long section a-a ¹ ³ ⁵

1.100 Axometric structure ¹ ³ ⁵

1 3 5

5

1 3 5

Plan 1.100 basement

1 3 5

5

1.200 Elevation south

3

1.200 elevation east

1 3 5

1

1.50 detail section

3

1 1

Sliding door profile

Fall roof

Metal railing Lath for cornice

5

c + 0,43

a-a b-b

b-b c-c

a-a a-a

b-b c-c

c-c

b-b c-c

a-a

1 3 5

c + 10

c + 7,13

c + 3,78

c + 0

1.10 Wall section Lath for cornice

Drainage barrier Vapor barrier Floor framing Elastic polyurethane Cross laminated timber 150 mm Cross laminated timber 150 mm Steel profile for fixing the cover egde XPS ISOLATION 300 mm Gluelam beam 200 x 600 mm Areation layer / dranage Aeration layer Metal coping

Two-layer glass

3 5

1 3 5

5

Plan 1.100 1-2 st. floor 3 Plan 1.100 ground floor ³ ⁵

1 3 5

1.100 Axometric structure ¹ ³ ⁵

1 3 5

1 5

1 3 5

Plan 1.100 basement

1 3 5

5

1.200 Elevation south

3

1.200 elevation east

1 3 5

1

1.50 detail section

3

1.100 Long section c-c 1.100 Long section a-a

1 1

Fall roof

Metal railing

5

c + 0,43

(16)

c-c

b-b

a-a

c-c c-c

b-b

a-a

a-a a-a

c-c

b-b

1.200 elevation east

5

1 3

Aeration layer ^{Fall roof}

Areation layer / dranage Gluelam beam 200 x 600 mm XPS ISOLATION 300 mm Steel profile for fixing the cover egde Cross laminated timber 150 mm Cross laminated timber 150 mm

Floor framing

1.10 Wall section

3

5

3 5

1 1

5

5 1

1

3 5

3

3 5

1

Plan 1.100 basement

5

c + 0 c + 0,43 c + 3,78 c + 7,13

3 3

3 5 1

5

c + 10

1

3

1.50 detail section

3

1

Lath for cornice

1.200 Elevation south

(17)

d-d d-d d-d c-c

c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

d-d

Sliding door profile vented cavity / dranage

3 5

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

Fall roof

1.10 Wall section

1.200 elevation east

1.200 Elevation south

¹ ³ ⁵

3 5

1

1.50 detail section

3 5

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section ¹ ³ ⁵

Vented cavity

Clt cladding

(18)

(19)

c-c c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Cross laminated timber 150 mm

Two-layer glass

Elastic polyurethane Drainage barrier Floor framing Metal coping

Aeration layer Lath for cornice

Fall roof

3 5

Sliding door profile Areation layer / dranage Gluelam beam 200 x 600 mm

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

XPS ISOLATION 300 mm

Metal railing

1.200 elevation east

1.200 Elevation south

¹ ³ ⁵

3 5

1

Plan 1.100 basement

¹ ³ ⁵

1.50 detail section

1.100 Long section c-c

¹ ³ ⁵

3 5

1.100 Long section c-c

1

3 5

1.100 Axometric structure

1

3 5

1.100 Long section a-a

1

Plan 1.100 ground floor

¹ ³ ⁵

Plan 1.100 1-2 st. floor

¹ ³ ⁵

Steel profile for fixing the cover egde

1.100 Long section

¹ ³ ⁵

Cross laminated timber 150 mm

Vapor barrier

1.10 Wall section

(20)

d-d d-d d-d d-d c- c

c-c

b-b

a-a a-a

c-c c-c

b-b

a-a a-a

Fall roof

3 5

1.100 Long section 1

Metal railing Steel profile for fixing the cover egde

Cross laminated timber 150 mm Cross laminated timber 150 mm

Elastic polyurethane Floor framing vented cavity / dranage

Vented cavity

1.10 Wall section

c + 0 c + 0,43 c + 3,78 c + 7,13 c + 10

Clt cladding

1.200 elevation east

1.200 Elevation south ¹ ³ ⁵

3 5

1 Plan 1.100 basement ¹ ³ ⁵

1.50 detail section

1.100 Long section c-c ¹ ³ ⁵

3 5

1.100 Long section c-c 1

3 5

1.100 Axometric structure 1

3 5

1.100 Long section a-a 1

Plan 1.100 ground floor ¹ ³ ⁵

Plan 1.100 1-2 st. floor ¹ ³ ⁵

1.100 Long section ¹ ³ ⁵

(21)

(22)

c-c

b-b

a-a

c-c c-c

b-b

a-a

a-a a-a

c-c

b-b

1.200 elevation east

5

1 3

Aeration layer Fall roof

Areation layer / dranage Gluelam beam 200 x 600 mm XPS ISOLATION 300 mm Steel profile for fixing the cover egdeCross laminated timber 150 mm Cross laminated timber 150 mm

Floor framing

1.10 Wall section

3

5

3 5

1 1

5

5 1

1

3 5

3

3 5

1

Plan 1.100 basement

5

c + 0 c + 0,43 c + 3,78 c + 7,13

3 3

3 5 1

5

c + 10

1

3

1.50 detail section

3

1

Lath for cornice

1.200 Elevation south

(23)

c-c

b-b

a-a

c-c c-c

b-b

a-a

a-a a-a

c-c

b-b

1.200 elevation east

5

1 3

Aeration layer Fall roof

Areation layer / dranage Gluelam beam 200 x 600 mm XPS ISOLATION 300 mm Steel profile for fixing the cover egdeCross laminated timber 150 mm Cross laminated timber 150 mm

Floor framing

1.10 Wall section

3

5

3 5

1 1

5

5 1

1

3 5

3

3 5

1

Plan 1.100 basement

5

c + 0 c + 0,43 c + 3,78 c + 7,13

3 3

3 5 1

5

c + 10

1

3

1.50 detail section

3

1

Lath for cornice

1.200 Elevation south

(24)

(25)

Illustration of physical model

(26)

A home for elderly

Diploma project : spring 2021 Fabian Granhaugen