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Volume 1 A00 Roughly 140 million Soviet-style housing units exist around the world. These generic, pre-fabricated, and often cooperatively-constructed buildings were typically employed irrespective of climate and context. Simultaneously, they represent a tremendous amount of embodied energy -an intrinsic human and material value that demands contemporary intervention. The Soviet type can be adapted to any locale if its potential is harnessed towards passive ends. Interventions, applied at expanding scales- beginning with that of the individual unit, graduating to entire buildings, and eventually neighborhoods, can, through aggregation and sensitivity to extant vernacular adaptations, catalyze urban-scale change. This incremental approach has the potential to interrupt the cycle of demolition while engaging the existing process of auto-construction. Cuba’s hot, humid climate presents a particularly chal- lenging context for Soviet-style housing. Through the deployment of passive systems and vernacular sensibilities, currently unsuitable structures can be transformed into housing that provides thermal comfort and accommodates a variety of residents. The project addresses existing structures by first re- moving a centrally-located staircase, extracting the point access element of each building and placing it at a distance of 10’ beyond the exterior wall. This staircase, connected to a 10’ deep exterior balcony, re-orients the dwelling unit’s entry while simultaneously creating generous and inhabitable covered outdoor living room. An addition floor is added at the top of each structure, increasing each building’s occupiable space by 20-25 percent. This unit is outfitted with a large roof that funnels rainwater into the void left behind by the existing walk-up stair. This space goes from an entry landing to an inte- rior balcony where laundry can be hung and through which stack effect cool- ing can occur. Ground floor units are expanded outward similarly and, when necessary, converted into live/work configurations. Sectional Plan & Typical Plan A11 Sectional Plan & Typical Plan A12 Sectional Plan & Typical Plan A13 Sectional Plan & Typical Plan A14 Sectional Plan & Typical Plan A15 Sectional Plan & Typical Plan A16 Sectional Plan & Typical Plan A17 Sectional Plan & Typical Plan A18 Sectional Plan & Typical Plan A19 Proposals for Re-Constructing Alamar As-Built Construction Document Set Prepared by Antonio Pacheco, 2015 Scale 1/8" = 1'-0" As-Built Construction Document Set Proposals for Re- Constructing Alamar

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Page 1: As-Built Construction Documents

Volume 1

A00

Roughly 140 million Soviet-style housing units exist around the world. These generic, pre-fabricated, and often cooperatively-constructed buildings were typically employed irrespective of climate and context. Simultaneously, they represent a tremendous amount of embodied energy -an intrinsic human and material value that demands contemporary intervention. The Soviet type can be adapted to any locale if its potential is harnessed towards passive ends. Interventions, applied at expanding scales- beginning with that of the individual unit, graduating to entire buildings, and eventually neighborhoods, can, through aggregation and sensitivity to extant vernacular adaptations, catalyze urban-scale change. This incremental approach has the potential to interrupt the cycle of demolition while engaging the existing process of auto-construction. Cuba’s hot, humid climate presents a particularly chal-lenging context for Soviet-style housing. Through the deployment of passive systems and vernacular sensibilities, currently unsuitable structures can be transformed into housing that provides thermal comfort and accommodates a variety of residents. The project addresses existing structures by first re-moving a centrally-located staircase, extracting the point access element of each building and placing it at a distance of 10’ beyond the exterior wall. This staircase, connected to a 10’ deep exterior balcony, re-orients the dwelling unit’s entry while simultaneously creating generous and inhabitable covered outdoor living room. An addition floor is added at the top of each structure, increasing each building’s occupiable space by 20-25 percent. This unit is outfitted with a large roof that funnels rainwater into the void left behind by the existing walk-up stair. This space goes from an entry landing to an inte-rior balcony where laundry can be hung and through which stack effect cool-ing can occur. Ground floor units are expanded outward similarly and, when

necessary, converted into live/work configurations.

Sectional Plan & Typical Plan

A11

Sectional Plan & Typical Plan

A12

Sectional Plan & Typical Plan

A13

Sectional Plan & Typical Plan

A14

Sectional Plan & Typical Plan

A15

Sectional Plan & Typical Plan

A16

Sectional Plan & Typical Plan

A17

Sectional Plan & Typical Plan

A18

Sectional Plan & Typical Plan

A19

Proposals for Re-Constructing Alamar As-Built Construction Document Set

Prepared by Antonio Pacheco, 2015 Scale

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1 Sectional Plan

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1/8" = 1'-0"3 Level 2

Sectional Plan &

Typical Plan

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1 Sectional Plan

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Typical Plan

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10' - 11 3/4"

56' - 0 3/4"

32' -

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10' - 8 11/16"

15' -

3 5

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10' - 6"

1' -

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4' - 2" 6' - 1 17/32"4' - 0 15/32"

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Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

1234561

A5

T.O. Parapet43' - 9"

1/2" = 1'-0"1 North

Front Elevation

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Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

1234561

A5

T.O. Parapet43' - 9"

1/2" = 1'-0"1 North

Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

10' -

5 1

/4"

10' -

5 1

/4"

10' -

5 1

/4"

10' -

5 1

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1 2 3 4 5 6

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T.O. Parapet43' - 9"

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Back Elevation

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Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

7 81

A6

T.O. Parapet43' - 9"

1/2" = 1'-0"1 Longitudinal Section

Short Section

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Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

7 81

A6

T.O. Parapet43' - 9"

1/2" = 1'-0"1 Longitudinal Section

Level 10' - 0"

Level 210' - 5 1/4"

Level 320' - 10 1/2"

Level 431' - 3 3/4"

Level 541' - 9"

123456

T.O. Parapet43' - 9"

1/2" = 1'-0"1 Transverse Section

Long Section

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11'-3"

6"

1'

5'

1'-6316"

135°

5'

1'-7"

1'-712" 5' 1'-71

2"

15'-7"

1'

10'-3"

7"

10'-7"

1'-6"

15'-7"

9'-1018"

14'-7"

6"

6"

6"

6'-9716"

6"

6"

63°

15'-7"

7'-9716"

1'

21116"

2 316"

6"

7"

9'-1018"

8'-1018"

6"7"

6"

R12"

R2"

1 Exterior Panel Structural Connection Detail 2 Exterior Panel Structural Connection Detail

Floor & Interior Wall

Panels

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9'-1018"

11'-3"

3"

9"

212"

8'-3"

312"

7"

11'-31116"

7'-5" 4 316"

7"10'-8"7'-5"

1'-5"

135°

9'-1018"

9'-118"

31116"

2 516"

134"

134"131°

131°

9'-118"

9'-118"

1'-6"

R1"

9'-1018"

11'-3"

3"

9"

212"

8'-3"

312"

7"

9'-1018"

9'-118"

31116"

2 516"

134"

134"131°

131°

9'-118"

9'-118"

1'-6"

R1"

11'-3"

10'-8"

7'-5"7"

312"

1'-5"

45°

9'-1018"

11'-3"

3"

9"

212"

8'-3"

312"

7"

9'-1018"

9'-118"

31116"

2 516"

134"

134"131°

131°

9'-118"

9'-118"

1'-6"

R1"

11'-3"

10'-8"

7'-5"7"

312"

1'-5"

45°

1 Exterior Panel Structural Connection Detail 1 Exterior Panel Structural Connection Detail 1 Exterior Panel Structural Connection Detail

9'-1018"

11'-3"

3"

9"

212"

8'-3"

312"

7"

9'-1018"

9'-118"

31116"

2 516"

134"

134"131°

131°

9'-118"

9'-118"

1'-6"

R1"

1'-178"

9"

3"

3"

1'-61516"

1'-7316"

1516"

8'-118"

8'-21516"

9'-1018"

11'-3"

3"

9"

212"

8'-3"

312"

7"

9'-1018"

9'-118"

31116"

2 516"

134"

134"131°

131°

9'-118"

9'-118"

1'-6"

R1"

11'-8"

5'-414"

8'-4"

0"

0"

0"

1'-7316"

2'-358"

3'-31516"

6'-71116"

1'-7316"

11'-3"

7'-1158" 1'-21

2"

312"

7"1'-515

16"

135°

10'-8"

11 916"

3 Exterior Panel Structural Connection Detail 4 Exterior Panel Structural Connection Detail

Exterior Wall Panels

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Prefabricated Concrete Column

Concrete Exterior Wall Panel

1" Steel Rebar TiesConcrete Infill

Prefabricated Concrete Column

Concrete Exterior Wall Panel

1" Steel Rebar TiesConcrete Infill

Concrete Interior Wall Panel

Concrete Interior Wall Panel

1" Steel Rebar TiesConcrete Infill

Concrete Interior Wall Panel

1" Steel Rebar TiesConcrete Infill

2'2'

4"

1'-81116"

1'-334"

1'-6916"

1'-71316"

1'-91316"

2'-1138"

8 916"

91116"

4 916"

6 316"

11"

1'-134"

61316"

65°

115°

1'-41516"

R5'-1112"

R2"65°

1'-61316"

5"

1'-61116"

1'-578"

578"

4 116"

65°

115°

1'-1018"

1'-8"

1'-834"

1 Exterior Panel Structural Connection Detail Exterior Panel Structural Connection Detail Section

Interior Panel Structural Connection Detail Section Interior Panel Structural Connection Detail Plan

2

3 4 Panel Connection

Details

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