Kagiso Morake Architecture Portfolio | 2020 Work University of the Witwatersrand
“I never design a building before I’ve seen the site and met the people who will be using it.� - Frank Lloyd Wright I am Kagiso Morake, a third-year architecture student, a part-time photographer and an enthusiastic climate activist. I live by the motive of making the world a better place through means of creativity and discoveries. My experience as an architecture student has not only enhanced and broadened my passion, but it has made it a testimony I shall fulfil for the years to come. This portfolio showcases my thinking process and execution of projects that I have carefully designed. I used different design principles that include spatial poetics, sustainability and spatial planning. The articulation of these projects show my current capabilities as an aspiring architect. With room for improvement, the purpose of my year out is to learn how to apply these design principles in real life.
KAGISO MORAKE
1999 ďšş 02 ďšş 12 | 21 YRS
S O U T H A F R I C A N 9 9 0 212 5 3 6 9 0 8 0
C O NTAC T +27(65) 862 7713 punchmorake@gmail.com Orkney, North West Johannesburg, Gauteng kagisomorake_
E D U C ATI ON Secondar y School Klerksdorp Technical High School 2013 - 2017 Bachelors Of Architectural Studies Universit y of The Wit watersrand 2018 - 2020 GOLDEN KEY Year 1 & 2
P R O G R A MM ES Re v i t
Aut o C AD
S ke t c h U p
P ho t o sho p
I l l ustra to r
P re m i e r P ro
PER SO NAL STAT EMENT I was born and raised in a small mining town, Orkney, my aspirations have always been driven around creative and innovative work as my surrounding environment was in lack of these. I made the best with the lit tle that I had. As a devoted Christian and a Climate Activist, I have always wanted to use my passion to explore new strategies in making the world a bet ter place for all. It lead me to study architecture, which has become my vocation. During my universit y experience, I was intrigued by the study of sustainable designs, cultural narratives, public urban aesthetics and contextual sensitivit y. Exploring these interests more in the real world of architecture is a dream to me. With that said, I look for ward to becoming a Professional Architect one day.
JO B EXPER I ENC E PHOTOGRAPHER Freelancer & SOAP Photographer (Wits Universit y) | Johannesburg, GP | 2018 - 2020 It has always been my passion than my occupation. It has taught me how to see things in a creative eye. I taught myself how to add value and meaning to a product that is scrap. Photography certainly played an impact ful role in my interest in design and innovation. LOGO DESIGNER Freelancer | Johannesburg, GP | 2018 - 2020 This experience has taught me the client to designer relations. It has improved my abilities to sell a product to a client and convincing them if necessar y. Logo designing has been one of my highlight experiences as a designer. I took critical decisions to ensure the business brands of the clients were unique and successful. DAVID KRYNAUW INTERNSHIP Pod Design (META Studio)| Johannesburg, GP | 2020 ( 2 weeks) The internship program introduced me to advanced detailing of timber construction, furniture design, interior planning, small living projects. It was my fi rst offi ce experience as a designer and noticed that I had good offi ce practice skills. I look for ward to using these skills learned here in my future job experiences.
S K I L LS Communication L ea d ers h i p
I n D e si gn
M i c ro so f t O f fi c e
Crea t i v e Th i n k i n g
Music (Dj) Dancing
G rapi c Des i gn
Pai nti ng Draw i ng
Cl i m a t e Activism
DI Y
Readi ng
Cr i t i c a l Th i n k i n g P ro b l em So l v i n g
Aut o de sk S ke t c h b o o k
HOBBIES
Ti m e M a n a g em en t
(REFERENCES UPON REQUEST)
01 02 03 04 05
Table of Content
Manifesto
Page 6-7
Student Common Braamfontein Page 1-2
Page 8-15
New Spatialities in a Time of Plague Alexandra Township
Page 16-21
Mining Museum of Johannesburg Newtown
Page 22-29
Creative Hobbies
Page 30-33
01 Manifesto
My Manifesto embodies drawings of projects done in my first and second year of study (2018 & 2019). These drawings explore different design principles used to generate concepts for my project designs. These drawings highly informed my design choice. The drawings focus on the analysis and exploration of Movement, Negative Spaces, Construction Techniques and Spatial Poetry. With the techniques having the possibility to overlap, in my third year of study (2020), I further explore these and discover new principles as I go.
Manifesto
Introduction | Page 6
Manifesto
Drawings | Page 7
02
Student Common Braamfontein
Braamfontein is a busy suburban area that is rich in culture and diversity. Its urbanscape is in shortage of social public areas and people end up facing the hardscapes of the busy streets. The Braamfontein Student Common aims to create a destination for the public in the middle of the dense and busy urbanscape. This is achieved by articulating the given site with a large soft-green scape which the user can interact with when approaching the building. The building mass reaches out like an arm to the pedestrian entrance of the University of the Witwatersrand to invite the students into the space. The building is layered with a concrete finish and large windows to ďŹ t into the urban aesthetic of Braamfontein.
Student Common
Student Common
Braamfontein
Introduction | Page 9
Concept Development
Site Plan
N
Strategy
Building reaches out like an arm to the University of Witwatersrand Entrance Student Common
Building opens up south side and actives the cold coner. Braamfontein
Public Forecourt softens the hard scape and creates building threshold. Concept Development ,Site Plan and Strategy | Page 10
3rdFloor
Roof
2nd Floor
5th Floor
1st Floor
4th Floor The Back Corner is activated as the south side of the site was dead. A spot used for skateboarding.
The Corner is activated by keeping it open and free of obstructions as it is busy and a potential for a gathering and attraction of people. Student Common
Braamfontein
Ground Floor
Floor Plans | Page 11
Elevations
North Elevation Student Common
West Elevation Braamfontein
Section and Elevations | Page 12
Student Common
Braamfontein
Section and Renders | Page 13
Rail All Plumbing to be in accordance with National Building Regulations. The Drawing must be read in conjunction with all the relevant drawings and specifications.
Rail
Contractor to verify all levels, heights and dimensions on site and to check same against the drawing before putting any working hand. Contractor to add D.P.C to all walls and steped DPC for cavity walls and pre cast concrete walls..
EFR 5117
8 .5 9 4 3
With standards of good building practice with particular reference to special requirements necessitated by local and or on site conditions and report any comment to the architect. Any error discrepancies or ommissions to be reported to the architect immediately. Final dimensions to be taken on site before ordering, supplying and fixing proprietary on detailed fittings. Contractors are to locate and identify existing services on site and to project these from damage throughout the duration of the works.
1741
JORISSEN STREET
Contractor to build brick cause for every 4 brick courses and for ever 2nd brick course above windowns and openings.
1
2
3
4
5
6
7
8
9
10
Contractor to add weather tight seal betweent ever pre cast concrete wall panel to eng. specifications.
11
All glazing in compliance with National Building Regulations.
5000
5000
5000
5000
5099
5000
5000
P3
P4
P5
P6
P7
P8
P9
P2
12
7500 5000
4995
7500 5000 80 ll 1:
80
Fa
ll 1:
335
80
Fa
ll 1: 80
12930
3462
SERVICE LANE
5000
7500
7500
14
2
5000
5000
5000
Entrance to Basement
F
D 565
5000
City Of Johannesburg (3009)
6565
7500
7500
Business Class 1
Site Area
2008 m2
Ground Floor
698 m2
First Floor
1122m2
Second Floor
711 m2
Third Floor
1208 m2
Fourth Floor
1010 m2
Fifth Floor
1010 m2
Roof Floor
713 m2
TOTAL BULK AREA
6472 m2
TOTAL COVERAGE AREA
713 m2
4
15
5
Client
UNIVERSITY OF WITWATERSRAND Project
BRAAMFONTEIN STUDENT COMM
PROPOSED "BUILDING NAME" - SCHEDULE OF RIGHTS
900
63296
3
Sub Clause 1
AREA SCHEDULE
5572
1:80
335
26.83 °
1:80 Fall
1: Fall
80 ll 1: Fa
J
ll
Erf 2919, Erf 2920, Erf 2921 Erf 2922 Erf 2923 Braamfontein Johannesburg
TOWN PLANNING SCHEME
ANNEXURE NO.
E
10554
Fa
Fa ll 1: 80
FBO
80 ll 1: Fa
Roof 4 Heighest Roof Fifth Floor
ERF/ PORTION SITE AREA & TOWNSHIP
AMENDMENT SCHEME NO.
EFR 2925
80
FBO
Fa
Fall 1:80
1926
pp ly
fall
13
1
D
ZONING
Su
FBO
I
Fall 1:80
80 ll 1:
FBO 80
Stamps and Signatures PROPERTY DESCRIPTION
0 1:8
Fa
Fa ll 1:
Datum Point Contour 1740 1Bellow Ground A 1350 Level
FBO
ll 1:
TOC 22880
1:80
3317
at er
Roof 3 Service Area Fifth Floor
80
Fall
TOC 26335
12 C
MH
C
Fall 1:8 0
Fa
ll 1:
FBO Fall
ll
Fa
80 ll 1:
1:80
Fa
5528
H
80 ll 1:
Fa
DN
F
Fa
Fall 1:80
800
Fall 1:8 0
Col dW
17071 FBO
80 ll 1:
Fall 1:80
EFR 2919
Balcony TOC 12515
1965 2195
0 1:8
Fa
E
1740
1:80 Fall
0 1:8
Fall 1:80
P21
B 0
11600
0 1:8 Fa ll
Fall 1:80
Fa ll
FBO
EFR 2926
0 1:8
Fall 1:8
FBO
G
Fall 1:80
LED outdoor Post Light
P20
Any queries arising from all the above must be reported to the architect immediately
P14
EFR 2924
FBO
Fall
1845
0 1:8
Fa ll
Fall
pp ly Fall 1:80
0 ll 1:8 Fa
Fall 1:80
5000
1016
FBO
1:80
Fall 1:80
16
Fall
Su
FBO
TOC 19425
22 20 4
Fall 1:80
956
P13
Fall 1:8 0
1:80 Fall
TOC 19425
Office Balcony Fifth Floor
0 1:8
930
D
Fall 1:8 0
Multipurpose Area Fifth Floor
Wild Grass and soil with -400mm tanking
at er
ll 1: 80
Fall 1:8 0 Fall 1:8 0
Fall 1:8 0
A
P19
Col dW
Fall 1:8 0
1
1:80
EFR 2923
Roof 2
Fall 1:80
J
Fall
Fall 1:80
P18
FBO
° .17 63
Fall 1:8 0
Fall 1:8 0
17 13
I LED outdoor Post Light
P17
1:80 Fall
EENDRACHT STREET
P16
C
1542
1585
2201 1
Fall 1:80
P25
EFR 4934
EFR 2922 Roof 1
LED outdoor Post Light
FBO
0 ll 1:8 Fa
Fall
LED outdoor Post Light
15
Fall 1:8 0
1
14
24 96 8
Fall 1:8 0
Fall 1:8 0
Fall 1:8 0
ll 1:8 0
H
B
P15 P24
Quality of all materials and workmanship to comply with the relevant South African Bureau of Standards specifications.
5000
P12
A
FBO
LED outdoor Post Light
paving
LED outdoor Post Light
LED outdoor Post Light
FBO Fa
LED outdoor Post Light
P23
LED outdoor Post Light
13 EFR 2921
80
EFR 2920
Fa
374
1637
3368
G
l 1: Fal
x;Y 96 960
300
SITE BOUNDARY & BUILDING LINE
A
5000
P11
B
MWS
P22
5000
P10
Drop Off Zone
335
A
5012
31724
5000
3462
2548
5000
P1
7
8
9
10
PERMISSIBLE
11
HEIGHT ZONE
EFR 2916
26,28,30,32 Jorissen & 22 Eendracht
100%
FLOOR AREA RATIO
2008m2
EFR 2915
5 Stories
COVERAGE
4.0
EFR 2914
Erf 2919, Erf 2920, Erf 2921 Erf 2922 Erf 2923
C
HEIGHT OF BUILDINGS
100%
EFR 4687
BRAAMFONTEIN
PROPOSED
C 7 Stories
EFR 2902
Site
DEVELOPMENT CONTROL MEASURES
6
3.1 6472m2
FLOOR AREA DENSITY PER HECTAR
EFR 2918
0m2
0.5m2
BUILDING LINE
1 per 200m2
No. OF DWELLINGS ON SITE
1
PARKING REQUIREMENT
PROPOSED
PARKING RATIO PER USE
BAYS REQUIRED
BAYS PROVIDED
0.75 PARKING BAYS PER 100spm INSTITUTIONAL USE
80 BAYS
_________BAYS
2 PARKING BAYS PER 100sqm OFFICES
20 BAYS
_________BAYS
0.5 PARKING BAYS PER 100sqm OTHER
7 BAYS
_________BAYS
TOTAL PARKING BAYS
107 BAYS
_________BAYS
Drawing Revision
EFR 2917
EFR 2901
REV. NO. 1
DESCRIPTION
DATE
Revision For Grading
22/07/2020
STORM WATER CALCULATIONS Formular
1m2 = 1cm2 Area of 80mm Diameter: =3.142 x 4cm x 4cm =50.27 80mm pipe Dia. can take 50m of roof area
N
Calculations
Roof 1 236 cm2 / 50cm2 = 3,00 (3 outlets Required) Roof 2 86cm2 / 50cm2 = 1.72 ( 2 outlets Required)
Drawn By
1831355
Roof 3 & Roof 4 561cm2 / 50cm2 = 11,22 (11 outlets required)
Coure Code
REFUSE CALCULATIONS Formular
Scale
1 : 200@A1
Drawn By
Revision No.
ARPL3031
Calculations
1) f(g) × FA / 100 = volume (m³)/week
0.2258× 559 / 100 = 1.26(m³)/week 0.92353× 267 / 100 = 2.46(m³)/week
Office f(g)= 0.2258 Shops f(g)= 0.92353
1.26+2.46= 3.72 (m³)/week
1
Drawing Name
Site Plan
3.72 (m³)/week x 4 bins/m³ = 14.88 bins (15 bins required.)
2)volume (m³)/week x 4 bins/m³ = bins requied
Drawing Number
1 BSC_SP1
Issued for:
PROJECT 7.1
General Notes This drawing is not to be scaled. Figured dimensions to be used at all times.
1
2
3
4
5
6
7
8
9
10
Contractor is responsible for correct setting out of the building.
11
All External and internal walls with particular reference to building lines, site boundary and datumn point.
5000
7500
7500
5000
3 5000 BSC_SD5
5000
5000
6565
7500
7500
All concrete and steel to Structura Enineers specification. All Plumbing to be in accordance with National Building Regulations.
1
The Drawing must be read in conjunction with all the relevant drawings and specifications.
P1
P2
P3
P4
P5
P6
P7
Contractor to verify all levels, heights and dimensions on site and to check same against the drawing before putting any working hand. Contractor to add D.P.C to all walls and steped DPC for cavity walls and pre cast concrete walls..
P8
With standards of good building practice with particular reference to special requirements necessitated by local and or on site conditions and report any comment to the architect. Any error discrepancies or ommissions to be reported to the architect immediately.
12 Pedestrian Entrance 1 Staircase Proposed R.C Stairs to Eng. Spec and Arch. Detail. Brushed Screed Finish 4 Risers 175mm 3 Treads 250mm
September bush tree in 3100mm x 3100mm concrete flower pot
September bush tree in 3100mm x 3100mm concrete flower pot
1:80 fall
5000
W13 2
LED outdoor Post Light
Inso Aluminium Vistafold Sliding Folding Door 8 Panel Without Midrail. Panel Width: 742mm Panel Height: 2491mm Fixed into Frame of Infill Store Front transom and mullion
Wild Grass and soil with -400mm tanking
g in ll Fa
Paving
P16
September bush tree in 3100mm x 3100mm concrete flower pot
Paving
Fall
1:80 fall
Pa g Fa
975 ll
4060
Refuse Area To House 15 Bins
TOC 1305
24
D40 16
1 2 3 4
21 20
5
19 18
6 7
14
10
17
8
13
11 12
Landing TOC 4926
TOC 1505
Fire Duct
2160
Electrical Duct
1540
2393
970
WHB
1470 WHB
600
D86 37
D86 35
230
Site Boundary
D
Wet Service Duct 7330 7 m² ?
D30 7
UNIVERSITY OF WITWATERSRAND 300 Project
WC
E
RE IE
IE
IE
IE
7200
WC WHB
MALE ABLUTIONS 18 m² Stone Tile
IE
WC IE
UR
WC
FEMALE ABLUTIONS WHB 18 m² Stone Tile TOC 1350
WHB
IE
UR
WC
IE IE
DN
IE
ACCESS TO BASEMENT PARKING
F
J Staircase Proposed Steel Stairs to Eng. Specs and Arch. Detail 22 Risers 182mm 21 Treads 250mm
Fire Escape 02 Staircase Proposed R.C Stairs to Eng. Spec and Arch. Detail. Brushed Screed Finish 24 Risers 178mm 23 Treads 250mm Nosing With 3mm Galvanised Steel Edge 50mm Steel Square Tube Ballustrades @ 100mm c/c with 40mm dia. steel Hand Rail
13
Site
BRAAMFONTEIN Erf 2919, Erf 2920, Erf 2921 Erf 2922 Erf 2923 26,28,30,32 Jorissen & 22 Eendracht
WC WHB
TOC 1350
D86 36
BRAAMFONTEIN STUDENT COM
D30 8
WHB
DATA Duct
1555
16 15 14 13 12 11 10 9
Slab Line Above
Beam Line Above
Beam Line Above
Landing TOC 2790
D45 25
UR
HVAC Duct
16 15 14 13
Landing TOC 4926
1495
WHB
5600
D87 38
23 22 21 20 19 18 17
Client
WC
UP
23 22
9
1660
1578
D30 28
1537
7 8
9 10 11 12
TOC 1505
Fire Escape 01 Staircase Proposed R.C Stairs to Eng. Spec and Arch. Detail. Brushed Screed Finish 24 Risers 178mm 23 Treads 250mm Nosing With 3mm Galvanised Steel Edge 50mm Steel Square Tube Ballustrades @ 100mm c/c with 40mm dia. steel Hand Rail
WET Services DUCTRE
WC
1310
17
Fire Escape 2 20 m² Brushed Screed
D45 34
Landing TOC 2790
1 2 3 4 5 6 7 8
300mm x 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
6703
D30 10
2760
5 6
Stamps and Signatures
A
Landing TOC 3502
?
IE 8 m²
D45 32
1880
5000
Beam Line Above 3 4
19 18
16 15
TOC 1350 New Schindler Lift Concrete Shaft Walls opening to new lift to be determined by lift specialist and final approved lift size and to be approved by Eng.
C
TOC 1505
190
1:80 fall
Paving Fall
1:80 fall
Paving Fall
1:80 fall
Paving Fall
Paving Fall
g Fa ll
1 2
21 20
1
TOC 475
230
7500
1:80 fall
Pavin g Fa ll
1:8 0 fa
5000
6453
ll
Pavin g Fa ll
1:8 0 fa
ll
Pavin g Fa ll
1:8 0 fa
bove
38
Bu ildin gL ine A
ll
Pavin g Fa ll
1:8 0 fa
Paving Fall
7500 5000 5572
4 3
Site Boundary
I
UP
Foyer And Exhibition 89 m² Polished Screed
Dia. 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
D45 33
TOC 1505 Refuse Area 20 m² Paving
2
Pedestrian Entrance 2 Staircase Proposed R.C Stairs to Eng. Spec and Arch. Detail. Brushed Screed Finish 5 Risers 185mm 4 Treads 250mm
l al gF in
Kitchen 25 m² Ceremic Tile
TOC 1400
12
1:8 0 fal l
ll fa
D40 17
Ab ove
Fire Escape 1 24 m² Brushed ScreedUP
1743
Pavin
Pav
23 22
Lin e
Alumex Aluminium Sliding Door "Palace Slixing Door (XO) " Height:2800mm (Open Height:2800) Width: 2800mm (Open Width: 2300mm) Fixed to Mullion and Concrete wall
Dia. 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
24
Sla b
D45 6
Slab Line Above
D68 1
Small Retail 27 m² Polished Screed
7460
1:80
H
D75 15
300mm x 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
5
F
300mm x 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
TOC 1505
W10
P21
E
ll
LED outdoor Post Light
Restaurant 106 m² Brushed Screed
Dia. 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
TOC 1505
Van Archt Palace Aluminium Hinged Door "G1 Double Door " Height:2300mm Width: 2277mm Fixed to Mullion and Concrete wall
D49 5
400
15705
W13 3 September bush tree in 3100mm x 3100mm concrete flower pot
g Fa
ACCESS TO BUILDING
153.3 8°
Dia. 300mm Reinforced Concrerte with 80mm Down Pipe For Roof Storm water Disposal
D P20
Laundry 50 m² Brushed Screed
2840
D75 4
fall
Fall
W10
fall 1:80
D79 18
g Pavin
P19
G
D77 19
vin
W10 16
Van Archt Palace Aluminium Sliding Door "Double Slding (OXXO) " Height:2800mm (Open Height:2800) Width: 4200mm (Open Width: 2000mm) Fixed to Mullion and Concrete wall
Pa
TOC 1505
J
September bush tree in 3100mm x 3100mm concrete flower pot
1:80
W13 1
COFFEE SHOP 53 m² Brushed Screed
1310
9828
9992
ll
1
LED outdoor Post Light
A
fall
vin
C
Van Archt Palace Aluminium Sliding Door "Double Slding (OXXO) " Height:2800mm (Open Height:2800) Width: 4200mm (Open Width: 2000mm) Fixed to Mullion and Concrete wall
D75 3
1:80
1:80 fall
Any queries arising from all the above must be reported to the architect immediately
B
Fall
I
September bush tree in 3100mm x 3100mm concrete flower pot
P17
2700
LED outdoor Post Light
v Pa
D50 20
Paving Fall
125
ll Fa ing
1
Beam Line Above
4860
v Pa Van Archt Palace Aluminium Hinged Door "G1 Double Door " Height:2300mm Width: 2277mm Fixed to Mullion and Concrete wall
Quality of all materials and workmanship to comply with the relevant South African Bureau of Standards specifications.
230
1:80 fall
H
Fall
3675
Paving
Fall
All glazing in compliance with National Building Regulations.
Van Archt Palace Aluminium Sliding Door "Double Slding (OXXO) " Height:2800mm (Open Height:2800) Width: 4200mm (Open Width: 2000mm) Fixed to Mullion and Concrete wall
230
Paving
15
Contractor to build brick cause for every 4 brick courses and for ever 2nd brick course above windowns and openings.
TOC 1505
3397
Wild Grass and soil with -400mm tanking
Contractors are to locate and identify existing services on site and to project these from damage throughout the duration of the works.
Contractor to add weather tight seal betweent ever pre cast concrete wall panel to eng. specifications.
Retail 75 m² Polished Screed
9904
bove
LED outdoor Post Light
A
300
D75 106
3912
Lin eA
Final dimensions to be taken on site before ordering, supplying and fixing proprietary on detailed fittings.
300
W10 2
LED outdoor Post Light
5032
m
7200
487
B ea September bush tree in 3100mm x 3100mm concrete flower pot
14
LED outdoor Post Light
300
1030
LED outdoor Post Light
TOC 1500
432 313
7500
LED outdoor Post Light
B
September bush tree in 3100mm x 3100mm concrete flower pot
LED outdoor Post Light
bove
2715
W10 1
DN
19980 4060 3030
bL ine A
4
7185
2 3
Slab Line Above
Sla
P18
405
TOC 800 1
13
G
P15
LED outdoor Post Light
570
LED outdoor Post Light
A
11105
Beam Line Above
Site Boundary
Site Boundary
Drawing Revision REV. NO.
DESCRIPTION
DATE
14 5000
7500
7500
5000
5000
5000
5000
6565
7500
7500
15
Drawn By
Drawing Number
Scale
1831355
2 BSC_GFP1
1 : 100@A1
Coure Code
ARPL3031
1
2
3
4
5
6
7
8
9
10
11
Drawing Name
Ground Floor Plan
Revision No.
1
Issued for:
Project 7.1
Student Common
Braamfontein
Working Drawings //Site Plan and Ground Plan | Page 14
Black 3mm marine grade Aluminium Crest roof coping. Concealed 4mm fixing brackets spaced at 750mm intervals Front Coping Height: 175mm Back Coping Height: 190mm Fall front to back: 4 degrees
Polished Smooth 50mm Precast Concrete Skin
Brushed 60mm Precast Concrete Skin to Arch Detail and Eng Specs
Novara 250 Micron Damp Proof Course (3000 x 5000mm Sheets) over lap at ends Infill Concrete Poured On Site 10mm dia Expanding Backer Rod & Sikaflex Construction Sealant
10mm dia Expanding Backer Rod & Sikaflex Construction Sealant
Expanded Polystyrene Sheets Insulation Form Boards P24 (600 x 2400 x 50mm)
Customn Steel Screen Mount to later Arch. & Eng. Specs.
50mm Concrete Screed Finish Fall @1:80
M16 Steel Bolt Set Concrete Wall Panels. Panel Sizes: 6000mm x 4000mm Cast on Situ to Arch and Sub Contractor Specs.
T.O.C Roof 22880 255
50mm x 50mm x 3670mm Brushed Bronze Aluminium Square Tube
400
U/S of Slab 22625 255mm Cast in Situ Reinforced Suspended Concrete Slab @ Eng. Specs
255mm R.C Slab Beam and Slab Design to Arch. Specs and Eng. Specs
U/S of Beam 22225 Rock Wool Insulation 75mm x 200mm x 1000mm
Beam Line
Open Joint Flashing 85mmx x 55mm Galvanised Steel Flashing
Open Rentable Offices
U
/S
S
U/
of
of
Sla
a Be
b
301 m² Polished Screed
05 88
T.O.C 5th Floor 19425 FFL19475
m
05 84
150mm Grey UPVC Window Cill Capping 1.25m Long parts connected and trimmed 9mm Thick
Rock Wool Insulation 75mm x 200mm x 1000mm 10mm dia Expanding Backer Rod & Sikaflex Construction Sealant Black Aluminium Window Sill
6
Screen Mount
Polished Smooth 50mm Precast Concrete Skin
Brushed 60mm Precast Concrete Skin to Architects Detail and Eng Specs
Balcony
Black 3mm marine grade Aluminium Crest roof coping. Concealed 4mm fixing brackets spaced at 750mm intervals Front Coping Height: 175mm Back Coping Height: 190mm Fall front to back: 4 degrees
CAD Lab 1
166 m² Brushed Screed
117 m² Vinyl Tiles
T.O.C 3rd Floor 12515
T.O.C 3rd Floor 12515
FFLTOC 12465
FFL12595
Polished Smooth 50mm Precast Concrete Skin Rock Wool Insulation 75mm x 200mm x 1000mm
Brushed 60mm Precast Concrete Skin to Arch Detail and Eng Specs
150mm Grey UPVC Window Cill Capping 1.25m Long parts connected and trimmed 9mm Thick
10mm dia Expanding Backer Rod & Sikaflex Construction Sealant
Novara 250 Micron Damp Proof Course (3000 x 5000mm Sheets) over lap at ends
Black Aluminium Window Sill
Polished Smooth 50mm Precast Concrete Skin
Brushed 60mm Precast Concrete Skin to Architects Detail and Eng Specs
Expanded Polystyrene Sheets Insulation Form Boards P24 (600 x 2400 x 50mm) 50mm Concrete Screed Finish Fall @1:80
255
T.O.C 3rd Floor 12515
400
U/S of Slab 12260
U/S of Beam 11860
1045
THERMOMASS Galvanised Steel proprietary patented connectors Fixed at every 600mm c/c Installed during Precast Process
SEMINAR ROOM 2 109 m² Brushed Screed
Customn Steel Screen Mount to later Arch. & Eng. Specs.
T.O.C 2nd Floor 9060
U/S of Slab -5307
FFL9140
M16 Steel Bolt Set
T.O.C 2nd Floor 9060
50mm x 50mm x 3670mm Brushed Bronze Aluminium Square Tube
U/S of Slab 8805 Expanded Polystyrene Sheets Insulation Form Boards P24 (600 x 2400 x 50mm) 50mm Brushed Concrete Screed Finish Fall @1:80 Novara 250 Micron Damp Proof Course (3000 x 5000mm Sheets) over lap at ends
255mm Cast in Situ Reinforced Suspended Concrete Slab to Eng. Specs Rock Wool Insulation 75mm x 200mm x 1000mm
600mm x 300mm Cast in Situ Reinforced Concrete Beam to Eng. Specs
U/S of Beam 8405
400
U/S of Slab 8805
U/S of Beam 8405
Open Joint Beam Line Flashing 85mmx x 55mm Galvanised Steel Flashing
Rock Wool Insulation 75mm x 200mm x 1000mm
300mm x 300mm Cast in Situ Reinforced Concrete Column to Eng, Specs
POSI glaze Frameless Glass BS 6180:2011 Balustrade with 31.5mm glass and Dia 6omm Stainless Steel Handrail Height:1200mm Fixed to R.C Slab with Floor Mount Bolt and Sealed with Silka 11FC Balcony Sealant Rock Wool Insulation 75mm x 200mm x 1000mm 20mm dia Expanding Backer Rod & Sikaflex Construction Sealant Black HARVEY 240mm x 75mm x 0.5mm x 1720mm Cover Flashing
Open Joint Flashing 85mmx x 55mm Galvanised Steel Flashing 400mm x 300mm Cast in Situ Reinforced Concrete Beam @ Eng. Specs
Expanded Polystyrene Sheets Insulation Form Boards P24 (600 x 2400 x 50mm) 50mm Concrete Screed Finish Fall @1:80
PATTIO 76 m² Brushed Screed T.O.C First Floor 5605 FFL5705
T.O.C First Floor 5605
U/S of Slab 5350 Polished Precast Concrete Skin
1500mm x 2400mm x 65mm profile Reynaers Store Front Infill Structurally Glazed CW 65- EF Double Glazed 10mm Glass Panels. Fixed to Floor and Underside of Slab. Uf-value of up to 2.6 W/m²K Mullion depth: 152mm Transom Depth: 152mm
255mm Cast in Situ Reinforced Suspended Concrete Slab @ Eng. Specs 600mm x 300mm Cast in Situ Reinforced Concrete Beam @ Eng. Specs
Rock Wool Insulation 75mm x 200mm x 1000mm
Bevel Bond Paver Brick 50mm x 200mm x 100mm - Charcoal ( Per 1000 Bricks)Laid as Herringbone Pattern. Laid to fall towards drains @ 1:80
U/S of Beam 4750 Open Joint Flashing 85mmx x 55mm Galvanised Steel Flashing
Novara 250 Micron Damp Proof Course (3000 x 5000mm Sheets) over lap at ends
Balcony Section
Novara 250 Micron Damp Proof Course (3000 x 5000mm Sheets) over lap at ends
Paving Fall
60mm Brushed Concrete Screed
T.O.C Ground Floor 1350
1:80
255
5
Infinity Grey Rectified Matt Glazed Porcelain Floor Tile - 795 x 795mm ,5mm Tile Spacing Fixed with Pro Grip White Waterproof Tile Grout
Beam Line
1 : 20
300
U/S of Slab 1095
U/S of Drop Panel 1495
General Notes
Drawing Revision
Stamps and Signatures
This drawing is not to be scaled.
Final dimensions to be taken on site before ordering, supplying and fixing proprietary on detailed fittings.
Figured dimensions to be used at all times.
Contractors are to locate and identify existing services on site and to project these from damage throughout the duration of the works.
REV. NO.
DESCRIPTION
DATE
Contractor is responsible for correct setting out of the building. All External and internal walls with particular reference to building lines, site boundary and datum point.
Contractor to build brick cause for every 4 brick courses and for ever 2nd brick course above windowns and openings.
All concrete and steel to Structural Engineers specification.
Contractor to add weather tight seal betweent ever pre cast concrete wall panel to eng. specifications.
All Plumbing to be in accordance with National Building Regulations.
All glazing in compliance with National Building Regulations.
Drawn by:
UNIVERSITY OF WITWATERSRAND
Contractor to verify all levels, heights and dimensions on site and to check same against the drawing before putting any working hand. Contractor to add Joint to all walls and steped DPC for cavity walls and pre cast concrete walls..
Quality of all materials and workmanship to comply with the relevant South African Bureau of Standards specifications. Any queries arising from all the above must be reported to the architect immediately
With standards of good building practice with particular reference to special requirements necessitated by local and or on site conditions and report any comment to the architect. Any error discrepancies or ommissions to be reported to the architect immediately.
Student Common
Braamfontein
1831355 Course Code:
Project The Drawing must be read in conjunction with all the relevant drawings and specifications.
Drawing Number:
Scale:
Client
BRAAMFONTEIN STUDENT COM Site
BRAAMFONTEIN Erf 2919, Erf 2920, Erf 2921 Erf 2922 Erf 2923 26,28,30,32 Jorissen & 22 Eendracht
ARPL3031 Drawing Number:
Section 1
3 BSC_SD7
1 : 20@A1 Revision No.
1
Issued for:
PROJECT 7.2
Detailed Perimeter Section | Page 15
03
New Spatialities in a Time of Plague Alexandra Entered for : Archdaily Pandemic Architecture Ideas Competition Open Call & WAF Isolation Transformed: Global Design Competition
The Corona virus Pandemic has not only strained the economy but has forced people to stay in their homes for long periods of time. This pandemic simply showed us that the future is unpredictable and as designers we must be able to adapt. The Alexandra High Rise as a beacon of hope for all those who inhabit informal settlements. The high rise is a structure of subtle satire as it intends to nudge at the government in order to emphasise their responsibility to supply an adequate infastructure and basic services to these overpopulated areas. Temporarily solving the micro issues of social distancing, food & water supply as well as access to safe education and medical care, but with the intention of permanently inspiring the addition of our infastructural pillars into informal settlements.
New Spatialities in a Time of Plague
Concept
Srategy
The government provides the basic infrastructure.
THE INFORM
The initial setup of the informal settlement is clustered and potentially increasing human contact which can
• Densly populate • Lack of infastruc Basic Services like school, • Makeshift housin medical care, food and water are connected to the • No readily availa core. • No set planning
increase the spread of the virus.
1.SOWETO (S
Service core that is also a disinfecting zone for dwellers.
2.THE FAVEL
3.PHNOM PE Dwellings are vertically stacked in a orderly manner to abide to social distance protocols. The proposed high rise will help dwellers social distance to prevent the spreding of the virus while catering for the large population’s requirments. The initial setup of the informal settlement
New Spatialities in a Time of Plague
Alexandra Township
Concept and Strategy | Page 18
Current vs Proposed
SITE Informal Settlments around the world
5 mins
10 min
15 min
30 min
3 Hrs
Average Time taken for dweller to get from their site to the nearest basic service Current
Proposed
New Spatialities in a Time of Plague
Alexandra Township
Current vs Proposed | Page 19
Advertising Space to generate revenue for the building to pay for basic services.
Education and Learning facilities.
Water Supply from a water storage tank.
Food Collection and Retail.
Employment and Work facilities.
Medical Care facilities
New Spatialities in a Time of Plague
Alexandra Township
Section | Page 20
New Spatialities in a Time of Plague
Alexandra Township
Rendering | Page 21
04
Mining Museum of Johannesburg Newtown
Johannesburg is a city that was established by the discovery of Gold. Mining has been the tool that has built the City of Johannesburg and its history cannot be forgotten. The design intention of the museum is to put the user into the context of a miner. The museum is composed of different experiences that one would experience when working in both underground and above-ground mining. The museum responds to the AXIS of Fordsburg, Workers Museum and the CBD which are now mining memorials of Johannesburg. They serve a function and tell a story and the history about mining and production industry.
Mining Museum of Johannesburg
Site Analysis
1913-Museum Africa, Has Industrial building building techniques with architectural features that are bold and form part of the city fabric.
1936-Turbine Hall, Industrial Architecture marked by bold steel works and brick finishes that occur in architectural landscape of Newtown.
Concept
Public Interfaces-Maryfitzgerald Square is the public heart of the city and from it spread the culture of creating big public interfaces infront of buildings to create public spaces.
Public Activities -Newton Junction Mall is built with the same architectural language where a large public interface opens up to the industrial inspires language in design.
Site Plan
1. Response Axis
2. Site Movement
N
3. Viewing Points & Green Spots Mining Museum of Johannesburg
Newtown
Site Analysis, Concept and Site Plan | Page 24
2nd Floor
Roof
1st Floor
3rd Floor Internal Staircase is the focal point of the museum as it stretches through to all the levels.
Museum Offices and Artworkshops
External Staircase to give access to the green sports turf while maintaining the privacy of the museum Mining Museum of Johannesburg
Ground Floor Newtown
Floor Plans | Page 25
Elevations
West Elevation
Section A
Mining Museum of Johannesburg
Newtown
Elevations and Section | Page 26
A
North Elevation A
Mining Museum of Johannesburg
Newtown
Elevations and Section | Page 27
Roof Top Restaurant and Cafeteria ( Resting Point after Museum Journey )
Green Roof Garden ( Conclusive View of Fordsburg, Workers Museum and the CBD ) Mining Museum of Johannesburg
Newtown
South - West Corner ( Leads to Sci Bono and Renderings | Page 28
Workers Museum ) Mining Museum of Johannesburg
Newtown
Renderings | Page 29
05
Creative Hobbies
Braamfontein is a busy suburban area that is rich in culture and diversity. Its urbanscape is in shortage of social public areas and people end up facing the hardscapes of the busy streets. The Braamfontein Student Common aims to create a destination for the public in the middle of the dense and busy urbanscape. This is achieved by articulating the given site with a large soft-green scape which the user can interact with when approaching the building. The building mass reaches out like an arm to the pedestrian entrance of the University of the Witwatersrand to invite the students into the space.The building is layered with a concrete finish and large windows to ďŹ t into the urban aesthetic of Braamfontein.
Creative Hobbies
Introduction | Page 30
Creative Hobbies
Logo Designs | Page 31
Creative Hobbies
Photography | Page 32
Creative Hobbies
Photography | Page 33
Kagiso Morake
punchmorake@gmail.com +27(0) 65 862 7713
