S Richardson Architectural Portfolio 2020

“architecture should speak of its time and place but yearn for timelessness” Frank Gehry

Port fol io of Shannon Richardson

Cirriculumn Vitea | Shannon Lee Richardson 01 Personal Information Surname

Richardson

First name

Shannon Lee

Physical Address

83 Lion Road Monument Park Pretoria 0181

Postal Addres

P.O.Box 10395 Fonteinriet 1459

Cellphone Number

+27823368771

E-mail

shannonleerichardson@gmail.com

Date of Birth

19 /04 /1994

Identity Number

9404190041082

Gender

Female

Nationality

South African

Home Language

English

Other Languages

Afrikaans

Drivers Licence

Code B

02 Educational Information Institution Dates

Boksburg High School P.O.Box 64 Boksburg

Attended

2008 - 2012

Subjects

1. English 2. Afrikaans 3. Mathematics 4. Life Orientation

Tertiary Institution

University of the Witswatersrand

Degree

BAS Architecture

Dates Attended

2013 - 2015

5.Physical Science 6.Biology 7.Engineering and Graphic Design

01

03 Educational Information (continued) Tertiary Institution

University of the Witswatersrand

Degree

BAS Arch (honors)

Dates Attended

2017

Degree

Masters in Architecture, MArch(prof)

Dates Attended

2018

05 Work Experience Tantilising Promotions Job description Dates

Promoter 2012 - 2015

Kenzam Job description Dates

Draughts Person 2015

Ludwig Hansen A+Ud Job description Dates

Architectural Technologist (Practical Year out) 2016

Jeremie Malan Architects Job description Dates

Architect 2019 - current

06 Software skills Adobe Photoshop

ArchiCAD

Adobe Illustrator

Rhino

Adobe Indesign

Grasshopper

AutoCAD

Lumion

SketchUp

3Ds Max

Revit Note: I have star rated how competant I am in a program above.

3 being fully competant, 2 - moderate and 1 - just the basics I regard myself as a hard working person eager to learn, I strive to better myself in everything I do. When placed in a new enviroment I try to do my share and think I would be a valuable asset to any team. Regarding teams I tend to take charge and try push people to the best of their abilities because that is what I expect from meself, My best.

02

0 1 .1 _Abov e a n d b e lo w Whale collaboration project: Mural over The University of the Witswatersrand swimming pool investigating light and sound. The concept was above and below, we took a more literal approach placing the ribbed or rippled structure above the pool. The idea was to reflect light and sound off of the structure making the user feel as if they are under water. We also placed mechanical lillies in the space that visitors could interact with, which would react and play different sounds when waving your hand over them. This resulted in ever experience being different as the sound played was dependent on the visitors interaction.

Modeled the ribbed structure in sketch up, rendered in 3Ds Max and edited in Photoshop.

Mechanical lilly placed in amphitheatre

01

Plan of the Pool and Amphitheatre

Rendered view from the pool to the Amphitheatre

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BAS 1s t Year

0 2 .1 _Furni tu re d e s ig n In second year we are required to choose an elective, mine was furniture design as this could help develop the skill of furnishing the buildings we design.

Cite Garden chair This project was to reinterpret a famous furniture piece, gaining a better understanding of the chair and how it works. Looking at the Cite arm chair I changed the materiality of the chair and the angle of the back rest. This transforms the Cite chair from a piece that would finish a sitting room to a well rounded garden/ patio piece.

02

Desk Lamp Inspired by the South African coat of arm

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BAS 2n d Year

Concept

Based on Le Corbusiers Dom Ino structure which consisted of a concrete column and slab frame with stairs. Domino Row does this witha twist. A generic box looking structure wasn’t an option when it came to this design. The sloped roof gives the building a more modern look, however because the slope is on the gable a person from the street can still distinguish between the individual units.

0 2 .2 _D om i no R o w

Row Housing in Rossettenville, Johannesburg

Revit model, rendered and edited in photoshop

UNDER THE BRIDGE

Vehicular circulation

Prevailing wind

Pedestrian circulation

0 3.1 _The B i os c o p e : a cin e m a u n d e r t h e st ar s A street intervention: Taking the bioscope to the people

Natural sun

03

Co nc ept of time 8h00: Serviceable Road

12h00: Market Space

16h00: Every other day

20h00: The Bioscope

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BAS 3rd Year

0 3 .2 _G erm i s t o n P u b l i c L ib r a r y Library

Long Section

knowledge

light

Beacon

Site Plan and Roof Plan

Short Section

Rendered view from the reception looking towards the Library cafe

Rendered view of the Public Library on the first floor

First Floor Plan

Second Floor Plan

Third Floor Plan

Rendered view from the Library Gardens accessed from the street or exhibition space

President Street (South) Elevation

Program Reception

Cafe

Public Library

Auditorium

Exhibition space

Admin

Children’s Library

Media Room

Ground floor

First floor

Second floor The design was drawn in Revit, rendered in 3D’s Max and edited in photoshop

FLOOR PLAN

SCALE 1 : 2 0 0

0 4 .1 _R es ourc e & D e v e lo p m e n t Ce n t re

02

D FLOOR PLAN

SCALE 1 : 2 0 0

Rendered view from the street towards the information boards and entrance

Rendered view of the bus stops and entrance

WALKING THR

BUS STOP AND G

04

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BAS Honors

What makes it a resource / information centre? Mediation of information - direct, visual information that is accessible by everyone. Creating a common ground where everybody can access the same information.

The large information boards that line the ground floor hubs are screens displaying current, real and honest news from statistics on the number of asylum seekers coming through the centre and how many organization are aiding them, to the recreational activities like critical mass, first Thursdays as well as protests and marches and community development programs.

All information is broad casted in the same space providing the right information to the right person but also provoking thought and hopefully a subjective or sympathetic approach to the M EDI ATI O N Programme vulnerable people around them.

I AT IO N

What makes it a resource / information centre? Mediation of information - direct, visual information that is accessible by everyone. Creating a common ground where everybody can access the same information.

Programme

The large information boards that line the ground floor hubs are screens displaying current, real and honest news kes it a resource / information centre?

Mediation of information - direct, visual information that is accessible from statistics on the number if asylum seekers coming through the centre and how many organisation are aiding one. Creating a common ground where everybody can access same information. them, to the recreational activities like criticalthe mass, first Thursdays as well as protests and marches and community

development programmes. All information is broadcasted in the same space providing the right information to the right person but also provoking thought and hopefully a subjective or sympathetic approach to the possible vulnerground able person floor around hubs them. are screens displaying current, real and honest news

e information boards that line the stics on the number if asylum seekers coming through the centre and how many organisation are aiding the recreational activities like critical mass, first Thursdays as well as protests and marches and community ment programmes. All information is broadcasted in the same space providing the right information to the son but also provoking thought and hopefully a subjective or sympathetic approach to the possible vulneron around them.

9 8 7 6 5

1

4 3 2 1

2

3

9 8 7 6 5

1

4 3 2 1

information hubs Foyer/ security lockers/reception

2

circulation

3

information hubs

ROUGH SIMMONDS

Foyer/ security lockers/reception

02

circulation

PAGE

0 9

01

01

02

01

GROUND FLOOR

02

G R O U N D FLOOR PLAN

SCALE 1 : 2 0 0

01

reduction of urban noise, creating a more peaceful in cutting cost building maintenance environment forand users 0 5 attractive open space (aesthetic benefits) 9 social and psychological which helps since one E E0 N R O O F P R O P E R T benefits, I E S 0 6 of provision ofuser wildlife habitat the main groups are vulnerable people being 0 7 Asylum replacement of vegetation and habitat lost during urban seekersfor heating and cooling cutting energyexpansion, conservation making the city alittle more green cost in running the building 0 8 reduction of urban noise, creating a more peaceful absorption of air pollutants environment for userswhich is helpful with the context being in psychological the city 0 9 social and benefits, which helps since one attenuation stormwater run-off of theof main user groups are vulnerable people being extension of life for waterproofing layers, again helping Asylum seekers in cutting cost and building maintenance attractive open space (aesthetic benefits) provision of wildlife habitat replacement of vegetation and habitat lost during urban expansion, making the city alittle more green reduction of urban noise, creating a more peaceful V E N T I L AforT users I O N environment social and psychological benefits, which helps since one of the main user groups are vulnerable people being Asylum seekers H OT A IR E S CA P E S T H R O U G H V E N T S V E N T I L AT I O N 0 8

G R 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9

Vegetation

canopy layer

Soil mixture Separation filter Drainage layer Root barrier

gardening layers

Vegetation Bitumen layer Lightweight layer Soil mixture Insulation layer Separation filter Water vapour barrier Drainage layer Concrete slab Root plaster barrier Roof

conventional flat roof gardening layers layers

canopy layer

Bitumen layer Lightweight layer conventional A I L Insulation layer flat roof Water vapour barrier layers canopy Concrete slab Vegetation layer Roof plaster

G R E E N

R O O F

D E T

G R E E N

R O O F

D E T ADrainage I L layer

Soil mixture Separation filter Root barrier

gardening layers

Bitumen layer Lightweight layer conventional Insulation layer flat roof Water vapour barrier layers Concrete slab Roof plaster

H OT A IR E S CA P E S T H R O U G H V E N T S G R E E N

R O O F

D E TA I L

V E N T I L AT I O N

H OT A I R E S CA P E S T H R O U G H V E N T S

N AT U R A L

LI G H T

A N D

S H A D I N G

N at u ra l s u n l i g h t : N AT U R A L LI G H T A N D S H A D I N G through sky light and into atrium and circulation space

N at u ra l s u n l i g h t : through sky light and into atrium and circulation space N AT U R A L

L I G HT

A N D

S H A D I N G

N at u ra l s un l i g h t : through sky light and into atrium and circulation space

S H A D I N G : g re e n f a c a d e also assists in insulating the facade as heat movws through greenery and facade slower

S H A D I N G : g re e n f a c a d e also assists in insulating the facade as heat movws through greenery and facade slower S H A D I N G : c a n t i l e v e r shelters the curtain walling from direct sunlight

S H A D I N G : c a n t i l e v e r shelters the curtain walling from direct S H A D I N G : g r e e n f a csunlight a d e also assists in insulating the facade as heat movws through greenery and facade slower

S H A D I N G : c a n t i l e v e r shelters the curtain walling from direct sunlight

URB AN

I NTERV ENTI O N

K E Y

01

C H A R G I N G S T A T I O N these will be situated along the pedestrian high way.

Drawing people to street as well as connecting pedestrians to information easily by keeping there devices connected and charged and making Braamfontein current and up to date with the modern world

02

I N T E R A C T I V E I N F O R M A T I O N B O A R D S these boards are situated on ground floor around the building as well as at the Pick up/ Drop off zones. They are touch screen boards providing the user with maps, specific building location and addresses, as well as public transport routes and times. The boards also inform the users of room numbers and locations of departments in the Resource building.

03

P I C K U P / D R O P O F F Z O N E S these zones occur at every interchange allowing a motorized form of transportation to drop off a passenger and then the pedestri an can easily walk down to the resource centre or further to Park or other Bus stops. The pick up / Drop of zones provide cover from elements, seating and the interactive boards allow ing them to wait in a sheltered spaces and keeping the user informed.

04

L I G H T I N G A natural or passive deterrent for crime is light, crime will more likely to happen in a dark place, therefore it is important for me to keep this pedestrian street and the Resource centre well lit as a crime deterrent and to make people feel safe and comforta ble

R OA D SI D E

05

P ED ESTRIA N SID E

T R E E S Its important to keep as many trees as possible and replant or plant new as they soften the space and create a more inviting feel to the street.

PED ESTRIA N SID E

0 4 .2 _W I TS Mic ro b io lo g y L a b s W I T S PA R K T O W N C A M P U S

mportant to me to outline what was important on site. I needed to distinguish at would impact both my design and the space around it. A way of discribing at it acts like an ‘island’ - it really has no back of house and is surrounded by uildings that people currently use well and often, a challenge was going to be ervice area that would be discrete and not take away from a public space.

SIS ROOF TERRACE: OFFICES OF MEDICAL FACULTY BUILDING

N

(WINDOWS ON TO PARKING)

win t e r

S I T E _ W I T S PA R K T O W N C A M P U S DR

FIRST, It was important to me to outline what was important on site. I needed to distinguish key factors that would impact both my design and the space around it. A way of discribing E has no back of house and is surrounded by he site, is that it acts like an ‘island’ - it really spaces and buildings that people currently use well and often, a challenge was going to be designing a service area that would be discrete and not take away from a public space.

OP

IN

LEV

EL

G

KIN

PAR

SITE ANALYSIS

TO

su mme r

V IC

ROOF TERRACE: OFFICES OF MEDICAL FACULTY BUILDING

N

S

SER

(WINDOWS ON TO PARKING)

win te r

N LIGHT

AXIS + GREEN SPACES

e North light as well as the e South

To try and link the green spaces with the terraces and the vistas through the axis

E

PROMIN EN T EDGE C ON DITION S DR

OP

IN

LEV

C IRC U LATION

EL

The m ain vehic ular and pedestrian ro utes o n s

Looking at the hard building facades that surround my site as well as the drop in level ING

PARK

TO

SER

V IC

A E L

NE

su mme r

Vehicular

S

Pedestrian

IO N + SUN LIGHT

AXI S + GR E E N S PACE S

P R OM I N E N T E D G E C ON D I T I ON S

C I R C U L AT I ON

antage of the North light as well as the the city to the South

To try and link the green spaces with the terraces and the vistas through the axis

Looking at the hard building facades that surround my site as well as the drop in level

T h e m a i n v e h i cu l a r a n d p ede s t r ia n rou t e s on s it e

Ve h i cu l a r P e d e st r i a n

01

CE

BUILDING ENVELOPE PERFORMANCE The main materials making up the facade are: BRICK and POLYCARBONATE GLAZING 1) BRICK

2) POLYCARBONATE GLAZING

Course: FLEMISH BOND

LUMINOSITY A good example of polycarbonate glazing is the Danpatherm K7's double walls which is treated with a special coating diffusing light and preventing glare.

ALSO reduces UV or the amount of light coming into a building which suits the Lab environment as to It was important to me to outline what was important on site. I needed to distinguish key factors much UV can contaminate the working environment. that would impact both my design and the space around it. A way of discribing the site, is that Thermal itPerformance: acts like an ‘island’ - it really has no back of house and is surrounded by spaces and buildings because of the high bulk density, bricks have a large thermal capacity, meaning they have the ability to absorb and store a significant quantity of heat during peroids of daytime, increasing that people currently use well and often, a challenge was going to be designing a service area temperature, and to isolate this heat in a controlled manner during periods of decreasing temperature. that would be discrete and not take away from a public space.

POLYCARBONATE GLAZING

with the added insulation:

INSULATION:

It maintains a constant and comfortable temperature in the building by preventing heat transfer between indoor and outdoor climates, keeping the heat in during winter and out during summer.

SUMMER

vs

NOT INSULATED N LA

The unique concept of the double wall casing ensures excellent thermal insulation equivalent to an Ug value of 0.83 W/m2.K (Value certified by CSTB). Levels of insulation are dependant on the configuration chosen (air space insulation or translucent insulation material).

WINTER

MEANING WITH THE COMBINED INSULATION OF THE POLYCARBONATE AND BRICK WORK THE LABORATORY BUILDING IS MORE ENERGY EFFECIENT!!!

vs

INSULATED

INSULATED

NOT INSULATED

E

s i te

A _ LIGHT RED BRICKS LAYED IN A FLEMISH BOND

View from the lawns looking West towards the Lab tower and Canteen.

B _ 70mm DOUBLE SKIN DANPATHERM K7 POLYCARBONATE FACADE SYSTEM

C _ 300 x 300 (mm) MILD STEEL I-BEAM

DETA

IL 1

D _ CAST IN-SITU CONCRETE SLAB AND COLUMN STRUCTURE

PERSPECTIVE SECTIONAL AXO THROUGH TOWER

07

W I T S PA R K T O W N M I C R O B I O L O G Y L A B S _ L A B D E TA I L S

SECTION 03 _ THROUGH THE TOWER AND PREDOMINENTLY THROUGH THE SENIOR LABS

HVAC - supply

PERSPECTIVE SECTION OF A SENIOR LABS

HVAC - extraction

hanging lights into double volume space

SCALE 1:100

Electrical tray + water pipes

Bulk head ceiling with down lights

Wall mounted Air vents

LAB _ DETAIL void/light tunnel

HVAC SYSTEM -supply -extraction -fumes

Senior Lab Key: 1: Fridge / Freezer 2: General work bench

wall penetration to Labs

• each room to include under counter + overhead shelf storage for tips, pipettes, etc.

3: Lamina Flow Hood

vent to passage

Mentis Grating cat walk

• creates concentrated sterile environment to mix reagent into sample • should not be close to door in case of air disturbance

Water + Gas

4: Centrifuge • requires water bath, therefore water point should be in room or or in the ‘general lab’ area

Electrical+Data

5: Wash basins

Passage

6: PCR Machine 7: Real time PCR Machine connected to a PC 8a: ‘Gel dock’ for Gel Electrophoresis testing • can connect directly to PC to view results, or else must be viewed in Bio-Imaging room (this is dependent on equipment) 8b: Advanced ‘Gel dock’ for Gel Electrophoresis connected to PC to view results 9: Machine to view Gel Electrophoresis Results

1_INTERNAL ELEVATION OF THE PASSAGE LEADING INTO LABS

HVAC supply + extraction

Water + Gas

100mm Bulk head with down lights

Electrical+Data tray

Air Vent

Lab Technician

Lab Manager

Hanging LED Lights

Double Volume

Principal Investigator

PCR Prep

Pre PCR Prep

General Work Area

scale 1:50

2_INTERNAL ELEVATION OF A SENIOR LAB

Principal Investigator

Lab Technician

Lab Manager

1

14 13 12 11 10 9 8

Rest Space

Office for staff

7 6 5 4 3

Double Volume General Work Area

2 1

Senior Labs 01

SENIOR LAB MEZZININE LEVEL

Scale 1:50

2

1

SENIOR LAB FLOOR PLAN

Scale 1:50

Abstract

This research report tells a story of how people respond to waste, the implications and the seriousness of this and how architecture and space could play a role in a solution. These inter-woven relationships are explored with reference to the global problem, and a specific focus on South Africa’s (mostly Johannesburg’s) battle with this plight. As such, this report addresses the essential aspects of the issue at both a national as well as an international scale.

The City of Johannesburg’s waste management system is flawed. Landfill sites are quickly encroaching on to the living spaces of the less fortunate as these mounds continue to grow. The system is broken from the wasteful consumer, to the disregarded recycler, to the littered mounds growing extremely fast, but how do we fix it? It seems the solution is in the process, Johannesburg is home to a prominent yet disregarded figure who scours the streets in search for the very items we so easily throw away, but where do they take it? To the very landfills engulfing their living space. Most of our landfills are situated next to townships as part of The Group Areas Act, a crucial pillar of the segregation agenda during apartheid. Waste would be ‘imported’ from privileged white areas to impoverished, working-class black areas. Essentially that is what is happening now as poor waste management has resorted in the informal recyclers having to litter their homes to earn a wage.

With the end goal being zero waste to landfill, an intervention housing campaign strategies involving propaganda to try educate the public on reuse and recycling is not enough. As how does this directly deal with the landfill problem. I think the solution is in the process of how waste is recycled and Johannesburg’s waste management system, therefore I intend to redesign the Johannesburg recycling depot.

Through architecture, this research report introduces a redesign of these ‘middle men’ type depots, into a multifaceted recycling station which will include a weigh station, sorting station and baling and buy back centre. A municipal solid waste to energy incineration plant will also be added, now pressure will be taken off the landfills and hopefully the landfills themselves could be sorted and reprocessed back into the depot.

This will provide a more organised and material specific station where industry can buy back their recyclable goods. The more organic waste that is left over is then incinerated in the plant and that energy will be placed into the electrical grid.

It is also important to me to find a site that would be easily accessible to the Informal Recyclers, close to their routes and not on a landfill as once the landfills have been reprocessed there is an opportunity for land reform. The architectural intervention should also have a social layer linking the informal recycler to the recycling depot, acting as a base camp of sorts for these nomadic people. ht tps: / / i ssuu.c om/ s l _ ri c h a rd s o n /d o cs /b o o k_ s ubmission_sma l l

05

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Mas te rs o f Architectu re A CITY DEFILED

Redesigning the Johannesburg recycling depot, rescuing a city drowning in landfills CONCEPT:

Processing of the Landfills

01 |

h 02 | Landfills get pr

s d

s

t

n s

h e . e

03 | Site gets cleaned

s r

04 |

ocessed into new dpot typology

0 6 .1 _SAN Pa r ks O v e r n i g h t f a c il it ie s wit h J MA SANParks is working towards being a major connector between societ ies. This has seen t he vision of “Custos Naturae” slowly, but surely progressing to t he vision of today as “A Sustainable Nat ional Parks System, Connect ing Society.”

As a lead ing conservat ion aut hority, SANParks is a publ ic ent ity under t he jurisd ict ion of t he Department of Environmental Affairs, where inclusive conservat ion as opposed to previous pol icies of exclusion, are central to advancing t he pol icies in l ine wit h t he Nat ional Development Framework for Sustainable Development and t he nat ional Development Plan.The Nat ional Environmental Management Protected Areas Act mandates SANParks to create dest inat ions for nature-based tourism in a manner t hat is not harmful to t he environment. As SANParks is primarily a sel f-fund ing ent ity generat ing approximately 80% of its operat ing budget from its ecotourism business; ful filment of its conservat ion mandate is heavily rel iant on a t hriving and sustainable tourism operat ions.

JUSTIFICATION FOR THE PROJECT W it h SANParks V ision being one of our key principles, t he new Overnight Centre wit h kitchen/ d ining hal l bring opportunity to connect more societ ies/ communit ies. It brings opportunity to introduce younger minds to t he park as it is t he perfect accommodat ion for school tours .

GOALS WITH THE DESIGN OF A NEW CAMPUS The Overnight Centre must reflect t he principles of SANParks, and encourage a l ife long relat ionship and appreciat ion for Sout h Africa’s nat ional parks. A deep emot ional bond can be establ ished by: Posit ive emot ional experiences. An environment t hat influences t he student ’s ident ity and character of place t hat encourages posit ive behavior. Bot h academic and social, surround ing and wider communit ies need to be promoted. The hostels must be energy efficient and environmental ly friend ly. Cul tural heritage must survive and be celebrated, t herefore a strong connect ion wit h t he Mapungubwe Interpretat ion Centre, Day V isitors Centre and The Museum play a key role in t he design of t he hostels.

of y e n o e y s

A subt le intervent ion, rest ing d iscretely into t he natural terrain of t he Mapungubwe Nat ional Park

Proposed int natural surroundings influenced tviews he low of risebuildings typology of he H ostels.

nt

Cl ient: Size: Price: T ime:

Dept Tourism and SAN Parks 1700sqm R65 mil l ion 2018 - present

suplimented with rough plaster

Roof finish Dark subtle grey roof tiles help the

06

|

Prof e s s i on al Wo rk

LOCALITY MAP AND REFERENCE IMAGES

1

2

. MAIN CIRCULATION THROUGHFARE AXIS

1. CONTEXTUAL AXIS

dry s

05 PERSPECTIVES – TEAHERS BLOCK

MAPUNGUBWE NATIONAL PARK New Overnight Facilities:

Hostel Blocks, Teachers Block & Kitchen/ Dining Hall / Laundry Document issued to : Department of Tourism and SANParks 21 May 2019

23

02 AXONOMETRICS | ENTRANCE HOSTEL 4 HOSTEL 5 LAUNDRY TEACHERS BLOCK FUNCTION SPACE DINING HALL ENTRANCE & DROP OFF

FUTURE BLOCK ADDITIONS HOSTEL 1 HOSTEL 2 HOSTEL 3

dry s

0 6 .2 _Sol -Tec h A r t is i n a l C o l l e g e wit h J MA

Cl ient: Kanton Eiendomme Sol-Tech Size: 13 000sqm Price: R200 mil l ion T ime: 2018 - 2021

MERVIS STREET

1496

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EDGE OF SAFE DOLOMITE AREA

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WB - 15

NEW 160 D SEWER CONNECTION

WB -

15 SANRAL (SA)

A

B

NEW ENTRANCE ROAD NO OBSTRUCTION

NEW MUNICIPAL CONNECTION.

C

D

375Ø SPIGOT & SOCKET

164.50m BOUNDARY

2m WIDE PEDESTRIAN PAVING

1m HIGH FACEBRICK WALL WITH 1.1m HIGH CLEARVU MESH FENCE & POSTS (TOTAL 2.1m) WITH 8 STRAND ELECTRIC FENCE ABOVE. 10000

10000

Y ORE E ST EA THRE N AR 75m RI CTIO REST

6m 20.4

P1LK-7

75

ES HRE mT

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A ARE

P1LK-9

.8 13

YARD

ES ER VE

EXISTING WATER TOWER

1498.5

PORTION 82 OF WATERKLOOF 378-JR

ER INT

+99.000

P1LK-11

EXTERNAL SEWER LINE.

CE FEN

2635mm HIGH STEEL CARPORT TO LATER DETAIL.

E EDG

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OF

13.74m 2.1m CLEARVU MESH FENCE & POSTS WITH 8 STRAND ELECTRIC FENCE ABOVE.

VE SER RE P1LK-12 EDG EO DOLO F MIT SAFE E AR EA

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BH 3501

AD RO

20m

ROAD NAL

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*With the exception of the15 meter radiuses around boreholes BH2 and FP1 the site is zoned as : IRC 4//4

1495.5

E DO DG LO E M

Y DA R UN BO

OF IT S A E AR FE EA

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Boreholes BH2 and FP1: IRC 7 1496.5

• No residential development • No parking, roads or services within 15m radius.

• Parking and roads can be allowed if designed for 15 meters loss of support, subject to peer review.

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VE SER

RY NDA BOU F R mE

• Services shall be placed 1) in a flexible, watertight sleeve if underground; 2) above ground; or 3) in watertight (zero leakage) open ducts.

Subject to approval by the Council for Geosciences

1498

Boreholes

PORTION 18, FARM WATERKLOOF 378-JR

1499

ERF 1494

20m

P2LK-1

5415

J

SADE PALI

4730

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ND AR Y

S TREE NOUS DIGE OF IN NCE IER E FE BARR LISAD GH PA 3m HI

EES US TR GENO F INDI NCE RO DE FE LISA GH PA 3m HI

RO AD R

ERF 1495

218

PORTION R/25, FARM WATERKLOOF 378JR

EXISITING FENCE TO BE EVALUATED AND INSPECTED.

P2LK-6

P2LK-5

RAMP

ITH YARD SW POST E. E & E ABOV FENC FENC MESH IC RVU ECTR CL EA ND EL 2.1m 8 STRA

INDIGENOUS GRASSES

ITH SW POST E. E & E ABOV FENC FENC MESH IC RVU ECTR CL EA ND EL 2.1m 8 STRA

+98.500

E

64 .74 m BO P1LK-10 U

20m

H HIG

ITU D

FP 7

ONE ENDEMIC TREE PER EVERY TWO PARKINGS

TRACTOR TURNING CIRCLE

YARD

63 05

0m

IE BARR

2.1m HIGH FACEBRICK WALL WITH 8 STRAND ELECTRIC FENCE ABOVE.

E

STUDENT PARKING

P2LK-2

SLIDING GATE

ER V

N TIO

RAMP

C

ER S

TRIC RE S

P1LK-8

SLIDING GATE

WA T

2635mm HIGH STEEL CARPORT TO LATER DETAIL.

MIT DOLO

ION ICT STR

+98.500

OR M

2635mm HIGH STEEL CARPORT TO LATER DETAIL.

+98.595

2x 10mx5m LOADING BAYS

ST

E

BH 2

COVERED WALKWAY

+98.000

SERVICE YARD

2m

E THR

REY S TO

A A RE

FACEBRICK RETAINING WALL

P1LK-5

EXISITING FENCE TO BE EVALUATED AND INSPECTED.

15 RIS 000 KA RE A

B

75m

E MIT LO DO

FP 4

NEW LANDSCAPING

+98.255

YARD

+98.255

FP 5

375Ø SPIGOT & SOCKET

4858

TOTAL PARKING SPACES 336 BH 3803

FACEBRICK RETAINING WALL

11

7390

7240

AMPHITHEATRE

FP 6

8m

.3 2m

BH 1

F

F

STUDENT ENTERTAINMENT

+98.425

COVERED WALKWAY

15m

NEW ENTRANCE NO OBSTRUCTION

+98.085

+98.000

NEW WATER CONNECTION. (CIVIL CONCEPTS)

1499

ERF 1493 MONUMENT PARK x15

BH 3304

SLIDING GATE

3m

NEW LANDSCAPING

VISITORS PARKING 13 bays (3x disabled)

26005

11605

E

NEW LANDSCAPING

NEW LANDSCAPING

D

OPEN SERVICE YARD

P1LK-4

+97.500

2.1 HIGH FACEBRICK SCREEN WALL

ARY UND

PORTION R/24 OF WATERKLOOF 378-JR

D ROA 20m ERVE RES

1498

F BO m ER

3x6m ELECTRICAL SERVITUDE WITH SUBSTATION BEHIND GATE. EXACT MUNICIPAL ELECTRICAL CONNECTION TO BE CONFIRMED.

OPEN SQUARE

FP 2

E

STAFF PARKING (64 covered bays)

20.0

1 69.6

EXTERNAL SEWER LINE.

FP 3

+97.850

P1LK-6

P2LK-3

ENTRANCE PATH (PAVED)

DOLOMITE

NEW 2.4m HIGH SIGNAGE WALL WITH 8 STRAND ELECTRIC FENCE ABOVE.

ENTRANCE PATH (PAVED)

ITUDE SERV

NEW CUL-DE-SAC 1497.5

BH 3505 W ALL OF REMEMBRANCE

W ATER FEATURE

LANDSCAPING & ENDEMIC TREES

OUTLET STRUCTURE (CIVIL CONCEPT)

E

JB

ENDEMIC TREES

ER SEW

2m STORMWATER SERVITUDE

49960

LEVEL CROSSING

1m .6 10

P2LK-4

NEW LANDSCAPING

A

+97.000

FENCE

EXTERNAL SEWER LINE. PEDESTRAIN ENTRANCE GATE

P1LK-3 10m BUILDING SETBACK

ACK

COVERED WALKWAY

WB - 15

SETB

Y NDAR BOU

34.98m BOUNDARY

UI

3m STORMWATER & SEWER SERVITUDE

P1LK-2

MS BOO G LDIN

3m

EDGE OF SAFE DOLOMITE AREA

B 10m

Y DAR

GENE 1. Fen on the with fr propo

1492

60.2

FP 1

2m WIDE PEDESTRIAN PAVING

2.1m CLEARVU MESH FENCE & POSTS WITH 8 STRAND ELECTRIC FENCE ABOVE.

N BOU

4m

P1LK-1

DUINLEWERIK STREET

WB - 15

SANRAL (SA)

47.4

3m STORMW ATER & SEW ER SERV ITUDE

ER & WAT ORM 3m ST

0 1500 REA KA

RIS

EES US TR ENO DIG OF IN NCE IER DE FE LISA GH PA 3m HI

ERF 1496

BARR

1497

SANRAL (SA)

NE SIG W 2.4 NA m GE HIG WA H LL .

REMAINDER PTN R/27 66.75m BO UNDARY

NEW BUS & TAXI DROP-OFF AREA

2m WIDE PEDESTRIAN PAVING

1492.5

CORNER OF ORIGINAL PROPERTY

EXISTING MILITARY ROAD (FUTURE TRICHARDT ROAD)

BOUNDARY OF ORIGINAL PROPERTY REMAINDER OF PORTION R/27

FACEBRICK RETAINING WALL

SANRAL (SA)

HEAL 1. Far to be electr 2. Ad

NOTE: 10m BUILDING SETBACK LINE AS APPROVED BY GUATRANS.

EXISTING MUNICIPAL CONNECTION.

1499.5

3m MUNICIPAL GENERAL SERVITUDE EXISTING WALL WITH ADDITIONAL PALISADE FENCING TO ACHIEVE REQUIRED 3m HEIGHT

G

1499.5

SITE PLAN 1 : 500

GE

AL VE

AN TH

AL LO

FIG DIM

A19

A18

A17

A16

A15

A14

A12

A10

A9

A8

A6

C8

A5

A4

A3

A2

A1

LA

15m HEIGHT RESTRICTION. 15m HEIGHT RESTRICTION.

BUILDING SIGNAGE AS PER LATER DETAIL.

CAST IN-SITU REINFORCED CONCRETE COPPING.

+1511.335 ROOF TOC

TH AN

AL ST AD

+1511.335 ROOF TOC

WF - 2 WF - 9

WF - 1

WF - 6

WF - 6

WF - 2

WF - 4

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

PRE-CAST CONCRETE LINTEL OVER OPENING.

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

PRE-CAST REINFORCED CONCRETE COPPING.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

?

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 2

WF - 1

PRE-CAST REINFORCED CONCRETE COPPING.

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

WF - 9

PRE-CAST CONCRETE LINTEL OVER OPENING.

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 1

TH SE BO IMM

WF - 6

WF - 6

WF - 4

PRE-CAST REINFORCED CONCRETE COPPING.

+1508.795

PRE-CAST REINFORCED CONCRETE COPPING.

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

THIRD FLOOR TOC

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

WF - 1

FACEBRICK WALL (230).

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

WF - 1

LIN INS

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

WF - 4

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

WF - 4

SECOND FLOOR TOC

POLYSULFIDE JOINT AS PER DETAIL

WEEPHOLES

WF - 5

WF - 4

WF - 4

WEEPHOLES

WF - 5

FACEBRICK WALL AS PER DETAIL.

WF - 5

WF - 5

WF - 5

WF - 5

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

POLYSULFIDE JOINT AS PER DETAIL

WEEPHOLES

BR BR

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

ALUMINIUM SHOPFRONT AS PER SHOPFRONT SCHEDULE.

WEEPHOLES IN ALL CAVITY WALLS SPACED AT MAX 1m C.C SPACING.

AN

+1505.255

CO AN

SECOND FLOOR TOC

FACEBRICK W ALL AS PER DETAIL.

WF - 1

PRE-CAST CONCRETE LINTEL OVER OPENING.

DP SU

PRE-CAST CONCRETE LINTEL OVER OPENING.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4

WF - 4

WF - 4

FIRST FLOOR TOC

WF - 4

WF - 4 WEEPHOLES

POLYSULFIDE JOINT AS PER DETAIL

WF - 4

?

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4 WF - 4

WEEPHOLES

WF - 5

WF - 5

FACEBRICK WALL AS PER DETAIL.

WF - 5

WF - 4 WF - 5

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

POLYSULFIDE JOINT AS PER DETAIL

WEEPHOLES

WF - 5

WF - 5

AL CO

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

WF - 4

WF - 4

WEEPHOLES IN ALL CAVITY WALLS SPACED AT MAX 1m C.C SPACING.

WF - 5

WF - 5

GL AL UP 0.7 AL AL

+1501.655 FIRST FLOOR TOC

FACEBRICK W ALL AS PER DETAIL.

PRE-CAST CONCRETE LINTEL OVER OPENING.

ST

PRE-CAST CONCRETE LINTEL OVER OPENING.

"CHROMADEK" 150mm SHEET METAL RWDP.

MIN MA 6m

"CHROMADEK" 150mm SHEET METAL RW DP.

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

+1498.085

AL RE

PRE-CAST CONCRETE LINTEL OVER OPENING.

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

+1501.655

THIRD FLOOR TOC

FACEBRICK WALL (230).

PRE-CAST CONCRETE LINTEL OVER OPENING. CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

+1505.255

FO BO

+1508.795

WF - 4

WF - 1

WEEPHOLES IN ALL CAVITY WALLS SPACED AT MAX 1m C.C SPACING.

WF - 4

WF - 4

WEEPHOLES

WF - 4

WF - 4

WF - 4 WF - 1

WF - 1

WF - 1

WF - 1

WF - 4

WF - 4

WF - 4

WF - 4

WF - 1

WF - 1

WF - 4

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4 WF - 4

WF - 4

WF - 4

WF - 1

WEEPHOLES WF -1

WF - 1

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 1

DR AL CO

+1498.085

FACEBRICK W ALL AS PER DETAIL. POLYSULFIDE JOINT AS PER DETAIL

GROUND FLOOR TOC

POLYSULFIDE JOINT AS PER DETAIL

WEEPHOLES

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

FACEBRICK WALL AS PER DETAIL.

GROUND FLOOR TOC

NGL. NGL.

INS MA

AL

NO

BLOCK A - NORTH ELEVATION

PR PA FO

1 : 100

RE

WA DE

W. INV

WA

MIN

WA FIX

A1

A2

A3

A4

A5

A6

A8

A10

A9

A12

A15

A14

A16

A17

A18

RE

A19

C8

A

15m HEIGHT RESTRICTION. 15m HEIGHT RESTRICTION. CAST IN-SITU REINFORCED CONCRETE COPPING.

BUILDING SIGNAGE AS PER LATER DETAIL.

+1511.335

+1511.335

ROOF TOC

ROOF TOC

WF - 6

WF - 2

WF - 1

PRE-CAST REINFORCED CONCRETE COPPING.

WF - 5

WF - 9

WF - 4

WF - 6 SIDE CLADDING TO MATCH ROOF SHEETING WITH INSULATION.

WF - 2

595mm BRICK WALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

PRE-CAST REINFORCED CONCRETE COPPING.

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 7

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

PRE-CAST REINFORCED CONCRETE COPPING.

595mm BRICK WALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

SIDE CLADDING TO MATCH ROOF SHEETING W ITH INSULATION.

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 2

WF - 5

WF - 9

WF - 1

WF - 4

WF - 2

+1508.795 THIRD FLOOR TOC

PRE-CAST REINFORCED CONCRETE COPPING.

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

595mm BRICK W ALL ON PRE-CAST CONCRETE LINTERS TO LATER DETAIL.

+1508.795 THIRD FLOOR TOC

FACEBRICK WALL (230).

PRE-CAST CONCRETE LINTEL OVER OPENING.

PRE-CAST CONCRETE LINTEL OVER OPENING.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

SG DIAGRAM

ZONING DIAGRAM

SIDE CLADDING TO MATCH ROOF SHEETING WITH INSULATION.

WF - 3

+1505.255

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

WEEPHOLES IN ALL CAVITY WALLS

SECOND FLOOR TOC SPACED AT MAX 1m C.C SPACING.

WF - 5

WEEPHOLES

ALUMINIUM SHOPFRONT AS PER SHOPFRONT SCHEDULE.

POLYSULFIDE JOINT AS PER DETAIL

WF - 5

WF - 5

FACEBRICK WALL AS PER DETAIL.

WF - 5

WF - 5

WEEPHOLES

WEEPHOLES

WF - 5

WF - 5

WF - 3

+1501.655

+1505.255 SECOND FLOOR TOC

POLYSULFIDE JOINT AS PER DETAIL

WF - 5

WF - 5

FACEBRICK W ALL AS PER DETAIL. PRE-CAST CONCRETE LINTEL OVER OPENING.

PRE-CAST CONCRETE LINTEL OVER OPENING.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN. ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

WF - 4

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

FIRST FLOOR TOC

WEEPHOLES

WF - 5

POLYSULFIDE JOINT AS PER DETAIL

WEEPHOLES

WF - 5

WF - 5

WF - 5

WF - 5

WEEPHOLES

WF - 5

WF - 5

+1501.655 FIRST FLOOR TOC

POLYSULFIDE JOINT AS PER DETAIL

WF - 5

FACEBRICK W ALL AS PER DETAIL. PRE-CAST CONCRETE LINTEL OVER OPENING.

"CHROMADEK" 150mm SHEET METAL RW DP.

CLASS B FIRE DOOR AS PER DOOR SCHEDULE.

?

WF - 4 WF - 1

+1498.085

WEEPHOLES

WF - 1

POLYSULFIDE JOINT AS PER DETAIL

WF - 1

WF - 1

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4 WF - 1

WF - 1

WEEPHOLES

WEEPHOLES

WF - 1 POLYSULFIDE JOINT AS PER DETAIL

GROUND FLOOR TOC

'MODCON' "TYPE 36" PRE-CAST CONCRETE WINDOW SILL.

W EEPHOLES IN ALL CAVITY W ALLS SPACED AT MAX 1m C.C SPACING.

+1498.085 GROUND FLOOR TOC

FACEBRICK W ALL AS PER DETAIL.

FACEBRICK WALL AS PER DETAIL.

NGL.

NGL.

BLOCK A - SOUTH ELEVATION 1 : 100

Ad

Ac

Ab

Aa

Aa

Ab

Ac

Ad

15m HEIGHT RESTRICTION. 15m HEIGHT RESTRICTION.

+1511.335

+1511.335

ROOF TOC

CAST IN-SITU REINFORCED CONCRETE COPPING.

+1511.335

ROOF TOC

+1508.795

THIRD FLOOR TOC

+1508.795

THIRD FLOOR TOC

+1505.255

THIRD FLOOR TOC

ALUMINIUM WINDOW ASSEMBLY AS PER W INDOW SCHEDULE.

+1505.255

+1505.255

SECOND FLOOR TOC

+1505.255 WF - 3

SECOND FLOOR TOC

FACEBRICK W ALL AS PER DETAIL.

FACEBRICK WALL AS PER DETAIL.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

REFER TO BLOCK A DETAIL ELEVATIONS [SHEET SK251]

+1508.795

WF - 2

WF - 3

SECOND FLOOR TOC

BLOCK B

WF - 1

THIRD FLOOR TOC

ALUMINIUM W INDOW ASSEMBLY AS PER W INDOW SCHEDULE.

WF - 4

ROOF TOC PRE-CAST REINFORCED CONCRETE COPPING.

WF - 1

WF - 2

WF - 3

+1511.335

ROOF TOC

PRE-CAST REINFORCED CONCRETE COPPING.

WF - 1

+1508.795

15m HEIGHT RESTRICTION.

15m HEIGHT RESTRICTION.

CAST IN-SITU REINFORCED CONCRETE COPPING.

CAST IN-SITU REINFORCED CONCRETE COLUMN AS PER ENG DESIGN.

WF - 4

SECOND FLOOR TOC

BLOCK D

C

REFER TO BLOCK A DETAIL ELEVATIONS [SHEET SK253]

+1501.655

+1501.655

+1501.655

+1501.655

FIRST FLOOR TOC

FIRST FLOOR TOC

FIRST FLOOR TOC

FIRST FLOOR TOC

+1498.085

+1498.085

So

P WF - 1

"CHROMADEK" 150mm SHEET METAL RW DP.

"CHROMADEK" 150mm SHEET METAL RWDP.

CLASS B FIRE DOOR AS PER DOOR SCHECUDLE.

+1498.085 NGL.

GROUND FLOOR TOC

Er

CLASS B FIRE DOOR AS PER DOOR SCHECUDLE.

GROUND FLOOR TOC

GROUND FLOOR TOC

NGL.

+1498.085 GROUND FLOOR TOC

D NGL.

S

NGL.

BLOCK A - EAST ELEVATION 1 : 100

BLOCK A - WEST ELEVATION 1 : 100

D

R

4

S

D

2