ARCHITECTURAL
PORTFOLIO SUZANNE A. LAWRENCE
WORK EXPERIENCE
SUZANNE A. LAWRENCE I am a creative and well-organized individual who is passionate about learning and gaining new experiences. My Caribbean background has taught me to appreciate the power of diversity and how beautifully one’s culture can be translated into architecture and design. As I continue my journey to become a practising architect, I would like to work in an office that will further hone my skills as a designer also allow me to be submerged in my environment and learn as much as I can from those around me.
Dessau-Roßlau, Germany
▪ August 2019- Sept. 2019
Sittol Design Studio Ltd.
▪ August 2018- Sept. 2018
International Environments Ltd.
▪ August 2016- August 2018
Cornerstone.design Ltd.
▪ June 2016- August 2016
GW Architects Ltd.
▪ May 2015- August 2015
Atelier Vidal Ltd.
Intern Architectural designer to Principal Architect Mr. Ravi Sittol
Intern Architectural designer to Principal Architect Mr. Daniel Arguelles
Architect’s Assistant to Principal Architect Mr. Christopher Whyms-Stone
Architect’s Assistant to Principal Architect Mr. Garfield Wood
Summer Intern to Principal Architect Mr. Vidal Dowding
SPECIAL PROJECT ▪ April 2020-present
su3ami.lawrence@gmail.com
@Roman.Matter Account
Co-manager and curator of selected works by the Hochschule Anhalt’s DIA Master Thesis Studio Ernst that are posted on Instagram and other publishing platforms. https://www.instagram.com/roman.matter/?hl=en
DESIGN EXPERIENCE
EDUCATION
▪ Residential
▪ August 14, 2020
MA Architecture
▪Civic ▪ Educational
▪ November 3, 2016
▪ June 17, 2012
The Hampton School for Girls
▪ June 17, 2010
Bishop Gibson High School for Girls
▪ Master Plan ▪ Retail
PROFESSIONAL SKILLS ▪ Research & Documentation ▪ Completing sets of architectural ..presentation & construction drawings
TECHNICAL SKILLS ▪ AutoDesk AutoCAD ▪ Nemetschek Vectoworks ▪ Nemetschek ArchiCAD
▪ Completing Administrative Tasks
▪ Rhinoceros
▪ Communication & Organization
▪ Google Sketchup+Artlantis
▪ English- Native Speaker ▪ German- Basic Knowledge (A2)
Graduated with 4 subjects at the CAPE level
Graduated with 10 subjects at the CSEC level
▪ 3D modelling
LANGUAGES
The University of Technology, Jamaica
BA Architectural Studies (Upper 2nd Class Honours)
▪ Hospitality ▪ Healthcare
Hochschule Anhalt
▪ Adobe Photoshop ▪ Adobe Illustrator ▪ Adobe InDesign
VOLUNTEER WORK ▪ 2006- Present
Saxophonist Performances
▪ 2018
Team PAUSE
▪ 2014
Teach the Youths
▪ 2012-2013
The Mustard Seed Communities
▪2011
The New Hope Children’s Home
▪ 2008
The Salvation Army
Providing musical entertainment at charity/community events.
Working with a group of CSA Alumni members to create a recreational space for current students to use on the school property.
Assisting the University of Technology’s Student Union Council with setting up for the annual summer programme.
Volunteering at My Father’s House and the Shelly Ann Fraser Assessment for Children Centres.
Volunteer work to aid nurses and staff members care for the infants and children housed at this establishment.
Working with a church group in Louisville, KY to serve meals to persons.
CLUBS AND SOCIETIES ▪ 2014-2015
The University of Technology, Jamaica
UTech Students Union Council: Caribbean School of Architecture Representative
▪ 2012-2016
Caribbean School of Architecture: Expressions Club and Band Member
▪ 2012-2013
UTech Table Tennis Team
▪ 2011-2012
▪ 2007-2009
The Hampton School for Girls Model United Nations Club: Vice President
Jamaica Symphony Orchestra Principle Saxophonist
ADDITIONAL INFO. ▪ 2015
▪ 2014
▪ 2001-2012
Honours and Awards
University of Technology, Jamaica: Awarded for ‘Outstanding Contribution to Student Life’
PERSONAL INTERESTS
Rotary Club of Mandeville: Vocational Service Youth Award
External Examinations Grade 7 Pianist Grade 8 Alto Saxophonist
* Examinations conducted by the ABRSM and Trinity Guildhall College in London.
REFERENCES ▪ Architect Christopher Whyms-Stone (JM) ▪ Architect Sebastian Felix Ernst (DE)
4
CONTENTS
06 BNCR (Colour in Architecture)
MA Arch: Thesis & Interior Design Project Selected work from my Master Thesis design proposal. Programs: Vectorworks, Sketchup & Rhino with Photoshop.
24 FRÖBEL KINDERGARTEN
MA Arch: Addition & Renovation Project An individual design studio project to redesign an existing building. Programs: Vectorworks, Sketchup with Artlantis & Photoshop
38 SUWA NO MORI TINY HOUSE
MA Arch: Sustainable Design Project + Competition A paired group project for a sustainable tiny house in Japan. Programs: Vectorworks, Sketchup with Artlantis & Photoshop
5
46 GATEWAY TO GUYANA
BA Arch. Studies: Master Plan & Civic Project An individual end of semester BA final year project. Programs: Vectorworks, Sketchup & Photoshop.
54 VISTA DEL MAR APARTMENTS Internship: Residential Complex
A schematic design proposal for a 6-unit apartment complex where I was responsible for producing design options. Program: Vectorworks.
58 MARYLAND RESIDENCE
Built Work: Private Residence A residential project that I was responsible for designing, drawing and 3D modelling. Renders were a collaboration within the office. Programs: Vectorworks, Sketchup & Photoshop.
6
BIBLIOTECA NAZIONALE CENTRALE DI ROMA
MA Arch: Thesis & Interior Design Project
7
BNCR : Urban Context Map
Colour in Architecture: BNCR Proposal
Conference Hall
9
Book deposit building
Entrance Lobby and Administration
Archaeological Site
Reading Rooms (14)
BNCR: Site Axo
This master thesis aimed to investigate the applications of colour in architecture in order to better understand its significance to design along with test its ability to alter the perception of space. In addition to conducting extensive research to find these answers, a site located in the city of Rome was selected to produce a design proposal that would implement my findings. With the goal of using colour to alter spatial perception, it was decided than an existing structure be used as my site which led to the selection of the Biblioteca Nazionale Centrale di Roma (BNCR): a complex structure that functions as one of the two national libraries in Italy. It is an International Style building that was completed in 1975 by Mario Castellazzi, Tullio Dell’Anese and Annibale Vitellozzi. Printed Alumide Site Model
10
13
5
2
4
6
3
8
3
7
Legend 1. Security guardhouse
9
2. Libro Bistrot Letterario DN
DN
3. Parking Area
10
4. Main Entrance 5. Conference Hall 3
6. Lobby, Reception, Admin. 7. Reading Rooms 8. Book Deposit area 9. Archaeological site 10. Back entrance
BNCR : Ground Floor Plan with context
Colour in Architecture: BNCR Proposal
11
11
BNCR: Ground Floor Axo
Analysing of the BNCR showed that while colour contrasts exist within its spaces, their application created unideal spatial atmostpheres that lacked visual differentiation between the rooms. Also, the building lacked defined interior spaces for social gathering and a place for children and young people to use. The building’s secondary entrance was also in need of a new design. These concerns created the platform to use colour to resolve the visual issues and also assist with enhancing the spatial quality of the new programmes without significantly changing the existing structure. Additionally, a focus was placed on 6 areas within the library to illustrate how exactly colour could be used to alter their spatial perception. In this portfolio, one of the 6 rooms will be shown in further detail. Spatial Design Strategy
12
1
1
DIA Master Thesis | 2019-20
2m
0
0
1
1
1
1
2m
Section of Existing Conference Hall, Lobby and Typ. Reading Room (left to right)
2m
Colour in Architecture: BNCR Proposal
0
1
2m
1
1
2m
13
14
DIA Master Thesis | 2019-20
THE READING ROOM Reducing the percieved room length+ reading nook design
Colour in Architecture: BNCR Proposal
15
16
DIA Master Thesis | 2019-20
Plan of ex. dominant colours
Plan of proposed dominant colours
Colour in Architecture: BNCR Proposal
17
Dominant spatial colour: yellow Psychological effect: Cheerful, maintains attention Spatial effect: Reducing the perceived room length Room function: work space, study area
The reading rooms are the main work spaces for visitors and they are organized by the 14 categories of information they contain. The reading rooms and corridor all share the same grey and white visual language which makes finding a specific room confusing and creates an undesirable institutional feeling. Also, the profile of most of rooms can be percieved as being too large. Being associated with cheerfulness and mainting attention, yellow was selected to be the indicating colour for the reading rooms with its placement being specific to the spatial dimension needing to be altered. The selected reading room uses yellow to shorten the percieved length of the space. An analogue colour system of orange and yellow would be present in this room.
18
DIA Master Thesis | 2019-20
Reading Room: Existing Interior
Colour in Architecture: BNCR Proposal
Reading Room: Proposed Interior
19
20
DIA Master Thesis | 2019-20
5
4
3
2
1
Legend 1. 50 x 200mm poplar wood oor finish 2. 100mm plywood bookshelf 3. Bronze brushed light steel frame suspended ceiling. 4. Orchard yellow eggshell paint on plastered wall. 5. Existing brick wall. YO
Y
Reading Room: Section
Colour in Architecture: BNCR Proposal
3
4
1
2
Legend 1. Proposed bronze sprayed light steel frame suspended ceiling: - Steel hanger wire - T profiles spaced at 1200mm - 50mm allowance for ceiling finish 2. Proposed 50mm plywood bookshelf: -through dado assembly 3. Proposed poplar wood oor finish: - 6mm moisture barrier - 25mm plywood suboor - 50x200 tongue and groove wood planks 4. Existing mezzanine Reading Room: Suspended Ceiling Detail
21
22
BA AS 4th Year | Semester 1 | 2015
Proposed Reading Room
Kingston YMCA
23
24
FRÖBEL KINDERGARTEN MA Arch: Addition & Renovation Project
Colour in Architecture: BNCR Proposal
25
26
DIA Winter Semester | 2018-19
FRĂ–BEL Kindergarten Intrigued by the approach FRĂ–BEL takes to educate children through relationships, individualization and participation, I began to explore the various ways in which a child learns and the long term path one takes when receiving education from an institution. I was inspired by the idea that learning can come in many shapes and the route to acquiring knowledge differs for everyone . I used this concept to formulate a proposal that houses a hub of experiences connected by a network of defined but diverse routes that stem from the creation of a new major axis through the existing courtyard. Should my proposal be found acceptable, it is hoped that it may applied to the other kindergartens that share this modular form within the city of Berlin.
FRÖBEL Kindergarten
Children and staff
Staff Children and staff Staff and parents/ visitors Staff
Staff and parents/ visitors
Berolinastraße
Proposed Site Plan 0
12.0 15.0 18.0 21.0 24.0 m
Proposed Learning Space
Circulation
Proposed Learning Space
Circulation
Project Information Covered Space Project Information Children and staff Covered Space Staff Entry Hallway Multipurpose area Staff and parents/ visitors Entry Hallway Canteen Multipurpose area Total Ground Floor Canteen Total Ground Floor Science Area Arts and Craft Room Science Area Library Arts Craft Room Totaland First Floor Library Total First Floor Area Additional
A/ sq.m. Existing Structure
A/ sq.m. 69 sq.m. 287 sq.m. 69 98 sq.m. 287 454 sq.m. 98 sq.m. 454 sq.m. 71 sq.m. 30 sq.m. 71 46 sq.m. 30 146sq.m. sq.m. 46 sq.m. 146 600 sq.m.
Proposed Structure Existing Structure
Proposed Structure
Structure
Structure
Children (free access) Children with supervision Children (free access) Staff only or emergency exit Children with supervision
Access Demarcation
Staff only or emergency exit
Circulation Total Additional Area
ne Lawrence | WS18-19 | FRÖBEL Kindergarten
ne Lawrence | WS18-19 | FRÖBEL Kindergarten
Analytical Diagrams Existing Structure
Proposed Structure
600 sq.m.
Access Demarcation
27
DIA Winter Semester | 2018-19
A
C
28
14
9
10
changing station
7
stacked crib
Existing basement level below
6
stacked crib
5
stacked crib
8
11
12
Existing basement level below
13
Reach-In Refrigerator
58 W 34-15/16 D 83-1/4 H
16
changing station
stacked crib
stacked crib
stacked crib
15
changing station
changing station
changing station
3
18 24
23
22
21
20
17
19
sick bed
2
sick bed
4
changing station
stacked crib
W
W I L L K O M M E N
1
34
33
lift
33
Existing basement level below
33
B
25C
25
31
B I T T E
Line indicating deck above
B
31
25B
26
32
31
28
27
29
31
30
D A N basement level below Existing 29 K E
31
Proposed Stroller Parking Area
Bicycle Parking Area
Proposed Ground Floor Plan 0
6.0
9.0
12.0
15.0
A
C
35
S
18.0 m
C
1. Entry Hallway 2. W/C for Visitors 3. Staff Lounge 4. Staffroom 5. Wardrobe- Staff 39 6. W/C for Staff 7. Consultation space 8. Staff Entrance 9. Infant Sleeping Room 10. W/C for Infants 11. Wardrobe- Infants
40
39
12. Group Space 13. Storage 14. Service Entrance 15. Kitchen Storage 41 41 16. W/C and WardrobeStaff42 17. Utilities and Storage 18. Kitchen 19. W/C for Dining Area 20. Changing Room 41 39 21. Music Room 38 22. Storage
A
Legend 23. Office B- Sick Bay 24. Office A- Administration 25. Multipurpose Hall 25B. Indoor Games area 25C. Performance stage 41 26. W/C for Hall 41B 27. Dining Area 28. Outdoor court and garden 29. Group B Cluster 41 30. W/C for Group B 45 31. Group C Cluster
43
44
43
O pe n to w
lo
be
B W
37
lift Op
Op
en
en
47
to
to
low
be
low
be
Western Elevation 0
6.0
9.0
12.0
15.0
S
18.0 m
A
C
FRĂ–BEL
36
E N T D E C K E N
B
46
FRÖBEL Kindergarten
Proposed Stroller Parking Area
Bicycle Parking Area
0
9.0
12.0
15.0
18.0 m
A
C
6.0
A
C
35
S
41 39
40
41
42
43
39
44
41 41B
41
39
43
41
45
38
n pe O to w
lo
be
B W
37
lift e Op n
n
e Op
47
to
to
low
be
low
be
0
6.0
9.0
12.0
15.0
S
B
46
A
C
36
E N T D E C K E N
18.0 m
Proposed First Floor Plan Legend 32. W/C for Group C 33. Group D Cluster 34. W/C for Group D 35. Outdoor Playground 36. Library 37. Arts and Craft Room 38. W/C 39. Group E Cluster 40. W/C for Group E 41. Group F Cluster 41B. Tech. Lab
Section A-A
42. W/C for Group F 43. Group G Cluster 44. W/C for Group G 45. W/C 46. Science Room w/ Roof Garden 47. Viewing Deck
Existing basement level below
Existing basement level below
29
30
DIA Winter Semester | 2018-19
Existing basement level below
Section C-C
0
Southern Elevation
6.0
9.0
12.0
15.0
18.0 m
FRĂ–BEL Kindergarten
Existing basement level below
31
32
DIA Winter Semester | 2018-19
Heavy Duty galvanized track to specialist's detail 25 x 50 mm Timber louvre
PVC-U tilt and turn window
Custom designed drawer with seating area
50 x 100 mm RHS frame
Detail ASunscreen Detail Library:
100 x 100 mm steel frame brise soleil with timber louvres
PVC-U tilt and turn window
Custom designed folding desk fixed to low concrete wall
Detail D Room: Wall Detail Science
FRĂ–BEL Kindergarten
Upstand beam for clerestory windows and roof above
Steel suspension wire for cable adjuster
Acoustic overhead panel for sound projection
Precast concrete wall for media screen
Detail Stage:B Ceiling Detail
Precast concrete wall for media screen
PVC-U framed Nana door
Large mirror for dance floor
Timber floor boards atop floor underlayment for acoustic treatment Playfix 60mm indoor safety surface atop precast concrete floor
Detail Stage:C Floor Detail
33
Multipurpose Hall
Ground Floor Classroom
Science Room
Roof Garden
36
BA AS 4th Year | Semester 1 | 2015
Clay Model of Site
Kingston YMCA
37
38
SUWA NO MORI TINY HOUSE MA Arch: Sustainable Design Project
40
DIA Summer Semester | 2019
Suwa No Mori Tiny House Designed for a small site of 40 sq.m. in Suwanomori , Osaka ,Japan, our proposal aimed to cater to a family of three. We envisioned that the parents, though modern, appreciated their Japanese culture and would want elements of a traditional home in their 83 sq.m. tiny house. We incorporated spaces and items such as a: Genkau, Tokonoma, Shoji styled doors, Kotatsu, Engawa inspired garden and a traditional Japanese styled bathtub in the master bathroom. We also imagined that this family was environmentally conscious and would require sustainable design techniques and technology throughout their household. We propose that the house uses energy efficient appliances, a programmable thermostat, smart power strips and a home energy management system. Lastly, we sought to create spaces that the family could use to entertain guests and be multifunctional.
Suwa No Mori Tiny House
41
EX. BUILDING 6.7 0.5
PROPERTY LINE
PROPERTY LINE
A
A RAINWATER BARREL
OVERHEAD STORAGE
BOOKSHELF
4
1
6
5
TOKONOMA
5.7
1. 2. 3. 4.
5.2
FOLDING HEATED KOTATSU
7
Garage Workspace/ office Entrance (Genkan) Storage
SHELF ENERGY STAR FRIDGE PULL DOWN TABLE
2
8
3
9
10
GENKAN
S
Ground Floor Plan
S
SOUTH ROAD
FIRST FLO
GROUND FLOOR PLAN 1. 2. 3. 4.
EX. BUILDING 6.7 PROPERTY LINE
Garage Workspace/ office Entrance (Genkan) Storage
5. 6. 7. 8. 9. 10.
PROPERTY LINE
A
A RAINWATER BARREL
Living room Child's bedroom Bathroom Kitchen Dining area Balcony
PROPERTY LINE
A
OVERHEAD STORAGE JAPANESE TUB AND SHOWER
STORAGE
BOOKSHELF
4 STACKED WASHER/DRYER
5
11
12
W
FOLDING HEATED KOTATSU
LO
6
SHELF
Living room Child’s bedroom 3 Bathroom Kitchen Dining area Balcony
O
TOKONOMA
7
5. 6. 2 7. 8. 9. 10.
PE
N
TO
BE
1
SHELF ENERGY STAR FRIDGE PULL DOWN TABLE
8
9 13
S
14
10
GENKAN
RAINWATER BARREL
S
S
SOUTH ROAD First Floor Plan FIRST FLOOR PLAN
GROUND FLOOR PLAN
ffice nkan) PROPERTY LINE
A
5. 6. 7. 8. 9. 10.
Living room Child's bedroom Bathroom Kitchen Dining area Balcony
11. 12. 13. 14.
PROPERTY LINE
0
BOOKSHELF
STORAGE
STACKED WASHER/DRYER
5
11
12
LO
W
FOLDING HEATED KOTATSU
SHELF
7
O
TOKONOMA
PE
N
TO
BE
6
11. Loft 12.8 Master bedroom 9 13. Master bathroom 14. Engawa inspired 10 .............garden SHELF
Y STAR
PULL DOWN TABLE
13
14
RAINWATER BARREL
S
S
Second Floor Plan FIRST FLOOR PLAN Living room
SECOND FLOOR PLAN 11. Loft
Loft Master bedroom Master bathroom Engawa inspired garden
A
OVERHEAD STORAGE JAPANESE TUB AND SHOWER
SECOND FLOOR PL
1.0
2.0
42
DIA Summer Semester | 2019
Sustainable Design Techniques 1. Rainwater barrels- To supply water to dual flush toilets and irrigate garden. 2. Folding furniture- To maximize on space when not in use. 3. Kotatsu- For traditional style dining and space heating. 4. Triple pane glass- For condensation resistance, sound reduction and energy saving properties. Window frame to be made from recycled U-PVC. 5. Transom- To assist with ventilation.
7. Steel stud frame with timber infill and finishesLower cost, stronger and less energy required to assemble compared to a structural timber frame. 8. Garden- Assists with temperature control and is an economically sustainable practice. 9. Raised clothesline- Minimize use of electric dryer. Uses pulley system. 10. Screen- To assist with shading with operable louvres and adds privacy to balconies. 11. Solar Panels- Renewable source of energy.
6. Lightwell- To maximize on natural light and ventilation within house.
Top of Building
11
+8m
10 RAISED CLOTHESLINE
9
SMALL VEGETABLE AND HERB GARDEN
+5.6m
7
0.2
8 Second Floor Level
4
LOFT
2.4
GARDEN
6
5 DINING AREA
LIVING AREA
2.6
SIEMENS
2 TOKONOMA
POCKET DOOR
3
ENTERTAINMENT CENTRE AND BOOK SHELF
First Floor Level +2.8m
GARAGE
2.6
ENTRANCE
1
GENKAN
RAINWATER BARREL
Ground Floor Level +0.2m SOUTH ROAD
Section A-A
OPPOSITE PROPERTY
Suwa No Mori Tiny House
Front Elevation
43
Living Area
46
GATEWAY TO GUYANA BA AS: Master Plan & Civic Project
Colour in Architecture: BNCR Proposal
47
48
BA AS 4th Year | Semester 2 | 2016
Gateway to Guyana Gateway to Guyana is a proposal for a civic, commercial and public space design located in the capital city of Georgetown, on the north eastern bank of the Demerara River. Inspiration for this project was drawn from the story of Georgetown: its origin and how it has developed . This is represented symbolically through three forms oriented in such a way that they respect the dominant axes of the site as they pay respect to the past (where the forms converge) and embraces the future (where they diverge). The site adjacent to my main site mimics the proposed building and was developed to be an open space for locals and visitors, particularly those who would be using the proposed cruise ship terminal. Also located on this site are shops that line a timber deck promenade, a tennis court and helipad.
Gateway to Guyana
Proposed Master Plan
Analytical Diagrams
49
50
BA AS 4th Year | Semester 2 | 2016
Proposed Ground Floor Plan Legend 1. Cafe 2. Business Centre 3. Restrooms 4. Lobby and Receptionist Area 5. Restrooms 6. Services 7. Theatre Auditorium 8. Outdoor Exhibition Space 9. Theatre Lobby 10. Workshops 11. Control Room
Section A-A
12A. Studio 12B. Studio 13. Restrooms 14. Storage 15A. Admin. Office 1 15B. Admin. Office 2 16. Cultural Resource Centre 17. Restrooms 18A. AV Room 18B. AV Room 19. Cafe Deck and Emergency Exit
Section B-B
Gateway to Guyana
Proposed First Floor Plan
West Elevation
51
52
BA AS 4th Year | Semester 1 | 2015
Entry Court
Kingston YMCA
53
54
VISTA DEL MAR APARTMENTS Internship: Residential Complex Project
55
56
International Environments Ltd. | 2018
Vista Del Mar Apartments Vista Del Mar is generally known to be a peaceful developing residential area just outside Belize’s former capital, Belize City. Located close to the sea, the proposed site is currently anked by roads and a series of properties that seek to be developed in the near future. Therefore, by accepting the reality that those who occupy this property may potentially lose access to their sea view and gain many neighbours, it was necessary to create an oasis within the boundary walls of this complex. As requested by the client, a building that housed six 800 sq.ft units with both front and back door access was explored and preliminarily designed. In addition to that, the structure also made use of the natural lighting and ventilation the site could provide through a series of secured openings within the unit.
A
B
12'-6"
C
10'-9"
D
3'-9"
E
3'-9"
F
10'-9"
G
12'-6"
H
12'-6"
I
10'-9"
J
3'-9"
TOP OF WALL +21'0" (6401mm)
10'-6"
FINISHED FIRST FLOOR LEVEL +10'6" (3200mm)
10'-0"
FINISHED FLOOR LEVEL +6" (152mm) 6"
Front Elevation
F
Vista Del Mar Apartments
57
REMAINDER OF LANDS
A
B
C
4'-0"
D
E
3'-6"
12'-10"
12'-6"
01
14'-10"
BATHROOM BEDROOM 1
02
8
16
BEDROOM 2
BALCONY
LIVING 10'-9"
7
UE
15
DINING
HOOD ABOVE
04
CUPBOARDS ABOVE
H
LAUNDRY
CUPBOARDS ABOVE
3'-9"
6
14
AV
3'-9"
03
EN
KITCHEN
LAUNDRY
FI S
05
HOOD ABOVE
10'-9"
DINING
5
13
GE
L
KITCHEN
LIVING
BEDROOM 2
BEDROOM 1 BATHROOM
PARKING AREA
BACK CORRIDOR
12'-6"
3
11
07
AREA TO BE LANDSCAPRED FOR RECREATIONAL USE
12'-6"
4
12
06
AN
BALCONY
BATHROOM BEDROOM 1
08
2
10
BEDROOM 2
BALCONY
LIVING 10'-9"
1
9
DINING
3'-9"
09
KITCHEN
HOOD ABOVE
LAUNDRY
10
CUPBOARDS ABOVE
GARBAGE DISPOSAL SECURITY POST
SNOOK DRIVE
Site Plan LAYOUT A SITE PLAN
VISTA DEL MAR PROPOSED APARTMENTS 35'-8" 34'-8"
A
7'-0"
2'-0"
ROOM/ SPACE
10'-0"
BATHROOM
BEDROOM 2
12'-6"
12'-0"
12'-0"
13'-0"
PROJECT INFORMATION
7'-8"
2'-0"
12'-0"
BEDROOM 1
BACK CORRIDOR
C
D
E
F
G
H
I
10'-9"
3'-9"
4'-0"
3'-9"
10'-9"
10'-3"
LIVING 10'-6"
7'-0"
12'-6"
12'-10"
10'-9"
4'-0"
10'-6"
KITCHEN
HOOD ABOVE
2'-0"
15'-10"
LAUNDRY
3'-10"
+10'6" (3200mm)
172
Closet
15
Bathroom
53
Kitchen & Dining
150
Living
107
Laundry
21
Front Balcony
43
J
NFA (w/o balcony)
800
GFA (w/o balcony)
865
GFA (w/ balcony)
908
3'-9"
C
FINISHED FIRST FLOOR LEVEL
148
Bedroom 2
3'-9"
10'-9"
DINING
10'-9"
TOP OF WALL +21'0" (6401mm)
12'-6"
11'-11"
12'-6"
BALCONY
3'-9"
26'-5"
B
B
A
4'-4"
23'-9"
7'-0"
AREA (sq.ft)
Bedroom 1
CUPBOARDS ABOVE
D
10'-0"
FINISHED FLOOR LEVEL +6" (152mm)
16'-10"
31'-4"
6"
Unit Floor Plan
LAYOUT A FLOOR PLAN
VISTA DEL MAR PROPOSED APARTMENTS
J
I
3'-9"
10'-6"
TOP OF WALL +21'0" (6401mm)
FINISHED FIRST FLOOR LEVEL
10'-0"
+10'6" (3200mm)
6"
FINISHED FLOOR LEVEL +6" (152mm)
Back Elevation
FRONT ELEVATION
H
10'-9"
G
12'-6"
F
12'-6"
E
10'-9"
D
3'-9"
C
3'-9"
B
10'-9"
A
12'-6"
58
MARYLAND RESIDENCE Built Work: Private Residence
Kingston YMCA
59
60
Cornerstone.design Ltd | 2017
Maryland Residence Nestled in the hills of St. Andrew, Jamaica this tropical cotemporary dwelling seeks to emerge from the ashes of a classic Jamaican gingerbread cottage that currently occupies its footprint. As a response to both context and the wishes of the clients, Cornerstone. Design sought to create a space that respected the classic architectural elements of the existing house through materiality and select fixtures. Additionally, this proposal also needed to continue a service of being the iconic landmark those who traversed the area know that property and its building to be. The result of these guidelines produced a two storey home that places emphasis on the connection between internal-external spaces along with maximizing the use of natural light and ventilation through various openings and a partially open plan layout.
Maryland Residence
61
LANDSCAPING LEGEND Asphalt Paving
105
Cast Concrete Deck 110
EX
ISTI N
Building Footprint
G SE
AS ON
AL
105
ST REA
M
Concrete Pavers 105
TOP OF EXISTING RETAINING WALL
Existing Palm Tree
Existing Evergreen Tree EXIS TING
EXISTING STEPS
RETA
ININ
GW
ALL
UP
Molineria Capitulata "Palm Grass"
UP
UP
Licula Grandis "Ruffled Fan Palm"
EXISTING STEPS
Sansevieria Trifasciata
GRASSED AREA
GRASSED AREA
GRASSED AREA
108M
EXISTING RETA
INING WALL
105M EXISTING RETAINING WALL
PROPOSED BUILDING AREA: 2587 sq.ft (240 sq.m.)
GRASSED AREA
UP
G WALL RETAININ EXISTING
EX
ISTI N
G ST EP
100
FOOT OF DRIVEWAY
DRIVEWAY
-32' 9" (10,000mm)
100M
102M
S SOAKAWAY
. NG R.C 0" (0mm)
UP
L
AL
W
ROAD TO
EXISTING STEPS
103M G
PE
IN
SL O
AIN ET
P
R
ST EE
G
RY
TIN IS
VE
EX
SEPTIC TANK
100
ALL GW ININ
TOP OF DRIVEWAY
ROAD
REED BED
ETA GR
L AL
W
110M
N ISTI EX
G IN IN TA RE
EXISTI
115
D SE PO O PR UP
D
MARYLAN
TOP OF EXISTING RETAINING WALL
L
G
IN
106M
ING IST EX
R.C
IN TA
.
G
P
TO
Proposed Site Plan
Sunpath and Building Axes
F
O
E
TIN XIS
RE
AL
W
62
Cornerstone.design Ltd | 2017
LEGEND Concrete Block Wall SOUTH
08
7'-7" ][2311
06
05
04
A
B
C
A-300
A-300
A-301
A-300
RHS Column
LEGEND
07
A-200
Dry Wall
A
09
Reinforced Concrete
20'-5" ][6223
2'-11" ][889
7'-4" ][2234
03
8'-9" ][2668
02
5'-0" ][1524
01
6'-6" ][1981
TOP OF EXISTING RETAINING WALL
7'-0" ][2134
][11151 36'-7" ][4343 14'-3"
A-302
W
][829 2'-8 5/8"
][762 2'-6"
][1389 4'-6 3/4"
] [762 2'-6"
][829 2'-8 5/8"
BATHROOM 1 +2'6" (760mm)
W
W
3'-0" [914]
08
2”x1” TIMBER HIT AND MISS FENCE ON 6” PLINTH
F
13'-3" [4039]
W
] [769 2'-6 1/4"
6'-7" [2007]
B
[1090] 3'-7"
38'-1 1/8" [11611]
] [617 2'-0 1/4"
UP
9 1/2" 2'-0" 9 1/2" [242] [610] [241]
A
EXISTING CONCRETE WATER TANK
][4572 15'-0"
][2958 9'-8 1/2"
3'-7" [1093]
7'-4" [2235] STAIR 2- SEE ENGIN. DRAWINGS FOR DETAIL
D
07
8'-6" [2591]
02
EXISTING STEPS
W
BEDROOM 1 +2'6" (760mm)
D
WEST
A-301 6'-11 3/4" [2126]
A-300
04
STOVE
][3183 10'-5 3/8"
03
02
D
SINK
2'-3 3/8" [696] ][686 2'-3"
W
01
][1676 5'-6"
][982 3'-2 5/8"
][1372 4'-6"
+2'6" (760mm)
][2134 7'-0"
][3281 10'-9 1/8"
EX
IST
7'-0" ][2134
6'-6" ][1981
5'-0" ][1524
6” x 6” RHS COLUMN
LINE INDICATING ROOF ABOVE
BASE FOR CHAIN SPOUT
FRONT DECK
][6299 20'-8" ][15672 51'-5"
ST
EP
S
+2'6" (760mm) +2'6" (760mm)
3.00°
STAIR 1-SEE ENGIN. DRAWING FOR DETAIL
NORTH
ING
FRONT PATIO
][9296 30'-6"
Industrial profile roof on 2" x 10" timber rafters @ 2" O/C
A-200
PR
RHS screen frame with timber louvres. See schedule for details.
O RHS HANDRAIL
SE
STAIR 1
D
W 20
W 22
TA
RE
W 21
W 23 UP
W 29
][519 1'-8"
PO
115
Line indicating existing slopel
6" x 6" RHS COLUMN
POWDER ROOM
][2223 7'-3 1/2"
8'-9" ][2668
2'-11 1/4" [896]
6'-6" [1982] 6'-0 1/2" [1842]
+2'6" (760mm)
W
G
6” x 6” RHS COLUMN
C
D
KITCHEN
WASHER /DRYER
B
7'-4" ][2234
2'-11" ][889 D
20'-5" +2'6" (760mm) ][6223
BASIN
6'-11 3/4" [2126]
20'-0" [6096]
][2337 7'-8" STAFF
05
W STUDY 1 +2'6" (760mm)
11'-9" [3581]
2'-3 3/8" [694]
][1905 6'-3"
][2515 8'-3"
1'-8 1/4"1'-3 3/4" 1'-6" [515] [400] [456]
D
A-201
][1904 6'-3"
D FRIDGE
+2'6" (760mm)
A
[2151] 7'-1"
+2'6" (760mm)
EXISTING RETAINING WALL
41'-0" [12497]
108M
][762 2'-6"
D
ISLAND
PANTRY
D
4'-6 1/2" [1386]
W
111M
D
LAUNDRY
06
07
][1016 3'-4"
4'-0" [1218]
6'-0" [1829]
+2'6" (760mm)
][2159 7'-1"
18'-1 3/4" [5530]
2'-11 1/4" [896] 7 1/4" 2'-9 1/2" [183] [849]
18'-11 3/4" [5784]
[1370] 4'-6"
D
][1309 4'-3 1/2"
6'-6 1/8" [1984]
4'-6" [1372]
5'-8 1/8" [1729]
[2135] 7'-0"
E F
GARAGE
][2780 9'-1 1/2"
D
2'-10 7/8" 1'-3 1/8" 2'-6 3/4" 8 3/4" [886] [383] [781] [221]
D
][2159 7'-1"
A-300
7'-7" ][2311
LINE INDICATING BALCONY ABOVE
42'-5 1/2" [12940]
][839 2'-9"
][902 2'-11 1/2"
4'-1 1/2" [1257]
][5169 16'-11 1/2"
3'-4 1/2" [1030]
] [998 3'-3 1/4"
D
08
D
+2'6" (760mm)
] [500 1'-7 5/8"
W
D
16'-0" [4876]
16'-0" [4877]
D
][1219 4'-0"
A-301
16'-0" [4877]
PROPOSED BUILDING AREA: 2587 sq.ft (240 sq.m.)
+2'6" (760mm)
LIVING AND DINING
][965 3'-2"
09
][3810 12'-6" 3X3 RHS SCREEN FRAME WITH 2X1 TIMBER LOUVRES
16'-0" [4877]
BACK PATIO
18" x 18" CONCRETE PAVERS
4'-0" [1218]
A-201
D
][4802 15'-9"
6" [152]
EAST
][1904 6'-3"
LINE INDICATING BRIDGE ABOVE
48'-0 1/2" [14642]
A-302
D
1'-1" [330]
16'-10 3/8" [5140]
[5031] 16'-6"
E
29'-0" [8839]
28'-6 7/8" [8708]
C
STAIR 2
3'-0" [914]
3'-7" [1093]
01
][3734 12'-3"
13'-0" [3962]
][5867 19'-3"
D
03
7'-0" [2134]
04
12'-0" [3658]
][2134 7'-0"
4'-5" [1345]
][2083 6'-10"
05
13'-0" [3962]
11'-8 1/2" [3568]
UP
[3809] 12'-6"
06
LINE INDICATING ROOF ABOVE
G
IN
IN
Plycem siding affixed to masonry wall. Finish TBD by Architect.
+23'8" (7224mm) TOP OF CLERESTORY WINDOW +22'0" (6705mm) TOP OF WALL
AL
W Sand and cement render primed and painted to Architect's specs.
L
6" x 6" RHS column.
TOP OF DRIVEWAY
9
Canopy 1- See Sheet A-400 for detail
][1005 3'-4"
1" x 3" WPP secured to 4" x 4" WPP posts on 6" x 6" concrete plinth
W 12
][2919 9'-7"
Ground Floor Plan
W 11
+12'5" (3786mm) FINISHED FIRST FLOOR LEVEL
2" x 2" RHS frame with timebr louvres.
6" x 6" RHS column See engin. drawing for detail Line indicating proposed slopel
][3026 9'-11"
][1549 5'-1"
][1012 3'-4"
][2874 9'-5"
D 1
][760 2'-6"
][452 1'-6"
][1018 3'-4"
][1067 3'-6"
GARAGE DOOR TO BE SPECIFIED
01
02
6'-6" [1981]
04
05
5'-0" [1524]
06
C
B
A-301
A-300
8'-9" [2668]
07
08
0'0" (0mm) GROUND LEVEL
09
A A-300
7'-4" [2234]
2'-11" [889]
20'-5" [6223]
7'-7" [2311]
3.00°
7'-0" [2134]
03
+2'6" (760mm) FINISHED FLOOR LEVEL
Industrial profile roof on 2" x 10" timber rafters @ 2" O/C
TOP OF CLERESTORY WINDOW +23'8" (7224mm) TOP OF WALL +22'0" (6705mm)
W 32
W 33
W 34
][2919 9'-7"
][939 3'-1"
][519 1'-8"
W 31
Back patio roof. See sheet A-400 for detail.
W 17
Line indicating existing slope.
PLYCEM SIDING AFFIXED TO MASONRY WALL. FINISH TBD BY ARCHITECT.
GROUND LEVEL 0'0" (0mm)
Southern Elevation
][5945 19'-6"
D 15
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS. ][1219 4'-0"
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
][4028 13'-3"
W 10
W 6 ][2438 8'-0"
][711 2'-4"
W 5
Proposed retaining wall. See engin. drawing for detail.
Existing steps.
Line indicating proposed slope.
][1372 4'-6"
][864 2'-10"
W 4
][760 2'-6"
FINISHED FLOOR LEVEL +2'6" (760mm)
][6309 20'-8"
][4142 13'-7"
][3026 9'-11"
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
][6707 22'-0"
5.00°
W 16
Maryland Residence
63
LEGEND Concrete Block Wall SOUTH
08
7'-7" ][2311
06
05
04
A
B
C
A-300
A-300
A-301
A-300
RHS Column
LEGEND
07
A-200
Dry Wall
A
09
Reinforced Concrete
20'-5" ][6223
2'-11" ][889
7'-4" ][2234
8'-9" ][2668
03
02
5'-0" ][1524
01
6'-6" ][1981
7'-0" ][2134
][20574 67'-6" ][11151 36'-7" ][4343 14'-3"
08
09
10
W 11
][1389 4'-6 3/4"
] [762 2'-6"
W
][829 2'-8 5/8"
LINE INDICATING ROOF ABOVE
W ][3962 13'-0"
][610 2'-0"
13
05
14
04
15
03
16
02
17
] [1120 3'-8 1/8"
D
][1474 4'-10"
4'-3 1/8" [1299]
BEDROOM 2 +12'11" (3937mm)
W
7'-0" [2134]
06
2'-5 1/4" [742]
13'-0" [3962]
BACK PATIO ROOF. SEE SHEET A-400 FOR DETAIL.
12
12'-0" [3658]
+12'11" (3937mm) 07
2'-11 1/4" [896]
BATHROOM 2
F A-302
[3809] 12'-6"
][762 2'-6"
3'-0" [914]
STAIR 2 SEE ENGINEERING DRAWINGS FOR DETAIL
][4572 15'-0" ][829 2'-8 5/8" 3'-7" [1093]
][4623 15'-2"
B
[1090] 3'-7"
][4801 15'-9"
6'-1 5/8" [1871]
A
4 3/8" 1'-11 1/2"1'-3 1/8" [112] [597] [384]
][2235 7'-4"
01
STAIR 2
][5869 19'-3"
D
3'-0" [914]
][3709 12'-2"
29'-0" [8839]
C
D
20'-2 3/4" [6165]
][914 3'-0"
][2744 9'-0"
] [2381 7'-9 3/4"
][896 2'-11 1/4"
][2894 9'-6" 3X3 RHS SCREEN FRAME WITH 2” x 1” TIMBER LOUVRES
INDUSTRIAL PROFILE ROOF ON 2” x 10” TIMBER RAFTERS @ 2’ O/C BRIDGE- SEE ENGIN. DRAWINGS FOR DETAIL
W
16'-0" [4877]
16'-0" [4877]
W 16'-0" [4877]
41'-0" [12497]
[5031] 16'-6"
E A-302
][991 3'-3"
BALCONY- SEE ENGIN. DRAWINGS FOR DETAIL
BALCONY +12'11" (3937mm) 23'-6" [7164]
A-201
PE
O
][2210 7'-3"
A-201
N
32'-1" [9780]
41'-0" [12497]
WEST
EAST
TO
D
W LO
BE
OPEN TO BELOW
D
W
[1370] 4'-6"
D ][914 3'-0"
][1367 4'-5 7/8"
] [762 2'-6"
7'-6" [2286]
6" x 6" RHS COLUMN
W
] [2187 7'-2 1/8"
][762 2'-6"
][1932 6'-4"
F
][1321 4'-4"
][837 2'-9"
W
+12'11" (3937mm)
4'-6" [1372]
+12'4" (3759mm) SLOPE
][903 2'-11 1/2"
STUDY 2
ROOF TERRACE
11'-0 1/8" [3356]
12'-0" [3658]
][5118 16'-9 1/2" 6'-6" [1982]
][914 3'-0"
7'-6" [2287]
[2135] 7'-0"
][9271 30'-5"
E D A-301
][1169 3'-10"
SLOPE
[2151] 7'-1"
4” DIA. DOWN PIPE. SEE A-301 FOR TYP. DETAIL
][17983 59'-0"
SPF INSULATION TO FORM SCREED TO DRAIN AND COPING TO PARAPET
][686 2'-3" CANOPY 1. SEE SHEET A-400 FOR DETAIL
SLOPE
G
8” x 12” SPOUT
NORTH A-200
First Floor Plan 9
01
02
03
6'-6" [1981]
05
5'-0" [1524]
06
C
B
A-301
A-300
8'-9" [2668]
07
08
09
A A-300
7'-4" [2234]
2'-11" [889]
20'-5" [6223]
7'-7" [2311]
3.00°
7'-0" [2134]
04
RHS screen frame with timber louvres. See schedule for details. Proposed retaining wall. See engin. drawing for detail.
W 25
W 26
W 21
W 22
W 20
W 36
Line indicating existing slope.
W 12
][1016 3'-4"
W 14
][2894 9'-6"
][2919 9'-7"
][811 2'-8"
][519 1'-8"
TOP OF CLERESTORY WINDOW +23'8" (7224mm) TOP OF WALL +22'0" (6705mm)
W 11
D 20
Back patio roof. See sheet A-504 for detail.
W 19
D 19
GROUND LEVEL 0'0" (0mm)
][525 1'-9" ][3874 12'-9"
][4028 13'-3"
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
BACK PATIO
][1219 4'-0"
LIVING AND DINING
18" x 18" concrete pavers. ][2438 8'-0"
D 15
][2438 8'-0"
][2766 9'-1"
][3025 9'-11"
W 10 W 8
FRONT PATIO
][1065 3'-6"
][3026 9'-11"
D 1
][760 2'-6"
FINISHED FLOOR LEVEL +2'6" (760mm)
Line indicating proposed slope.
°
Bridge- See engin. drawings for detail
5.00
Balcony- See engin. drawings for detail
][1129 3'-8"
BALCONY FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
SEE ENGIN. DRAWINGS FOR FOOTING DETAILS
Section E-E
01
02
03
04
05 C
06 B
07
08 A
09
64
Cornerstone.design Ltd | 2017 A
B
][5031 16'-6"
]F[3809 12'-6" A-302
A-302
G
][2151 7'-1"
D A-301
][1370 4'-6"
][2135 7'-0"
][5031 16'-6"
][3809 12'-6"
][1090 3'-7"
][1370 4'-6"
][2135 7'-0"
E
F
E
D
C
][1090 3'-7"
SEE A-301 FOR PARAPET DETAIL
A-301
A-302
B
G
D
E
A-302
A
F
E
D
C F
][2151 7'-1"
W
1'-7" [470]
SEE A-301 FOR PARAPET DETAIL
W
W
W
W
W
LIVING AND DINING
19'-6"9'-11" [3026] [5945]
19'-6" [5945]
9'-11" [3026] 12'-9" [3876]
KITCHEN
D
2'-6" [760]
D
9'-11" [3026]
8'-0" [2440]
6'-8" [2032] 3'-0" [913]
D
CANOPY 1. SEE SHEET A-400 FOR DETAIL
8'-3" [2519]
3'-0" [913]
D
LIVING AND DINING
D
8'-3" [2519]
D
3'-0" [914]
D
3'-0" [914]
D
8'-0" [2440]
6'-8" [2032]
BATHROOM 1
BATHROOM 1
F
9" [217] 5'-3" [1604]
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
12'-9" [3876]
3'-0" [914]
D
CANOPY 1. SEE SHEET A-400 FOR DETAIL
ROOF TERRACE
STUDY
3'-4" [1027]
W SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
3'-4" [1027]
BATHROOM 2
3'-4" [1016]
9" [217]
9'-7" [2919]
ROOF TERRACE
STUDY
D
3'-0" [914]
SEE ENGIN. DRAWING FOR DETAIL
3'-4" [1016]
W
BATHROOM 2
5'-3" [1604]
SEE ENGIN. DRAWING FOR DETAIL
W
W
2'-11" [887]
W
1'-7" [470]
2'-11" [887]
W
KITCHEN
SEE ENGIN. DRAWINGS FOR FOOTING DETAILS
Section B-B
SEE ENGIN. DRAWINGS FOR FOOTING DETAILS
08
09
07
08
09
7'-7" ][2311
B
A-300
20'-5" ][6223
07
A A-300
7'-4" ][2234
05 B A-300
A-301
04
8'-9" ][2668
5'-0" ][1524
C A-301
5'][15
8'-9" ][2668
7'-4" ][2234
2'-11" ][889
20'-5" ][6223
7'-7" ][2311
2'-11" ][889
C
A-300
06
0
04
05
06
A
SEE ENGIN. DRAWINGS FOR DETAIL
W
D
LAUNDRY
SEE ENGIN. DRAWINGS FOR FOOTING DETAILS
Section D-D
KITCHEN
][1196 3'-11" ][916 3'-0"
][1019 3'-4"
GARAGE
][895 2'-11"
D
KITCHEN
][447 1'-6"
LAUNDRY
][390 1'-3"
][895 ][177 2'-11" 7"
GARAGE
][916 3'-0"
STAFF
][447 1'-6"
][2645 8'-8"
D
STAFF ][1219 4'-0"
][390 1'-3"
][1027 3'-4" ][819 2'-8"
ROOF TERRACE
][2645 8'-8"
][1019 3'-4" ][3876 12'-9"
][1219 4'-0"
][1012 3'-4"
LINE INDICATING PROPOSED SLOPE
][2032 6'-8"
][1196 3'-11"
W
][2993 9'-10"
ROOF TERRACE
][217 9"
SEE ENGIN. DRAWINGS FOR DETAIL
][1012 3'-4"
][3876 12'-9"
][819 2'-8"
LINE INDICATING PROPOSED SLOPE SEE ENGIN. DRAWINGS FOR DETAIL
][1013 3'-4"
D
][217 9" ][1027 3'-4"
1”X3” WPP SECURED TO 4"X4" WPP POSTS ON SEE ENGIN. DRAWINGS 6”X6” CONCRETE FOR DETAIL PLINTH
][864 2'-10"
W
W
][2032 6'-8"
PLYCEM SIDING AFFIXED TO MASONRY WALL. FINISH TBD BY ARCHITECT.
SEE ENGIN. DRAWINGS FOR DETAIL
W
][177 7"
1”X3” WPP SECURED TO 4"X4" WPP POSTS ON 6”X6” CONCRETE PLINTH
][2993 9'-10"
LINE INDICATING EXISTING SLOPE
][864 2'-10"
W
SEE ENGIN. DRAWINGS FOR DETAIL PLYCEM SIDING AFFIXED TO MASONRY WALL. FINISH TBD BY ARCHITECT.
][1013 3'-4"
LINE INDICATING EXISTING SLOPE
SEE ENGIN. DRAWINGS FOR FOOTING DETAILS
D
W
8” RHS BOX BEAM 2'-0" [610]
Maryland Residence 2” x 10” TIMBER RAFTERS SPACED @ 2’ O/C
2'-0" [610]
A
6” x 6” RHS POST
B A
B
general notes: 1.
ARCHITECT THE
2'-0" [610] 2'-0" [610]
1.00°
TOP OF WALL +22'0" (6705mm) 15'-2" [4623]
3.
DO NOT SCALE . 2. THIS DRAWING
4
ALL BY
5.
ALL AND
general no
METAL FLASHING INDUSTRIAL PROFILE ROOF SHEETING ATOP 1" x 12" WPP TIMBER FASCIA 2” x 10” TIMBER RAFTERS
9'-11" [3026]
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
8” RHS BOX BEAM WELDED TO 6” x 6” RHS POST 5/8” T1-11 PLYWOOD BELOW INDUSTRIAL PROFILE ROOF SHEETING
SPF INSULATION TO FORM WINDOW CAST CONCRETE SCREED SILL TO DRAIN ANDDRIP WITH 1/4 COPING GROOVE TO PARAPET ON .THE UNDERSIDE
6” x 8” BOX GUTTER WITH 4” DIA. DOWN SPOUT
SPF INSULATION TO FORM METAL FLASHING SCREED TO DRAIN AND COPING TO PARAPET .
ALL AND
Entrance Canopy Detail 02
01 9
02
7'-0" ][2134
9
FINISHED FLOOR LEVEL +2'6" (760mm) GROUND LEVEL 0'0" (0mm)
][760 2'-6"
2'-6" [760]
POWDER ROOM
][1065 ][760 3'-6" 2'-6"
D
][3026 9'-11"
][1065 3'-6"
POWDER ROOM
9'-11" [3026]
19'-6" [5945]
D
9
INDUSTRIAL PROFILE ROOF SHEETING ATOP 2” x 10” TIMBER RAFTERS
1" x 12" WPP TIMBER FASCIA
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
PRI
METAL FLASHING 5 CM. Ø PVC DRAIN PIPE EXTENDED TO TOP OF PARAPET. METAL FLASHING 6" CONC. BLOCK WALL WITH G&S RENDER TO FORM 5 PARAPET. CM. Ø PVC DRAIN PIPE EXTENDED TO TOP OF PARAPET. 6" CONC. BLOCK WALL WITH
CAST CONCRETE WINDOW SILL WITH 1/4 DRIP GROOVE ON THE UNDERSIDE
G&S RENDER TO FORM SPF INSULATION TO FORM SCREEDPARAPET. TO DRAIN AND COPING TO PAPRAPET.
SPF INSULATION TO FORM SCREED TO DRAIN AND COPING TO PARAPET .
ROOF BASIN AS J.R. SMITH 1620 5 CM. Ø INSULATION THREAD 5 CM. SPF TO FORM DEEP BODY WITHTO LOW DOME SCREED DRAIN AND INTERCEPTOR COPING TO PAPRAPET.
METAL FLASHING
FINISHED FLOOR LEVEL +2'6" (760mm) GROUND LEVEL FINISHED 0'0"FLOOR (0mm) LEVEL +2'6" (760mm)
ALL AND
4" x 8" MAIN BEAM
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
][3026 9'-11" ][5945 19'-6"
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
5.
w.i.
1'-8" [519]
][2919 9'-7"
][5945 19'-6"
CANOPY 1. SEE SHEET A-400 FOR DETAIL
A CONTRAC
sheet
METAL FLASHING
6” x 6” RHS COLUMN
ALL BY
TO THE ARCHITECT.
][1093 3'-7"
,
W
DO NOT SCALE
4
ROOF BASIN AS J.R. SMITH 1620 5 CM. Ø THREAD 5 CM. DEEP BODY WITH LOW DOME INTERCEPTOR
.o
9'-7" [2919]
6” x 6” RHS COLUMN
3.
.
1'-8" [519]
TOP OF WALL +22'0" (6705mm)
TOP OF CLERESTORY WINDOW +23'8" (7224mm) TOP OF WALL +22'0" (6705mm) TOP OF CLERESTORY WINDOW +23'8" (7224mm) TOP OF WALL +22'0" (6705mm)
ARE T
THIS DRAWING CO AND CORNERSTONE.DE BE WITHOUT CONSENT OF COR LTD.
.
3.00°
3” x 3” RHS SCREEN FRAME WITH 2” x 1” TIMBER LOUVRES
ARCHITECT THE
2.
w.i.
7'-0" ][2134
3” x 3” RHS SCREEN FRAME WITH 2” x 1” TIMBER LOUVRES
W
W
general notes 1.
.
3.00°
6'-6" ][1981
B
,
6'-6" ][1981
A
01
][2919 9'-7"
03
.
03
.o
2'-6" [760]
5.
6" C .C BLOCK WALL
GROUND LEVEL 0'0" (0mm)
9'-11" [3026]
CONTR
TO ARCHITECT.
6" C .C BLOCK WALL
9
D
ALL BY
METAL FLASHING
GROUND LEVEL FINISHED 0'0"FLOOR (0mm) LEVEL +2'6" (760mm)
-0" 524
DO NOT SCALE TO PRIOR TO INS
4
4” x 4” RHS POST
1" x 12" WPP TIMBER CAST CONCRETE FASCIA WINDOW SILL WITH 1/4 DRIP GROOVE ON THE UNDERSIDE
FINISHED FLOOR LEVEL +2'6" (760mm)
G
3.
9'-5" [2858]
9'-7" [2919]
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
sheet
4” x 6” BOX GUTTER WITH CHAIN SPOUT
METAL FLASHING
2” x 10” TIMBER RAFTERS SPACED @ 2’ O/C
ARE BE CORNERSTON CONTRACTOR. BE ARE T WITHOUT TO CONSENT THE ATTENTIO OF C ARCHITECT. LTD.
INDUSTRIAL PROFILE ROOF sheet ATOP 2” x 4” RHS FRAME
INDUSTRIAL PROFILE ROOF SHEETING ATOP 4" x 8" MAIN 2” x 10” TIMBER RAFTERS BEAM
TOP OF WALL +22'0" (6705mm)
9
][1093 3'-7"
4" x 8" MAIN BEAM
4” x 6” RHS BEAM WELDED TO 4” X 4” RHS POSTS
BE OF THE P
THIS DRAWING CONTAINS AND IS P CORNERSTONE.DESIGN LTD BE WITHOUT 1. AR CONSENT OF ARCHITECT CORNERSTON LTD. THE
6” WALL
][1093 3'-7"
ARE THE
2.
2'-0" [610]
2'-0" [610]
65
revision 6" C .C BLOCK WALL
date
DEC
sheet number revision
GROUND LEVEL 0'0" (0mm)
date
Roof Detail
sheet num
66
Cornerstone.design Ltd | 2017
Project Under Construction |2018
][1090 3'-7"
F
E
D
C
B
A
F
E
D
A-302
A-302
A-301
][3809 12'-6"
][5031 16'-6"
][2135 7'-0"
W 30
W 25
W 24
][1370 4'-6"
G
][2151 7'-1"
Industrial profile roof on 2" x 10" timber rafters @ 2" O/C
][1008 3'-4"
+25'4" (7714mm) TOP OF CLERESTORY WINDOW Plycem siding affixed to masonry wall. Finish TBD by Architect.
][825 2'-8"
+22'0" (6705mm) TOP OF WALL Plycem siding affixed to masonry wall. Finish TBD by Architect.
][1016 3'-4"
][3036 10'-0"
][2919 9'-7"
W 19
Back patio roof. See sheet A-504 for detail.
Timber screen TBD by Architect.
+12'5" (3786mm) FINISHED FIRST FLOOR LEVEL
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
][4026 13'-3"
][4104 13'-6"
][2365 7'-9"
][2151 7'-1"
W 7 D 9
D 10
W 9
D 16
D 17
Eastern Elevation
][760 2'-6"
][152 6"
][1373 4'-6"
][711 2'-4"
1" x 3" WPP secured to 4" x 4" WPP posts on 6" x 6" concrete plinth
][3026 9'-11"
W 18
4
+2'6" (760mm) FINISHED FLOOR LEVEL 0'0" (0mm) GROUND LEVEL
EAST ELEVATION SCALE 1:50
Maryland Residence
F
E
D
C
B
A
F
E
D
A-302
A-302
A-301
][1090 3'-7"
][3809 12'-6"
][5031 16'-6"
][2135 7'-0"
W 30
W 25
W 24
G
][2151 7'-1"
][1370 4'-6"
Industrial profile roof on 2" x 10" timber rafters @ 2" O/C
][1008 3'-4"
+25'4" (7714mm) TOP OF CLERESTORY WINDOW Plycem siding affixed to masonry wall. Finish TBD by Architect.
][825 2'-8"
+22'0" (6705mm) TOP OF WALL Plycem siding affixed to masonry wall. Finish TBD by Architect.
][1016 3'-4"
][3036 10'-0"
W 19
][2919 9'-7"
W 18
Back patio roof. See sheet A-504 for detail.
Timber screen TBD by Architect.
+12'5" (3786mm) FINISHED FIRST FLOOR LEVEL
][4026 13'-3"
][4104 13'-6"
][2365 7'-9"
W 7 ][2151 7'-1"
][711 2'-4"
1" x 3" WPP secured to 4" x 4" WPP posts on 6" x 6" concrete plinth
W 9
D 10
D 16
D 17
][760 2'-6"
][152 6"
][1373 4'-6"
Completed Building | 2019
D 9
][3026 9'-11"
SAND AND CEMENT RENDER PRIMED AND PAINTED TO ARCHITECT'S SPECS.
4
G
E
F
[2151] 7'-1"
D
C
B
D
E
F
A-301
A-302
A-302
[1370] 4'-6"
[2135] 7'-0"
[5031] 16'-6"
[3809] 12'-6"
+2'6" (760mm) FINISHED FLOOR LEVEL 0'0" (0mm) GROUND LEVEL
EAST ELEVATION SCALE 1:50
A
[1090] 3'-7"
Industrial profile roof on 2" x 10" timber rafters @ 2" O/C
6" x 8" box gutter with 4" dia. down spout.
][519 1'-8"
TOP OF CLERESTORY WINDOW +23'8" (7224mm) TOP OF WALL +22'0" (6705mm)
W 24
W 25
W 30
Canopy 1- see sheet A-400 for detail.
W
][5950 19'-6"
GROUND LEVEL 0'0" (0mm)
Western Elevation
W
][1626 5'-4"
D 5
][1422 4'-8"
][3876 12'-9" ][3026 9'-11" ][760 2'-6"
D 4
FINISHED FLOOR LEVEL +2'6" (760mm)
][6301 20'-8"
FINISHED FIRST FLOOR LEVEL +12'5" (3786mm)
Sand and cement render primed and painted to Architect's specs.
][1447 4'-9"
W 14
][1553 5'-1"
][2919 9'-7"
Sand and cement render primed and painted to Architect's specs.
Proposed 4' retaining wall. See engin. drawings for detail.
Plycem siding affixed to masonry wall. Finish TBD by Architect. ][914 3'-0"
RHS screen frame with timber louvres.
CUT STONE WALL
3
WEST ELEVATION SCALE 1:50
67
68
Cornerstone.design Ltd | 2017
Northern Perspective
Maryland Residence
69
THANK YOU
Suzanne Lawrence | MA Architecture