ARCHITECTURE PORTFOLIO UNDER CONSTRUCTION by Andres Machado

ANDRES MACHADO

ARCHITECTURE PORTFOLIO UNDER CONSTRUCTION

TABLE OF CONTENTS

Curriculum Vitae

[pg. 3]

Qualifications

Education & Work Experience

[pg. 4]

[pg. 5]

Academic Projects

2.1 Recreational

Interpretive Center: Toronto Waterfront

[pg. 7]

2.2 Residential

Microhome: Encanto On The Beach

[pg. 13]

2.3 Residential

Single Damily Detached Home: The Cherries

[pg. 19]

2.4 Warehouse Warehouse: The Box

[pg. 25]

2.5 Adobe Project

Picture Illustration: Dream Home

[pg. 31]

2.6 Adobe Project Building Illustration

[pg. 33]

2.7 Case Study

Magney House - Glenn Murcutt’s house

[pg. 35]

2.8 Bathroom

Barrier-Free Bathroom

[pg. 37]

2.9 Section Detail

Mock-up & Illustration: Curtain Wall Section Detail

[pg. 39]

[pg. 41]

Hobby

3.1 Photography

Sausalito, CA, United States

[pg. 43] pg. 2

CURRICULUM VITAE

ANDRES MACHADO

(647) 569 3407 21 Scollard St,Toronto, ON amachadoriveros@gmail.com www.linkedin.com/in/andresmachadoriveros

I am excited to take on a position where I can use my recent education in architecture, combined with my degree in civil engineering. I have extensive experience in many fields of construction project coordination, focused on timely project completion, cost-effective budgeting, cost control and high-level supervision. I am a detail-oriented, independent multitasker as well as a strong team player. I am graduating as one of the top students in the Architecture Technician program at George Brown College. I am eager to start my professional career in Canada. I look forward to improving my skills, learning, meeting people in the field with the same interests, and bringing value to an organization. I am excited to find the right mentorship and to be part of a team. One of my greatest passions is learning new applications and working with 3D software, technology, and how the world moves in the construction industry. I plan to do further part-time studies in 3D modelling and BIM software.

TECHNICAL SKILLS

EDUCATION

Revit

April 2021 Architectural Technician (Tech. Arch) Toronto, ON George Brown College Centre for Construction, Engineering and Technology Dean’s Honour List for all two (2) years.

AutoCAD Ontario Building Code Adobe Creative Microsoft Office Microsoft Project

Civil Engineering (B.Eng) Universidad Distrital Francisco Jose de Caldas

Bogota, Colombia

Civil Construction Technology (Tech.Cons) Universidad Distrital Francisco Jose de Caldas

Bogota, Colombia

August 2015

November 2010

OTHERS

Sketch-Up

Revit for Architecture (Certificate) George Brown College

SOFT SKILLS

PROFESSIONAL EXPERIENCE

• • • • •

Octuber 2012 - September 2018 HMV Engineering Bogota, Colombia Professional III Provided technical, financial and administrative advice and audits of multiple corporate construction and infrastructure projects, including: technical support to other professionals and specialists; construction labourer supervision; monthly, weekly progress reports and technical reports; financial supervision and construction controls of sub-contracts; identification of cost-saving strategies; labours scheduling and timesheets control; and supervising field activities and quality control.

•

Project management Administrative support Team management Planning & coordination Construction administration Quality assurance controls

May 2020 Toronto, ON

July 2010 - September 2011 CEMEX Bogota, Colombia Housing Project Coordinator Responsible for projects supporting low-income families in Bogota, Colombia, through the CEMEX forward-thinking housing program (Patrimonio Hoy), mainly advising about affordable building materials and providing technical, administrative, financial consultation and scheduling. Also, counsel, commercialize and dispatch cement products and derivatives.

LANGUAGES

CANADIAN EXPERIENCE

• •

Octuber 2018 - November 2019 Pimentón Toronto, Canada General Crew Member Involved in a multi-task position for a food service company, including opening and closing the business, serving customers, processing payments and all general associated activities.

English Spanish

pg. 4

ACADEMIC PROJECTS

Toronto Waterfront

Interpretive Center N

Winter 2021 Second Year Architecture Technician

The Toronto Waterfront Interpretive Centre is located on the west side of Tommy Thompson Park. The building area is about 1.500 square meters. Although the project is not large, it is an important landmark project in Toronto. Waterfront Toronto’s vision is to reorient the city near the lake and provide new ways for people to re-engage with the natural environment. The construction site of the centre covers an area of approximately 250 hectares. The continuous wetland and the lake make this site’s footprint appear infinite. The original intention of the design is to create a low-key building that grows out of the ground while facing the beautiful scenery. As a work of landscape architecture, part of the curved green roof rises from the ground, naturally bringing in the environment of the land and incorporating the building into the entirety of the landscape. The building envelope is designed with curtain walls. It allows the interior viewer to appreciate the wetland, downtown Toronto and the lake. Tourists and Torontonians alike can enjoy the natural beauty at any time. A series of ramps, stairs, and passages are carefully arranged to organize traffic connections and guide visitors to explore the rooftop - where they can overlook from a high vantage point. The façade is proposed to have Accoya wood cladding, connecting the trees and the bird population of the location.

Tommy Thompson Park, Toronto, ON.

Exterior rendering pg. 7

The Interpretive Centre will be a site of escape and reprieve from the busy city, offering a place of connection to nature and providing year-round activities.

8 A-1.2

TERRACE

Universal Washroom Barrier Free Room 1

Room Staff 1

7 A-1.2

15 Bathrooms Male 13 m² 136.2 SF

Room 2

Bathrooms Famale

Room 6

Room 3

Room 5

Room 4

Second floor 8 A-1.2

Second Floor Plan 1 : 250

19-04-2021 22:35:09

EXHIBITION AREA

FACILITIES ROOM

GENERAL TOILETS

MULTIMEDIA CLASSROOMS

CAFETERIA 7 A-1.2

ACCESS AREA

GENERAL WAREHOUSE

ADMINISTRATIVE OFFICE 0 1 2

10m

8 A-1.2

First floor pg. 8

Ground Floor Plan 1 : 250

North Elevation

1 : 250

South Elevation

1 : 250

Interior rendering - Exhibition area

7 A-1.2

West Elevation

1 : 250

Section 01

Section 2 1 : 250

8 A-1.2

T o e icC n t 2 p yrig 7 0 t h

Section 02 pg. 9

Section 1 1 : 250

4.50 4.50

4.00

4.50

North Elevation 4.00

1 : 250

North Elevation

1 : 250 North elevation

North Elevation 1 : 250

South Elevation

1 : 250South elevation

South Elevation

1 : 250

South Elevation 1 : 250

West elevation

West Elevation

1 : 250

West Elevation

1 : 250

West Elevation 1 : 250

8 A-1.2

East elevation

0 1 2

10m

A-1.2

East Elevation 1 : 250

T e co iC n tp y2 7 0 t h rig

pg. 10

Materials The selection of interior and exterior materials is oriented to mitigate impacts on the surrounding area. Reclaimed materials were prioritized in the consideration process. First, the triple-glazed curtain wall (allowing for efficient energy consumption and providing natural light) is the material selected for the exterior walls, and Accoya wood is considered for the exterior facades to protect the building from direct sun exposure. The exterior floors may be reclaimed tiles, which are easy to maintain. The green roof is an element of distinction and unites the building with its surroundings. Finally, for interior material - the proposed floors are reclaimed woods and bamboo. Additionally, the wall paint is specified with eco-friendly products, free of volatile organic compounds. The building aims to minimize the use of materials that are unfriendly to the environment (such as concrete), instead favouring wood and metal for structural elements.

pg. 11

Wood acetylated (Accoya): Modified sustainability wood

Triple Glazed Curtain Wall

Extensive Green Roofing Reclaimed Tiles Reclaimed Wood Flooring

pg. 12

Encanto On The Beach Microhome

Autumn 2020

Second Year Architecture Technician

The micro-home Encanto is located in the world’s longest freshwater beach, Wasaga Beach, ON. The house is planned to accommodate and supply the necessities of a young professional couple. The floor area is 35 sq.m. The main objective of the design of the micro-home Encanto, is to consider environmental responsibility, space efficiency, energy efficiency, and of course, cost

3D Exterior view

1042 Shore Ln, Wasaga Beach, ON. pg. 13

3D Exterior view

pg. 14

3D interior view

Exterior materials • Exterior sheathing made of wood retrieved from its original application to reduce carbon footprint. • Triple panel curtain wall to reduce air leakage. • Roof wood cedar shakes, one of the most carbon-neutral roofing pg. pg.15 9

A. B. C. D. E. F. F.

Studio Living room Kitchen Bathroom Bedroom Balcony Cellar

First floor

Second floor

Basement floor

G. E.

-1

pg. 16

Transverse section

North elevation

pg. 17

South elevation

Longitudinal section

-1

East elevation

-0.5

West elevation

pg. 18

25 9. 11

10.67 m

37 9. 11

LOT E N o 2

The Cherries Detached Home Spring 2020

Second Year Architecture Technician

9. 11 93 9.

The proposed design meets the zoning requirements and the home builder’s requirements, demonstrates proper planning of interior spatial planning and circulation, and shows the proper application of fixtures, furnishings, and staircases.

0. 12

78 9. 11

9. 11

P R O P O S ED R E S I D EN C I A L D WE L L I N G UNIT

48 9.

0 .4 5 m

P O RC H

W A L K WA Y H O N E Y L O CU S T

25 9. 11 15 9. 11 9. 11 9. 11

G R A S S B U L EV A R D

CO N C R E T S I D E W A L K

D R I V E WA Y

Site plan

17 9. 11

G EO R G E B R W O N A V EN U E

pg. 19

Residential design house for a single-family detached home on redevelopment parcel of land. The existing parcel of land had an original 1920’s detached home, which has been demolished and disposed of by the home builder. The lots have been brought to natural grade levels.

The drawings demonstrate the application of wood frame theories, constructability techniques, and building code applications as per Part 9 of the OBC.

37.36 m

G A RAG E

Longitudinal section

pg. 19

DN 31 38x286 SPF 2 @ 610 O/C

4-38x184 SPF 2

P OW DE R RO OM 1 .21 m X 3 .34 m 4

B E D RO O M 1 2 .57 m X 3 .34 m

4-38x235 SPF 2

L1+L5

4 26

PL L1+L5

L3+L6

L1+L5

38x286 SPF 2 @ 610 O/C

38x235 SPF 2 @ 610 O/C

L2+L6

34 38x286 SPF 2 @ 610 O/C

5-38x286 SPF 2

38x235 SPF 2 @ 610 O/C

31 3

L1+L5

First floor plan

pg. 21

B AT H R O OM 1 .61 m X 3 .34 m

L I V IN G R O O M 3 .33 m X 6 .23 m

4-38x286 SPF 2

L1+L5

3-38x184 SPF 2

3 35

L1+L5

4-38x235 SPF 2

38x286 SPF 2 @ 610 O/C

5-38x286 SPF 2

E N SU IT 1 .38 m X 7 .25 m

4 - 38 x 235 SP#2 4

L3+L6

3-38x184 SPF 2

B R E A K F AS T A R E A 2 .56 m X 2 .76 m

D IN I N G R O O M 3 .09 m X 7 .16 m

CMD

38x286 SPF 2 @ 610 O/C

5-38x286 SPF 2

38x286 SPF 2 @ 406 O/C

KIT C H E N 3 .33 m X 3 .79 m

BA LC ON Y

Ref.

5-38x286 SPF 2

3 4-38x286 SPF 2

L2+L6

38x286 SPF 2 @ 610 O/C

L4+L7

Second fl

-1

L1+L5

R OOF T OP

M A ST E R B E DR O OM 3 .14 m X 4 .71 m 5-38x235 SPF 2 3

2 27

W/D

L A U N D RY 1 m X 1 .98 m

CMD

22 2

3-38x184 SPF 2

B AT H R O OM 2 m X 2 .43 m

floor plan

38x89 SPF 2 @ 610 O/C 1

38x89 SPF 2 @ 610 O/C

L1+L5

38x184 SPF 2 @ 406 O/C

B E D RO O M 2 2 .32 m X 2 .57 m L1+L5

ST U D IO 1 .66 m X 4 .05 m

L1+L5

3-38x184 SPF 2

3-38x84 SPF 2

38x235 SPF 2 @ 610 O/C

38x184 SPF 2 @ 406 O/C

L1+L5

38x184 SPF 2 @ 406 O/C

38x235 SPF 2 @ 406 O/C

38x235 SPF 2 @ 610 O/C

L3+L6

-0.5

Third floor plan

pg. 22

T O P O F RO O F

P R O P O S ED A S P H A L T S H I N G L ES ( T Y P )

T OP OF DOOR 1.83 m

750 X1800

P R O P O S ED A L U M . G U T T ER R W L . F A S C I A B O A R D & V EN T ED S O F F I T ( T Y P )

3.47 m

P R O P O S ED S I D I N G F I NI S H ( T Y P )

P R O P O S ED A S P H A L T S H I N G L ES ( T Y P )

F.G.

U / S OF S OFFI T

F.G.

P R O P O S ED A L U M . G U T T ER R W L . F A S C I A B O A R D & V EN T ED S O F F I T ( T Y P ) 0.32 m

F.G.

T OP OF WI NDOW/DOOR 2.11 m

1500 X 2100

P R O P O S ED S T O N E F I N I S H ( T Y P )

2000 X 1500

U / S OF S OFFI T 0.32 m

0.34 m

FI N. S ECOND FL OOR

0.32 m

P R O P O S ED S M O O T H P R EC A S T S I L L ( T Y P )

2.8 m

T O P O F WI N D O W 2.1 m

P R O P O S ED B R I C K F I NI S H ( T Y P )

2000 X 1350

0.42 m

0.69 m

FI N. LOFT FL OOR 0.42 m

FI N. GRA DE

2.8 m

610 X 400

0.9 m

FI N. GROUND FL OOR

CONCR ET E FUNDA T ION AND FOOT ING (T YP )

T O P O F B A S EM EN T S L A B

Front Elevations

pg. 23

-1 -0.5 0

2.85 m

8.5 m

P R O P O S ED A S P H A L T S H I N G L E S (T YP ) P R O P O S ED A L U M . G U T T ER RW L. FAS C I A B O ARD & V EN T ED S O F F I T ( T Y P ) P R O P O S ED A S P H A L T S H I N G LE S ( T YP ) P R O P O S ED S I D I NG F I NI S H ( T Y P )

U / S OF S OFFI T 2.31 m

P R O P O S ED A L U M . G U T T ER RW L. FAS C I A B O ARD & V EN T ED S O F F I T (T Y P )

3.47 m

T O P O F RO O F

610 X 1350

610 X 1500

2000 X 1500

610 X 1500

P R O P O S ED S T O NE F I NI S H ( T Y P )

900 X 2100

P R O P O S ED S M O O T H P R E CA S T S I L L ( T Y P )

2.8 m

2.1 m

U / S OF S OFFI T

F.G.

0.34 m

FI N. S ECOND FL OOR

T OP OF WI NDOW/DOOR

F.G.

P R O P O S ED A S P H A L T S H I N G L E S (T YP ) P R O P O S ED A L U M . G U T T ER RW L. FAS C I A B O ARD & V EN T ED S O F F I T ( T Y P )

T O P O F WI N D O W

2.11 m

P R O P O S ED B R I C K F I NI S H ( T Y P )

610 X 1350

U / S OF S OFFI T

0.69 m

FI N. LOFT FL OOR

F.G. 610 X 400

FI N. GRA DE

2.8 m

F.G. 610 X 400

0.9 m

FI N. GROUND FL OOR

C O NC R ET E F U ND A T I O N & F O O T I NG ( T Y P )

T O P O F B A S EM EN T S L A B

Side Elevations

pg. 24

The Box Warehouse Winter 2021 Second Year Architecture Technician

Industrial design warehouse-type building with a front office area. The building has three types of curtain wall systems used on the exterior:

• Precast Concrete Panels. • Glazed Curtain Wall. • Insulated Metal Siding. The proposed design meets the zoning requirements and the builder’s requirements, demonstrates proper planning of interior spatial planning and circulation, and demonstrates the proper application of fixtures, furnishings, and staircases. The drawings demonstrate the application of structural steel frame theories, deep foundations systems, constructability techniques, and building code applications.

pg. 25

EXISTING PROPERTY LINE

EXISTING PROPERTY LINE 12.70

11.15

14.20

N 73° 09' 00" E 112.18 m

SIDEWALK

13.72

2.603.903.90

1.50

6.00

25.00

NORTH STREET

1.316.00 4.69 FRONT OFFICE AREA

70.10

N 16° 51' 00" W 98.50 m

PROPOSED EM2 BUILDING TOTAL AREA = 5669 m2

6.00 6.001.31 13.31

86.87

12.00 SIDEWALK

27.24

WAREHOUSE OFFICE AREA

14.20

3.90

S 73° 09' 00" W 112.18 m EXISTING PROPERTY LINE

6.00

30.82

SIDEWALK

24.87

6.701.50

24.40

S 16° 51' 00" E EXISTING PROPERTY LINE 98.50 m

SIDEWALK

pg. 26

3.25

6.00

3.24

3.14

B Bx

MEETING ROOM OFFICE 1.1OFFICE 1.2 OFFICE 1.3

5.22

14.31 m²

6.19 m²

6.04 m²

6.02 m² LOBBY

WORKSTATION 1.1

11.71 m²

21.15 m²

14.22 m²

8.56 m²

3.83

OFFICE 1.7 8.46 m²

OFFICE 1.6

M. WASHROOM

6.26 m² SERVER ROOM

16.13 m²

5.68 m²

WORKSTATION 1.1 F. WASHROOM

OFFICE 1.4OFFICE 1.5

5.49 m²

OFFICE 1.1 COPIER ROOM 9.72 m² 3.76 m²

KITCHENETTE 13.88 m²

3.60 m²

First Floor Plan Offices - Callout

3.25

6.00

OFFICE 2.7

6.00

3.05 3.14

15.48 m² 29.57 m²

OFFICE 2.5

OFFICE 2.1 OFFICE 2.3 OFFICE 2.2

14.75 m²

14.79 m²

OFFICE 2.4

14.13 m²

20.39 m²

9.12 m² DN

F. WASHROOM KITCHENETTE

C 3.83

9.50 m² M. WASHROOM

14.28 m²

URINALS

9.38 m²

Second Floor Plan Offices - Callout pg. 27

OFFICE 2.6

16.00 m²

5.22

3.24

BOARDROOM

B Bx

TRAINING ROOM 38.85 m²

-1

F FORKLIFT AREA 40.79 m² MAINTENANCE / REPAIR SHOP

8.37

106.46 m²

OFFICE 3.1

FIRST AID ROOM

8.90 m²

8.37

22.21 m²

M. CHANGE ROOM

M. WASHROOM

11.18 m²

2.41

F. WASHROOM

18.09 m²

D5 D5

F. CHANGE ROOM 19.96 m²

12.36 m²

OFFICE 3.2

5.95

15.19 m² KITCHEN

D2 D5

51.28 m²

11.14

First Floor Plan Ware House Offices - Callout pg. 28

ROOF MEMBRANE 80 MM RIGID INSULATION WATERPROOFING LAYER 50 MM METAL DECK ROOFING

PARAPET

7.72 TOP STEEL 7.32

UB305x165x40

3 B-3

SECOND FLOOR PLAN 4.48 203x203x86UC 203 MM GLAZED CURTAIN WALL PREFINISHED ALUMINIUM FRAME: 6.3 MM TEMPERED MIRROR REFLECTIVE GLASS BROZE ALUMINIUM FRAME 102 MM THERMAL INSULATION ON BACKUP PANEL

2 B-3

203x203mm WIDE FLANGE STEEL COLUMN

GROUND SLAB 0.00

228 mm (9") CONCRETE SLAB 356 mm (14") TRENCH WALL

254mm (10") CONC. WALL

1.52 m diam. CAISSON

-0.5

FOUNDATION PLAN

Curtain Wall Section pg. 29

-4.72

0.5

METAL FLASHING

WOOD BLOCKING

WOOD OR FIBER CANT.

PARAPET 7.72

0.14

0.41

ROOF MEMBRANE 80 MM RIGID INSULATION WATERPROOFING LAYER 50 MM METAL DECK ROOFING

TOP STEEL 7.32

0.23

0.22

203 MM GLAZED CURTAIN WALL PREFINISHED ALUMINIUM FRAME: 6.3 MM TEMPERED MIRROR REFLECTIVE GLASS BROZE ALUMINIUM FRAME 102 MM THERMAL INSULATION ON BACKUP PANEL

203x203x86UC

Parapet Detail Wall Section

228 mm (9") CONCRETE SLAB

203 MM GLAZED CURTAIN WALL PREFINISHED ALUMINIUM FRAME: 6.3 MM TEMPERED MIRROR REFLECTIVE GLASS BROZE ALUMINIUM FRAME 102 MM THERMAL INSULATION ON BACKUP PANEL

SEALANT

GROUND SLAB 0.00

0.23

SEALANT

203x203mm WIDE FLANGE STEEL COLUMN

EXTERIOR GRADE

254mm (10") CONC. WALL 356 mm (14") TRENCH WALL

1.52 m diam. CAISSON

-0.1

0.1

0.2

0.3

0.4

0.5

Foundation Detail Wall Section pg. 30

pg. 31

Dream Home Adobe Project Winter 2020 First Year Architecture Technician

Illustration of elevation drawing using Adobe Photoshop.

pg. 32

Blue House Adobe Project

NORTH ELEVATION North elevation SCALE - 1:100

DECK

BEDROOM KITCHEN STUDY

DINING

LIVING MASTER BEDROOM

ENTRY W.I.C. BATH ENSUITE GARAGE

First floor GROUND FLOOR PLAN SCALE - 1:100 pg. 33

DECK

LAUNDRY

Winter 2020 First Year Architecture Technician

Illustration of elevation and floor plan drawing using Adobe Photoshop and Adobe Illustrator.

SECTIONA A-A Section

SCALE - 1:100

TER ROOM

W.I.C.

SUITE

West elevation WEST ELEVATION pg. 35

ANDRES MACHADO 101275956 ARCH1050: VISUAL COMMUNICATIONS 1

GLENN MURCUTT

INTERIOR VIEW

3D EXPLODED

LEGEND 1. Master Bedroom

4. Dining Room

7. Bathroom

2. Guest / Family Bedroom

5. Entrance

8. Garage

3. Living Room

6. Kitchen

9. Verandah

FLOOR PLAN pg. 35

WEST VIEW

SECTION

WEST ELEVATION

M A G N E Y H O U S E pg. 36

GHUM 1101 July 2020

Andres Machado 101275956

House #10

1500 mm

900 mm

300 mm

SHOWER

460 mm

1500 mm 900 mm

2617 mm

pg. 37

460 mm

2864 mm

900 mm

0m 150

375 mm

1964 mm

864 mm

1500 mm

Barrier-Free Washroom Winter 2021 Second Year Architecture Technician

Residential washroom barrier-free. The proposed design meets the home builder’s requirements, demonstrates proper planning of interior spatial planning and circulation, and demonstrates the proper application of fixtures. The drawings demonstrate the application design theories, constructability techniques, and building code applications as per Part 3 of the OBC.

OBC, Vol. 1, Div. B, Part 3 Section 3.8. Barrier-Free

OBC, VOL. 1, DIV. B, PART 3 SECTION 3.8. BARRIER-FREE Barrier-free washrooms shall be

designed to accommodate persons with disabilities in conformance with the requirements in articles 3.8.3.8. to 3.8.3.13. BARRIER-FREE WASHROOMS SHALL BE DESIGNED TO ACCOMMODATE PERSONS WITH DISABILITIES IN CONFORMANCE WITH THE REQUIREMENTS IN ARTICLES 3.8.3.8. TO 3.8.3.13.

• • • • • • • •

• •

.•

• • • •

• • • • • • • • • • • • • • • • • •

The door with at least 860mm wide. THE DOOR WITH AT LEAST 860mm WIDE. A pull door to 1000mm 1000mm high. A PULL DOORbetween BETWEEN800mm 800mm TO HIGH A CLEAR TURNING SPACE LEAST 1500mm. A clear turning space ofOF at AT least 1500mm. A CLEAR TRANSFER SPACE AT LEAST 900mm WIDE AND 1500mm DEEP PROVIDED ON A clear transfer least 900mm wide and 1500mm deep provided on one ONE SIDE OF THE space TOILETat AND SHOWER. side of theLINE toilet A CENTER OF and THE shower. TOILET BETWEEN 460mm TO 480mm FROM THE SIDE WALL/ WHERE THE TOILET IS LOCATED A GRAB BAR L-SHAPE CONTINUOUS WITH 750mm A center line of the toilet between 460mm to 480mm from the side wall. LONG EACH COMPONENT. A CENTER OF is THE LAVATORYE LESS THAT continuous 460mm FROMwith THE WALL. Where theLINE toilet located a grabNO bar l-shape 750mm long each THE LAVATORY RIM HIGH NOT MORE THAT 865mm component. THE LAVATORY SHALL HAVE CLEAR BENEATH. A center lineSHALL of theBElavatory noWITH less HIS thatBOTTOM 460mmEDAGE from NO theMORE wall. THAT 1000mm THE MIRROR MOUNTED HIGH.lavatory rim high not more than 865mm. The THE SHOWER SHALL BE NOT LESS THAT 900mm WIDE AND 1500mm DEEP. The shall HAS haveSLIP-RESISTANT clear beneath.FLOOR SURFACE. THE lavatory SHOWER SHAL THE SHOWER SHAL HAS 450mm WIDE AND 400mm DEEP HINGED SEAT. The mounted with his bottom edge HIGH. no more than 1000mm high. THE mirror HINGED shall SEAT be SHALL BE BETWEEN 460mm TO 480mm THE shower HINGED SEAT DESIGNED TO CARRY 1.3kN The shallSHALL be notBEless than 900mm wide andMINIMUM. 1500mm deep. THE HINGED SEAT SHALL BE LOCATED SO THAT THE EDGE IS WITHIN 500mm OF THE The shower shall have a slip-resistant floor surface. SHOWER CONTROLS. WHERE THE SHOWER IS LOCATED A GRAB BAR L-SHAPE The shower shall have a 450mm wide and 400mm CONTINUOUS deep hingedWITH seat.750mm LONG EACH COMPONENT, LOCATED ON THE WALL OPPOSITE THE ENTRANCE TO THE

The hinged seat shall be between 460mm to 480mm high. SHOWER. THE GRAB BAR SHALL NOT OBSTRUCT THE USE OF THE SHOWER CONTROLS. The hinged seat shall be designed to carry 1.3kN minimum.

pg. 38

Curtain Wall Section Detail

Mock-up & Illustration

pg. 39

Winter 2021 Second Year Architecture Technician

Mock-up and illustration curtain wall section at a scale 1:30 through the footing to the top of parapet catching a floor, which will depict the foundation system, above-grade floors, exterior walls and roof.

WOOD BLOCKING METAL FLASHING

WOOD/FIBER CANT.

ROOF MEMBRANE 80 MM RIGID INSULATION WATERPROOFING LAYER 50 MM METAL DECK ROOFING

INSULATION

MULLION

OPEN WEB JOIST (24K8) STEEL BEAM (UB305x165x40)

ANCHOR ASSEMBLY 203 MM GLAZED CURTAIN WALL PREFINISHED ALUMINIUM FRAME: 6.3 MM TEMPERED MIRROR REFLECTIVE GLASS BROZE ALUMINIUM FRAME 102 MM THERMAL INSULATION ON BACKUP PANEL

STEEL COLUMN (203x203x86UC)

ANCHOR ASSEMBLY MULLION

2ND FLOOR STEEL WITH CONC.

INSULATION OPEN WEB JOIST (24K8) STEEL BEAM (UB305x165x40) MULLION

STEEL COLUMN (203x203x86UC)

MULLION

SEALANT 228 mm (9") CONCRETE SLAB

SEALANT 254mm (10") CONC. WALL

STEEL REINFORCING BAR

BASE PLATE & ANCHOR BOLT CRUSHED STONE & SAND

356 mm (14") TRENCH WALL 1.52 m diam. CAISSON

0.2 0.4 0.6 0.8 1.0m

pg. 40

Hobby

Preserved On The Time Photography March 08, 2020 Sausalito, CA, United States

The community’s history dates back to the late 19th century, when fishermen’s wooden shacks in Sausalito were converted to vacation homes by some San Franciscans. Sausalito is known for its wonderful views of San Francisco and the Golden Gate Bridge as well as for its historic Richardson Bay houseboat community

pg. 43

pg. 44