Architecture Portfolio
Giovanna Mendes
M
giovanna.mendesverde@georgebrown.ca
Curriculum
Giovanna Mendes
M
i 647.447.1031 giovanna.mendesverde@georgebrown.ca /in/giovanna-mendes-verde
Computer & Software AutoCAD Revit Microsoft Office Suite Illustrator Photoshop 2020Design Indesign
Passionate Architectural Technologist student, currently in third year at George Brown College. Extraordinary communication and problem solving skills along with high competence on Revit, AutoCAD, and Adobe Softwares. Motivated and prepared to get new opportunities to educate myself along side an Architecture firm. Considerable theoretical and technical knowledge in construction field merged with my artistic background seems natural to me.
Educational Background
Diploma of Architecture Technology Graduation Expected April 2019 George Brown College, Department of Architectural Technology. Languages Faculty of Engineering and Architectural Science Dean’s List for the first semester & four semester | Specialized in the main course Fluent in Spanish and English. (ARCH) with honours during two years consecutives. Basic conversational skills in Portuguese & Italian. Bachelor of Music Graduated May 2014 Conservatorio Emilio Sojo, Department of Theorical Music. Specialized in piano as a main instrument for 6 years. Volunteer Venezuela, Barquisimeto - Lara. Certificate of Dancer Graduated June 2013 Doors Open May 27, 2018 Ballet Famenco Mirabras, Department of Arts. Volunteer at Altius Architects Inc. 12 years of continuous practice and studies. It was a great opportunity for me to spend time Venezuela, Barquisimeto - Lara. at this prestigious company where I met the Architects and I could observe how is the daily Experience work at an Architecture firm. George Brown College (SJC) August 25, 2017 International Student Smart Start 2017 I helped to orientate new international students, explaining everything about the campus. I learned to communicate better and deliver information to different people.
Designer August 2017 - June 2018 Vale’s Kitchen A multitasking job where I have learned skills from taking measurements to monitoring a full kitchen renovation. I was the sub-consultant designer in addition to performing administrative duties of the company.
Peer Coach January 2018 - April 2018 George Brown College Helping students to study and work well with my own experiences through college. My role was getting involved with students in architecture t George Brown College (CLC) April 2017 - May 2017 echnology providing guidance and solutions for their academic concerns. Design Charrette A main floor design for a renovation house. My Design Projects task was to apport functional solutions to any structural change. I worked with a team to find 300 m2 Woodframe custom home from pre design to permit drawings the best way to redesign the space. 6000 m2 Mixed use large building to permit drawings
Travelling Experience Argentina Brazil Canada England French Germany Italy Portugal
Scotland South Africa Spain Switzerland Uruguay U.S.A, Venezuela
70 m2 Functional learning centre focused on sustainability of the cons-
truction process
7000 m Steel frame warehouse with office from pre design to permit 2
drawings
800 m Conceptual interpretative centre located in Tommy Thompson 2
park focusing on design and sustainability
14 stories Mixed use high rise building located at 261 Queens Quay East
Table of Content
Saurus Residence
1 15
Gianni’s Happy House
Charrete House
29
Mixed Used ResidentialCommercial Building Dog's Rescue
41
35
Warehouse
The Toronto Waterfront Interpretation Center
55
23
Kitchen Renovation
47
19
Saurus Residence Project Details: Date: Summer 2018 Type: Third year Architecture Technology Contributor: Lia Mattos, Giovanna Mendes, Renata Shamsutdinova & Ekaterina Timakova. Project Description: The Saurus Residence, located at 261 Queen’s Quay East, near the Waterfront, was designed to become a connection between the dynamic life in the city and the natural environment. The overall orientation of the building provides a visually rich observation of Lake Ontario and Toronto's skyline. The innovative approach and careful proportion of the white metal curved elements on the exterior add sustainable attributes to the neighborhood. These curved elements optimize the performance of the building by creating shadows and preventing building from the overheat. Green gardens and vegetative patios bring nature into the building. The design solution was inspired by the appearance of the stegosaurus, a spice of the dinosaur inhabited Canadian lands. Its back had two rows of curved exposed bones that acted as a thermoregulators and protection from predators.
22 Pag.10
Queens Quay East Next to Sherbourne the Waterfront
3
Park, across from
Biological analysis. Expanded back bones helped to regulate body temperature
Shape study
Immitation of the backbones. Curved panels create shadows and keep building from overheat
Concept Development
N
Stegosaurus was a herbivore. It lived in the Jurassic period and inhabited North America, including Canada
Site Plan
4
N
Main Lobby
Ground Floor Plan
5
N
Party Room
Amenities Floor Plan
6
N
7
Typical Floor Plan
Kitchen for Typical Unit
SOUTH ELEVATION
WEST ELEVATION
8
HVAC
Penthouse
240 sq m 2583 sq ft
Ensuite Powder Room
Open Space Concept
9
Bright Kitchen
Efficient use of space
85 sq m 915 sq ft
View of Lake
Studio
65 sq m 700 sq ft
Privacy
N
Two beds
Units Layout
10
Insulating glass unit Cast in place canopy Cast in place concrete balcony Polystyrene hard foam insulation Double glazed balcony doors Balcony garden Double Glazed curtain wall facade Shear concrete wall Reinforced concrete ground floor slab
Wall Section
11
Energy Efficiency Therm Tech Inc. product - The mechanical system was designed for efficiency and demand operation. In fact, it is responsive to occupant comfort requirements when and where it is needed.
Air Quality Formaldehyde free wood interior walls improves indoor air quality using capital resin corporation products.
Air Quality Ross products - Low Volatile Organic compound paints used to improve indoor air quality.
Energy Reduction Buchanan & Hall products - Hydronic Radiant Heating Floors. These product are more efficient than a forced air system by minimizing energy usage.
Energy Reduction High performance envelope construction reduces energy usage.
Energy Reduction Insulating Glass Units (IGU) products - improves the R-value of the glazing by 5% to 20%. It also retains heat and reduces energy usage needed for heating.
Air Pollution CarbonCure Concrete products - reduces carbon emissions and keeps its natural colour for far longer than traditional buildings materials.
Energy Reduction Use of Roxul Inc. products - between the exterior concrete walls to minimize energy usage.
Building Cross Section
12
13
14
15
Gianni’s Happy House Project Details: Date: Winter 2017 Type: First year Architecture Technology Contributor: Giovanna Mendes and Ron Nguyen. Project Description: This project is the result of an elaborate work with my colleague Ron Nguyen during my second semester at George Brown College. This house is a 3-storey custom house based on wood framing members and different materials for the facade, interior, floor, etc. The focus was on understand the various levels on the site and on designing the room layout to the client’s desire. The project was divided in 3 stages: site analysis-research, design process and presentation. The first stage was understanding and finding more information about the site. This process consisted of a digital map analysis and photographic recording of the area. The second stage involved more critical thinking of personal and functional aspects of the design. Third stage was presentation which was an overall conclusion of the concept. The proposed design was also modeled to scale as well as presented in front of the entire class and Studio Professor.
Pag.16 2
Site Plan
Landscape
N
17
Basement Plan
Ground Floor Plan
Second Floor Plan N
18
West Elevation
South Elevation
19
Latitudinal Cross Section
Longitudinal Cross Section
20
Wall Section 2
21
Massing Model Front West Gable Wall Detail
Massing Model Front East
Garage Beam Detail
22
23 11
Charrette House Project Details: Date: Winter 2017 Type: First year Architecture Technology Contributor: Jessica Bouchard, Chelsea Carcone, Giovanna Mendes, Ron Nguyen, Iphigenia Pheakos, Brandon Shields and Natalie Trojan. Project Description: This is a proposed design for the main floor of a client's house. It was designed by interior designers and architectural technologies following certain requirements per criteria and requirements. The project manager was my professor and he chose a few students from my year to participate in this unique opportunity. It was one of the biggest accomplishment for me because it was an honour to be selected and get the chance to work with dedicated and hard worker fellow students. Through this experience I expanded my knowledge of interior design by considering the client's use and expectations and got the opportunity to work with students from different fields to put together a cohesive and collaborative final presentation.
10 12 Pag.24 2
NEW NOSTALGIA A bright, open concept layout comes to life with a feature staircase & scandinavian inspired finishes. Modern sensiblities are artfully balanced with timeless classics to create a vibrant & adaptable living space.
LIVING ROOM
ENTRY
DINING ROOM
KITCHEN
Section View
3D Floor Plan
25
Floor Plan
26
Interior View of Stairs from Entry
27
Interior View from Living Room
Interior View from Family Room
28
29 25 9
Mixed Use Residential-Commercial Building Project Details: Date: Fall 2017 Type: Second year Architecture Technology Contributor: Grace Kim, Giovanna Mendes, Ron Nguyen,and Jimmy Su. Project Description: This is a 4-storey building which incorporates an underground level for parking and storage, a ground floor level for commercial use and upper floor levels designated for residential. It was primarily a wood framed structure with a combination of different materials for the exterior faรงade and interior spaces. This project was very challenging due to the scope of work that was required within the demanding deadline. The purpose of this project was to challenge us as colleagues, putting in practice our knowledge and our ability to solve certain problems related to this building. I learned how to work under pressure with different points of view and the importance of thinking twice before taking a decision.
10 12 Pag.30 2
PROPOSED COMMERCIAL & RESIDENTIAL BUILDING
Site Statistics: STATISTICS:
Total Proposed Parking: 29 Parking Spaces & 4 Accessible Front Yard Setback: 0 m. Left Yard Setback: 1.7 m. Right Yard Setback: 4.7 m. Rear Yard Setback: 3.1 m.
GROUND FLOOR AREA: 1,580 sq. m. SECOND FLOOR AREA: 2,382 sq. m. THIRD FLOOR AREA: 2,365 sq. m. TOTAL PROPOSED GFA: 6,327 sq.m.
Ground Floor Area: 1,580 sq. m. Second Floor Area: 2,382 sq. m. Third Floor Area: 2,365 sq. m. Total Proposed GFA: 6,327 sq. m. Total Building Height: 10.2 m. TOTAL BUILDING HEIGHT: 10.2m
TOTAL PROPOSED PARKING: 29 PARKING SPACES AND 4 ACCESSIBLE
FRONT YARD SETBACK: 0m LEFT YARD SETBACK: 1.7m RIGHT YARD SETBACK: 4.7m REAR YARD SETBACK: 3.1m
2 A-5.1
2 A-4.3
1
2
3
4
5
6
7
Site Plan
1 A-4.2
8
9
10
11
12
13
15
14
84900 6034
6034
6034
6034
6058
FO1. C2
FO2.
76mm CONC. CURB
4 A-5.3
FO2.
1763
1898 2925
1898 2925
1898 2925
1898 2925
1898
W0.
2925
W0.
2925
1898 2925
1898 2925
1898 2925
1898 2925
1898 2925
1898 2925
2925
1898
2925
1898
2925
2925
2925
1898
76mm CONC. CURB
C2
1375
FO1.
2270
W0.
4267
FO1.
FO1.
FO1.
FO1.
C2
C2
C2
C2
2211
STAIR #2
76
FO2.
FO2.
FO2.
1500 4500
76mm CONC. CURB
2879
FO1.
76mm CONC. CURB
C2
2438
2234 1220
UP 18R
ELEVATOR 3
ELEVATOR LOBBY #2 5877
100
FO2.
11831
FO1.
FO1.
FO1.
FO1.
FO1.
FO1.
FO1.
C2
C2
C2
C2
C2
C2
1 A-4.0
W0.
DRIVEWAY
FO1.
3 A-5.2
C2
C2
C2
W0.
FO1.
4100
203
ELEVATOR 3 MACHINE ROOM
29075
UTILITY ROOM
2210
FO2.
506
FO1.
C2
3 C2 A-5.2
2794
203
2 A-5.1
FO2.
C2 1461
2794
203
C2
2 A-4.1
1900
2781 2285
C2
C2
FO2.
C2
C2
FO1.
FO1. 203
FO1.
C2
FO1.
203mm THICK CONC. SLAB
C2
FO1.
1850
FO1.
C2
C2
3896
1220
W5.
FO1. FO1.
C2
FO1.
DRIVEWAY
3700
2210
ELEVATOR 2
2245
1220
ELEVATOR LOBBY #1
100
FO1.
1865
2812
ELEVATOR 1
2245
C2
FO1.
3150
W5.
FO2.
2210
2348
11871
ELEVATOR 1 & 2 MACHINE ROOM
2815 2812
BICYCLE STORAGE
8446
W5.
C2 W5.
C2
203mm THICK CONC. SLAB
W5.
FO1.
FO1.
2210
C2
W5.
2134
FO1.
C2
FO1.
FO2.
FO2.
1850
FO1.
76mm CONC. CURB
C2
8875
UTILITY / STORAGE ROOM
1800
FO2.
FO2.
FO1.
1898
FO2.
W0.
6000
1409
1898
W0.
1691
1344
1 A-5.0
1898
FO2.
W0.
100
C2
W5.
1898
FO1.
3390 203
C2
2646
STAIR #1
W5.
1357
FO2.
FO1.
E
FO2.
24385
W5.
FO2.
C2
4003
W5.
FO1.
FO1. C2
DOWN FROM STREET LEVEL
1697
4206
FO2.
UP 18R
C2
2445
FO1.
C2
1800
2925
FO1.
1898
W0.
FO2.
FO2.
UTILITY / ELECTRICAL ROOM FO1.
1898
FO2.
2925
3327
6078 2751 700
10280
W5.
5700
1957
C2
4246
W0.
2985
6034
6034
356
FO2.
W0.
W0.
FO2.
UP TO STREET LEVEL
FO2.
FO2.
C2
11628
1 A-5.0
FO2.
W5.
2925
UNEX.
2925
2925
2925
FO2.
FO2.
W0.
FO1.
FO2.
6000
D
C2
10280
UTILITY / MECHANICAL ROOM
203
1898 1900
1898
FO2.
1898
4100 29075
1 A-4.0
Cx
FO1.
2925
203mm THICK CONC. SLAB
1898
W0.
C
1898
4500
Bx
1898
1500
FO1. 2925
FO2.
FO2.
W0.
2925
W5.
2925
FO2.
W0.
2925
2925
3157
2269
2269
2925
W0.
100
B
2925
FO2.
W0.
2269
FO2.
2269
356
356
W0.
4900
2 A-4.1
6034
84188
FO2.
W0.
2925
356
A
6034
6034
4900
6034
6034
6034
203mm THICK CONC. SLAB
FO1.
FO1.
FO1.
FO1.
C2
C2
C2
C2
FO1.
FO2. FO1.
C2
C2
FO1.
FO2.
C2
2985
6034
W0.
356
F
W0.
2796
2796
Ex
W0.
FO2. 6034
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6034
6034
FO2.
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6034
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FO2.
W0.
W0.
6034
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FO2. 6034
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W0.
W0.
6034
FO2. 6034
W0.
W0.
6034
FO2. 6034
W0.
FO2.
6058
84900
2 A-4.3
1 A-4.2
LEGEND:
N
HANDICAP PARKING
CAR
STORAGE LOCKER
NORTH
4 A-5.3
Parking Level Plan
31
2 A-4.3
fgfgfgfgfg
1
2
3
4
5
6
2 A-5.1
2 A-5.1
1 A-6.0
1 A-4.2
7
8
2 A-6.0
9
10
11
12
13
14
15
84900
W3.
W3.
W3.
W3.
W3.
4857
1624 2029 4500
1585
4857
W3.
W3.
W3.
OPEN BREEZEWAY
4100
2547 1483 2501
850
W3.
4857
1500
2966
17943
28675
1983
11966
7497
W3.
CONVENIENCE STORE
2463
W7.
2031
203
203
W7.
UNIT #C9
1 A-4.0
1900
UNIT #C12 OFFICE
6000
5797
5852
3 A-5.2
1491
203 DN 18R
2438
203
W3.
W5.
280
1375
UNIT 110
W7.
203
203
W5.
W3.
3 A-5.2
4267
UP 20R
2234
9093
5639
2753
6068
W3.
ELEVATOR LOBBY #2
W3.
4856
STAIR #2
1220 1350 914 914 504
W7.
W3.
6039
1479
ELEVATOR 3
8607
279
2794
3728
1702
165 165
1586 1572
COFFEE SHOP 11888
OPEN BREEZEWAY
COVERED AREA
2736
UTILITY ROOM203
10326
W3.
4101
W3.
1117
2204
2173
1535
4640
1965
1427 726 892
6783
203
5308
1585
1597
2 A-5.1
1136
2210
2187
W3a.
UNIT #C5
4856
W5.
W5.
W3. W3.
WALK-IN CLINIC
UNIT #C14 HAIR SALON
W3.
W9.
203
5849
W3.
W3a.
W7.
W3.
UNIT #C13
W7.
W9.
1067
2 A-4.1
17924
203
2985
11869
2031
L1 2-38x286
203
3920
11763
2 A-5.1
TRAVEL AGENCY
2145
1442
376 4206
2784
376
W9.
1220
W7.
12880
2139
5247
SHIPPING & RECEIVING
1850
2210
1320
W6a.
UNIT #C3
279
1092
2790
W6a.
10330
W3.
3898
W3.
4937
3853
2245
203
W3. 2139
L1 2-38x286
ELEVATOR 2
1998
3658
4 A-5.3
Ex
2245 1220
10305
279
0
3896
2790
279
DRIVE-IN DOOR
2812
13109
W3. 2139
4900
W3. 18503
1716
2985
YOGA STUDIO
2812 ELEVATOR 1
1189
W3.
12899
W3.
GARBAGE CHUTE
W7.
W3.
W3. 10330
10330
279
W7. 203
1458
293
1189
1220 1016
203
UNIT #C1
W5.
1800
RESIDENTIAL LOBBY
5852
W5.
1 A-5.0
W3.
6620
4116 90 UP 20R
5731
REFUSE/ RECYCLE W5.
2845
DN 18R
2438
4215
STAIR #1
W3.
10885
ARCADE (COVERED SIDEWALK)
W7.
2434
384
1435 1005 1487
4116 10500
3025
E
W6.
W6.
6037
STORAGE
6663
W6a.
2348
W6.
6143
1900 6000
1 A-5.0
2798
W5.
W3.
10885
D
11980
1267
29067
1 A-4.0
Cx
4100
C
COVERED PORTE COCHERE (DRIVEWAY) 3025
4500
4 A-6.2
6034
441
6784
W3.
1260
COVERED TRUCK W3. BAY
8116
DOWN FROM STREET TO PARKING LEVEL
6036
394
384 6592
4900
W6a.
UP FROM PARKING LEVEL TO STREET
W3.
3417
2823
6017
6055
520
W6.
W6.
W6.
W7.
4116
Bx
6036 35696
1500
B
6400
2 A-4.1
6036
3395
W6.
A
6036
6663
ARCADE (COVERED SIDEWALK)
6036
10716
6036
2210
6036 24234
1850
6036
2086
6036
10716
6036 12270
7841
6034
ARCADE (COVERED SIDEWALK)
F 865 1552
2139
3354
2139
1857 457
1553
1372
13458 6036
1372 457
2866
1572
2139
1285
1583
2139
3354
3658 6036
6036
2139
1580
1590 1269
2139
1874
1072
2187
25530
6036
6036
2706
6039
6036
6036
6036
1117
2032
1579
1568 479811 1587
2428
5639
6036
2139
1677
1677
2139
1598
819
12447
6055
6036
6036
6037
6036
6035
6034
84500
4 A-5.3
3 A-6.2
1 A-4.2
1 A-4.2
Ground Floor Plan
2 A-4.3
1
2
3
4
5
2 A-5.1
6
5 A-6.4
7
6 A-6.4
1 A-4.2
8
9
10
11
12
13
14
15
84900
203
5833
203
5833
W2.
3852
813 813
3389
W2. 813 813
12447 6034
W1. 3328
2122 5737
6036
242
W4a.
W1.
W4a.
813 813 1475 813 813
6036
2123 5793 6036
3250 242
BALCONY W4a.
W1. 1972 5793
813 813 1475 813 813 242
6036
BALCONY W4a.
W1. 2123 5793 6036
3100 242
W4a.
W1. 2122 5793
783 843 1475 813 813 242
6036
6036
4186 343
1016 5986 6036
3519
1300 1300 1300 5794 6036
2619
2123
6036
2596
4900 5299
W1. 813 813 736736 813 813
3388
4500
1016 2043 3571
4100 29075
3004
W2. 813 813
280
6000
3874 242 1016
2985
W4. 3377
8134147
10288 6036
8022
BALCONY
10056
W2. 2055
6036
1900
1016
1800
W1.
11754
242
20812
20549
20444
BALCONY
203
W1.
11997 11824
BALCONY W1.
W1. 2055 5743
W4a.
7777
W4.
1500
10685 2438
DN 20R UP 21R
1850
2210
479
BALCONY
1452
BALCONY
8355
8590
W4.
1500
1500
394
W4.
BALCONY
394
989 4900
BALCONY
4900
2640 1272
989 2640 1272
13380 203
8388
W7.
W4.
BALCONY
1 A-4.0
W1.
W7.
UNIT 212
5763
203
W7.
13518
W7.
4933
5833
4882
1290
203
1650
4267
914 1220 1331 914 548
3 A-5.2
1899
1500
5833
W5.
711
203
STAIR #2
1028
394
5833
W7.
203
12458
W7.
W4.
W4.
2234
4636
1264 1498 203
297
W4.
11831
4322 203
BALCONY
989
UNIT 215 11435
UNIT 216
11435
11397
UNIT 217
3 A-5.2
3202
ELEVATOR 3
2 A-4.1
W1.
UNIT 209
914
203
5833
297
UNIT 221 10062
203
W7.
147
W7.
11435
UNIT 218 11435
UNIT 219 11435
UNIT 220
13910
W7.
248 2648
W4.
7169
147
W7.
W7.
350
3870
813 813
W2. 1850
2796
W7.
914 914 496
W2.
203
W7.
CORRIDOR
11011
3377
813 813
203
147
W7.
21824 496 914 914
2885
W2.
5163
W7.
W1. 1850
UNIT 206
2717 147
147
W7.
W7.
W7.
2 A-5.1
9747
7491
W7.
W2.
11471
2245 1220 1143 914
7075
W7.
2640
4920 1850
2210
1800
2210
1320
2513
147
17905
ELEVATOR 2
1798
813 813
W4a.
5919
3151
8302
5902
113
2246
203 1421 1652
2245 1220
496 914 914
W7.
W7.
147
ELEVATOR 1
UNIT 205
4275
7759
147
1016
5108
9747
3670
W7.
16324
6592
W2.
203
203
W7.
GARBAGE
GARBAGE CHUTE
1725 914 336
813 813
203
9706
W2.
3964
1852
W2.
5926
10682 274
W7.
W2.
6034
6036
3964
813 813 1309 813 813
W5.
2812
1399
4 A-5.3 BALCONY
8021 3052
W1.
4787
9808 496 914 914
5250
W7.
W7.
2438
914
W1.
1852
W2.
11888
W5.
6055
2812
3670
6036
4530
UNIT 204
W5.
3904
203
W7.
6036
13861 813 813
W2.
1500
1016
W1.
DN 20R
5730 UP 21R
203
1800
914
W7.
8460
5609
W7.
1 A-5.0
13380
10777 356
1499
443
7688
BALCONY
W4a.
W5. STAIR #1
914
UNIT 222
W1.
914
914 1574
1776 957
8375
1167
W7.
W1.
4127
STORAGE
5852
283
6592
W2.
2298
UNIT 202 W7.
2325
W7.
1874
813 813
2112
UNIT 203 W7.
W1.
5656
813 813
W2.
6036
1272
W2.
W1.
3964 1852
W4.
989
W2.
5852
LAUNDRY ROOM
813 813 1309 813 813
W2.
2640
203
W7.
UNIT 201
203
12659
BALCONY W4a.
203
7890 3000
1900
5833
203
2953
W2.
1703
5165
4100
242
W1.
1004
29075
UNIT 200 W7.
W1.
2592
2985
F
1306 1290
Ex
5732
W2.
6036
10090
813 813
8969
W2.
W7.
8663
E
W2.
W7.
203
4791 12922
1500
1 A-5.0
6000
D
8 A-6.6
242 3874
1 A-4.0
3417
C
Cx
203
W1.
1016
4500
Bx
W2.
10164
W1.
5656
813 813 1309 813 813 1475 813 813 1309 813 813
2515
W2.
BALCONY
2555
B
394
2596 4900
2 A-4.1
813 813
W2.
989
3389
2640
813 813
6036
13380
30558 3852
W4.
A
6036
4992
6036
BALCONY
6036
1287
6036
13380
6036
1272
6036
203
6034
3870 1899
6034
84500
4 A-5.3
7 A-6.6
2 A-4.3
1 A-4.2
N
Third Floor Plan
32
Wall Section 4
33
East Elevation
South Elevation
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
W7.
W3.
W3.
127mmx127mm HSS COLUMN
W7.
W3.
W3.
W7.
W3.
W7.
W7.
127mmx127mm HSS COLUMN
W1.
TOP OF RAILING
F2b.
BALCONY
UNIT 209
127mmx127mm HSS COLUMN
W1.
4.
UNIT 209
127mmx127mm HSS COLUMN
UNIT 209
F2.
BALCONY
W7.
BALCONY
UNIT 206
127mmx127mm HSS COLUMN
UNIT 205
127mmx127mm HSS COLUMN
F2.
UNIT 205
BALCONY
W7.
UNIT 204
UNIT 205
W7.
LAUNDRY ROOM
BALCONY
W7.
F2.
127mmx127mm HSS COLUMN
TOP OF RAILING FIN. SECOND FLOOR
F2b.
2438
127mmx127mm HSS COLUMN
UNIT 110
UNIT 110
BALCONY
F2.
W3.
COVERED ARCADE
UNIT 107
UNIT 107
127mmx127mm HSS COLUMN
F2.
UNIT 106
W7.
127mmx127mm HSS COLUMN
UNIT C13
BUILDING MANAGERS OFFICE
UNIT 107
W7.
127mmx127mm HSS COLUMN
UNIT C13
UNIT C14
UNIT C14
UNIT 104
UNIT 105
F2a.
W3.
W7.
F2a.
W6a.
3000 X 2438
W7.
2896 203
TOP OF THE ELEVATOR SLAB U/S OF THE ELEVATOR SLAB U/S SHAFT FOOTING
127mmx127mm HSS COLUMN
W0. 2
STORAGE UNITS
FO2.
FO1.
F3. STORAGE UNITS
F1.
C2.
F3. STORAGE UNITS
FO1.
C2.
F3. STORAGE UNITS
C2.
F3. STORAGE UNITS
FO1.
C2.
C2. STORAGE UNITS
FO1.
F1.
F3.
C2.
F2a.
UNIT 100
UNIT 100
F2a.
DRIVEWAY
STORAGE UNITS
FO1.
FO1.
F1.
F3.
F2a.
TOP OF RAILING
127mmx127mm HSS COLUMN
W1.
FIN. THIRD FLOOR
BALCONY
F2b.
UNEX.
FO1.
FO1.
127mmx127mm HSS COLUMN
COVERED PORTE COCHERE (DRIVEWAY)
COVERED PORTE COCHERE (DRIVEWAY)
C2.
C2.
F3. STORAGE UNITS
UTILITY ROOM
F1.
FIN. SECOND FLOOR
960
2890
TOP OF WINDOW/DOOR
F2a.
FIN. GROUND FLOOR SLAB GRADE
C2. UTILITY ROOM
406
TOP OF WINDOW/DOOR
4.
UNIT 100
F2a.
RAMP
RAMP
RAMP
TOP OF WINDOW/DOOR
TOP OF RAILING UNIT 102
COVERED TRUCK BAY
STORAGE ROOM
127mmx127mm HSS COLUMN
F2b.
BALCONY
UNIT 200
RAMP
C2.
F3.
FIN. PARKING LEVEL SLAB U/S PARKING LEVEL SLAB U/S FND. FOOTING
UNIT 200
F2.
W7.
LAUNDRY ROOM
UNIT 104
UNIT 201
UNIT 202
FO1.
FO1.
203 2896
FIN. THIRD FLOOR
4.
3353
W4a.
1070 2438
W3.
127mmx127mm HSS COLUMN
3505 10211
127mmx127mm HSS COLUMN
2438
W1.
FIN. GROUND FLOOR SLAB GRADE
1525 203 356
TOP OF THE ELEVATOR SHAFTT TOP OF PARAPET TOP OF THE ROOF SHTG
TOP OF WINDOW/DOOR
203
W8.
1070 2438
R1.
3353
R1.
F3. STORAGE UNITS
FO1.
FO2.
W0. 2
Longitudinal Cross Section 2
34
FIN. PARKING LEVEL SLAB U/S PARKING LEVEL SLAB U/S FND. FOOTING TOP OF THE ELEVATOR SLAB U/S OF THE ELEVATOR SLAB U/S SHAFT FOOTING
356 203 1525
2438 1070
3353 10211 3505
R1.
127mmx127mm HSS COLUMN
127mmx127mm HSS COLUMN
4.
TOP OF WINDOW/DOOR
3353
R1.
TOP OF PARAPET TOP OF THE ROOF SHTG TOP OF WINDOW/DOOR
2438 1070
TOP OF THE ROOF ACCESS
R1.
W8.
TOP OF THE ELEVATOR SHAFTT
203
960 406
2890
TOP OF THE ROOF ACCESS
35
Dog's Rescue Project Details: Date: Fall 2017 Type: Second year Architecture Technology Contributor: Giovanna Mendes. Project Description: The Dog’s Rescue is a visionary 700 square feet, one-story building project located northwest of Tollkeepers’ Cottage in Toronto. The facility has a lodging capacity for 9 dogs. The materials and concepts used allow this building to minimize its energy and water use by using clerestory windows, solar panels, rain water leaders, a trough collector, trombe wall, hydronic radiant floor, operable triple glazed windows and different sustainable materials. The main idea of this building was to incorporate people to nature without compromising the environment. The building design seeks to embrace the unique site conditions and uses its passive opportunities to achieve its goal of net-zero energy and waterwise use.
Pag.36 22 2
Materials Used Insulated Concrete Forms (ICFS) used to avoid direct contact to the soil and also to maintain the heat from the floor. Wood siding walls except south wall (requires little maintenance, it will last 30 to 50 years and it can be recycled). Wood grain concrete pavers (made with recycled crushed aggregate from reuse and recycled construction waste). Rubber finish floor (made of recycled materials and it is ideal for dogs). Rewall @ essentialboard (int. wallboard for abuse and moisture made of 100% recycled beverage cartons, cups and their components). Wood cheps columns (used for gazebo). recycled shingles (made of wood, plastic and rubber used for gazebo). Furniture made of wood certified by the forest stewardship council (FSC).
Gazebo at West Side
REF.
PLAY ROOM 11.52 sq m 5
KITCHENETTE 4.18 sq m
IN VER TER
BATTERY
MECHANICAL ROOM 3.34 sq m
4
2
S C C
BATHROOM 4 sq m
3
WH
1
6
LOBBY ENTRANCE 19.14 sq m
SLEEPING AREA 14.4 sq m
7
DOG'S SALON 3.72 sq m
1 2 3 4 5 6 7 8
LOBBY BATHROOM MECHANICAL ROOM KITCHENETTE PLAYROOM SLEEPING AREA DOG'S SALON STORAGE
1
8
STORAGE 3.20 sq m
N
N
A103
First Floor Plan
37
SUMMER SUN
NATURAL VENTILATION FLOW
WINTER SUN
WARM AIR
INVERSCC TER COLD AIR ON NORTH SIDE OF THE BLDG BATTERY
WATER
WATER'S TANK
COLD AIR
FILTER HEAT
RWL
RWL
Systems Diagram
LATITUDINAL SECTION 1 1 Dependent 1 : 100
www.autodesk.com/revit
PF Tollkeepers' Cottage
Unnamed Project number Date Drawn by Checked by
3D Site Plan
0001 1/16/2018 Author Checker Scale
A105 1 : 100
38
6/27/2018 1:51:08 PM
Clerestory Window
Spring Sun Path
Summer Sun Path Operable Windows
Fall Sun Path
Winter Sun Path Sun Path Analysis
39
Hydronic Radiant Floor
Solar Panels
RWL & Trough Collector
Tromble Wall Front View Facing South Side
40
41
WAREHOUSE Project Details: Date: Winter 2018 Type: Second year Architecture Technology Contributor: Giovanna Mendes & Ron Nyugen. Project Description: The warehouse is a single-storey building with an area of 6,892 m3. The warehouse was design to incorporate office areas within the main structure that served the daily functions of the sales, managerial and costumer service staff. This building used steel as the main material for its framing structure. The challenge of this project was to produced quality results in a compressed period of time. This project was the result of hard and collaborative work between my colleague Ron Nyugen and myself in which I learned the diversity of steel construction and its connections while putting in practice our knowledge in a new software (Revit).
Pag.42 22 28 2
Ground Floor Office Plan
N
A
43
PRECAST CONC. INSULATED SANDWICH WALL PANEL: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL w/ SMOOTH FINISH
ACCESIBLE SPACE FOR INSTALLATION
229
70
102
Ground Floor Warehouse Office Plan
WAREHOUSE
A
B
C
D
E
Ex
F
H
G
I
J
K
Kx
L
M
Mx
N
1
NX
A.5.1
N
144506 10727
3308
W3 W5
1328
W3
DN
1 A.7.0
10727
10727
10727
10727
3865
A.7.0
W3
2 5
6862
10727
3024
7703
1350
1958
W3
2 DN 5
510
5350
62504
2
W3
A.8.0
2 A.8.1
W3
2
2
10200
4
5213
64336
2
21254
W3
W3
5057
10200
10727 24056
W3
2969
6
1802
22878
3129
6434
6437
6x
8926
30382 7515
400
10727
19039
3308
10727 20382
6434
9657
1343
3129
400
W1 4
4
1 A.7.1
W2 2
W1
2 UP
W7
A.8.1
1
W7
W2
W2
W2
W1
1
W1
A.8.0
400
9657
1000
10727
10727
A
10727
39000
1000
19702
10727
10727
1
7 SIDEWALK
W2
31903
110868
10727
UP
W1
W1
W1
W1
50166
3148
W1
W1
490
10000
7142
W7
MAINTENANCE/ REPAIR SHOP
1x
A.5.0
21290
20865
10000
2
SIDEWALK
10200 26195
144032
10200
W2
W7
10200
W7
3058
1 1880
17278
3
1
58324
4
10200
W1
57756
4943 4994
3x
118316
2 A.7.1
W1
2434
58235
A.5.0
5206
1
4
28718
W1
W1
10200
4 5057
10200
25603
5143
5
1735
33638 10727
10727
10727
3865
6862
10727
3024
7703
5213
510
144506 1 A.5.1
Ground Floor Plan ACCESIBLE SPACE FOR INSTALLATION
229
102 184.50m
203mm x 203mm x 97mm N16o54'30"W WIDE FLANGE COLUMN
GRASS AREA
m
=1 R
R= 7.
5m
DRAIN WATER
2m =1 R
RETAINING WALL
144584
267
WELDED STEEL ANCHOR
6000
=9 R =1 R
6000
=1 R
2m
5m
PRECAST CONC. INSULATED SANDWICH WALL PANEL: 75mm CONC. PANEL 50mm RIGID INSULATION 184.50m N16o54'30"W 75mm CONC. PANEL w/ SMOOTH FINISH SIDEWALK
6000
GRASS AREA
SIDEWALK
SIDEWALK
DRIVEWAY AREA
6000
SIDEWALK
SIDEWALK
m
METAL CAP TO PROTECT EXPOSED CORNER
SOUTH STREET
DRIVEWAY AREA SIDEWALK
58312 FIRE /TRUCKING ROUTE
100.73m N73o05'30"E
13 12000
GRASS AREA
70
LOADING AREA
GRASS AREA SIDEWALK
NORTH STREET
ZONING = EM2
BLOCK REFERENCE PLAN 2017-02
m
ACCESIBLE SPACE FOR INSTALLATION
ZONING = EM2
=9
EMBEDDED PLATE
BLOCK REFERENCE PLAN 2017-05
m 7.5 R=
R
13mm FIBERBOARD AND CAULKING
5m
FIRE ROUTE/ TRUCKING ROUTE
SIDEWALK
WELDED STEEL ANCHOR
2m
100.73m N73o05'30"E
=1 R
5m =1 R
WEST STREET
BLOCK REFERENCE PLAN 2017-04 ZONING = EM2
BLOCK REFERENCE PLAN 2017-03 ZONING = EM2
1
N
SITE PLAN
Site Plan
1 : 500
PRECAST CONC. INSULATED SANDWICH WALL PANEL: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL 50mm INSULATED METAL WALL PANEL
250
N
1
=9 R
LOOSE ANGLE WELD TO EMBEDDED PLATE
6000
N
SIDEWALK
70
WAREHOUSE SIDEWALK
PRECAST CONC. INSULATED SANDWICH WALL PANEL: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL w/ SMOOTH FINISH
279
44 METAL CAP TO PROTECT EXPOSED CORNER
EMBEDDED PLATE WELDED STEEL ANCHOR
EMBEDDED PLATE
70
1
ACCESIBLE SPACE FOR INSTALLATION
13
13mm FIBERBOARD AND CAULKING
267
WELDED STEEL ANCHOR
METAL CAP TO PROTECT EXPOSED CORNER
PRECAST CONC. INSULATED SANDWICH WALL PANEL: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL w/ SMOOTH FINISH
East Elevation
North Elevation
6x ALUM. PARAPET ROOF CAP 38mm x 89mm WOOD STUDS 13mm PLYWOOD SHTG.
EMBEDDED ANCHOR SEALANT STEEL EMBEDDED PLATE WELDED STEEL ANCHOR
TOP OF PARAPET
L-ANGLE 229mm x 152mm x 13mm ROOF CONSTRUCTION: 19mm EPDM MEMBRANE RIGID INSULATION METAL ROOF DECK 2% OF SLOPE
105
CANT STRIP SEALANT
305
8989
T/O STRUCT. STEEL ON ROOF 8684
PRECAST CONC. INSULATED SANDWICH WALL PANEL w/ METAL SIDING FINISH: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL 50mm INSULATED METAL WALL PANEL OWSJ SPACED @ 1828mm O/C STRUCTURAL STEEL BEAM L-ANGLE 102mm x 102mm x 13mm WELDED STEEL ANCHOR STEEL EMBEDDED PLATE
203mm x 203mm x 97mm WIDE FLANGE COLUMN
WAREHOUSE
Wall Section Model
45
46
WELDED STEEL ANCHOR EMBEDDED PLATE
ACCESIBLE SPACE FOR INSTALLATION
6
6x ALUM.203mm PARAPET ROOFxCAP x 203mm 97mm WIDE FLANGE COLUMN 38mm x 89mm WOOD STUDS
42
13mm PLYWOOD SHTG.
229
EMBEDDED ANCHOR SEALANT
ACCESIBLE SPACE FOR INSTALLATION
TOP OF PARAPET
LOOSE ANGLE WELDED TO EMBEDDED PLATE
STEEL EMBEDDED PLATE WELDED STEEL ANCHOR
L-ANGLE 229mm x 152mm x 13mm CANT STRIP
PRECAST CONC. INSULATED SANDWICH WALL PANEL: ROOF CONSTRUCTION: 75mm CONC. PANEL 19mm EPDM MEMBRANE 50mm RIGID INSULATION RIGID INSULATION 75mm CONC. PANEL w/ SMOOTH FINISH METAL ROOF DECK
305
SEALANT
105
8989
2% OF SLOPE
WAREHOUSE T/O STRUCT. STEEL ON ROOF 8684
PRECAST CONC. INSULATED SANDWICH WALL PANEL w/ METAL SIDING FINISH: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL 50mm INSULATED METAL WALL PANEL OWSJ SPACED @ 1828mm O/C STRUCTURAL STEEL BEAM L-ANGLE 102mm x 102mm x 13mm WELDED STEEL ANCHOR STEEL EMBEDDED PLATE
203mm x 203mm x 97mm WIDE FLANGE COLUMN
WAREHOUSE
Precast Concrete Panel Parapet Detail
6x
Section Detail #1 203mm x 203mm x 97mm WIDE FLANGE COLUMN
PRECAST CONC. INSULATED SANDWICH WALL PANEL w/METAL SIDING FINISH: 75mm CONC. PANEL 50mm RIGID INSULATION 75mm CONC. PANEL 50mm INSULATED METAL WALL PANEL
250
WAREHOUSE
48 ACCESIBLE SPACE FOR INSTALLATION
EXTERIOR CAULKING
EMBEDDED PLATE
STAINLESS STEEL DRIP FLASHING
WELDED STEEL ANCHOR LOOSE L-ANGLE WELDED
EXTERIOR CAULKING
25mm EXPANSION JOINT
150 GRADE
229mm CONC. SLAB ON GRADE
150
FIN. GROUND FLOOR
229
50mm GALV. ANCHOR BOLT HOOK
0
356mm CONC. TRENCH WALL
Precast Concrete Panel & Foundation Detail
46
47
The Toronto Waterfront Interpretion Center Project Details: Date: Winter 2018 Type: Second year Architecture Technology Contributor: Giovanna Mendes & Ron Nguyen Project Description: The Toronto Waterfront Interpretive Center is a two storeis multiuse building made of steel frame system as its primary structure. This project integrates sustainable components learned in previous semeters. I worked in a team within a simulated architectural office environment to create and present conceptual design documents to applicable regulations and current industry standars. In order to develop this building we examined and applied architectural theory and design principles through analysis and diagramming. It also applied related architectural technology, specifications and document coordination throughout the design and documentation phases. This building was designed based on an exhibition concept with residential spaces for students located at the second floor, including a caffeteria on the same floor. The classrooms are located at the front of the main entrance, right next to the office on the first floor. The exhibitionarea is located at the east side of the building with a tall ceiling allowing more space for creative sculptures. The inspiration for this Center was “Time� because it may be considered infinite, but in today’s world, it may seem like time is running out. The time to finish a project, the time to make a life choice, and the time we have left on this planet. The current generation has a big role on conserving the planet. The effects of climate change are quickly approaching and the amount of time to reverse these effects is limited. The reason behind this building is to add purpose to Tommy Thompson Park including restoring the natural features and bringing a community together, all while preserving the nature. Providing a centre for young children to learn the history and importance of sustainabilty. Getting closer to nature and observing first hand, if we do not take care of the planet, things we are able to see now will no longer be here in the future.
Pag.48 22 2
Ontario Lake
Tommy Thompson Park
Tommy Thompson Park
N
First Floor Framing Plan
Second Floor Framing Plan
N
49
Roof Framing Plan
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First Floor Plan
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Second Floor Plan
50
Cross Section Rooms: 1. Exhibition Area 2. Historical Area 3. Offices 4. Bridge 5. Cafetteria 6. Recreational Area
2 1
Latitudinal Cross Section
2 1
4 3
5 6
Longitudinal Cross Section
View of Exhibition
51
Underside Brigde View
View of Brigde
West Elevation
East Elevation
South Elevation
North Elevation
52
Structural Detail 1. Green Roof 2. Concrete Steel Roof 3. Steel Roof Structure 4. Supporting Steel Structure 5. Bridge Steel Structure 6. Concrete Foundation a. Caisson b. Trench Wall
Wall Section Detail 1. Roof 2. Roof Frame Structure 3. Curtain Wall Glazing 4. Self-Cleaning Concrete Panel Wall 5. Steel Structure 6. Floor Slab 7. Concrete Foundation a. Caisson b. Trench Wall 1
1
3
2
2 3
4 5
4 5 6a 6b
3D Structural Framing
6 7b 7a
Wall Section Detail SOLAR EXPOSURE South facing roof overhang reduces overheating in summer while allowing
Jubilee Church in Rome Inspiration for concrete facade
AIR POLLUTION “Self cleaning concrete” reduces general air pollution and keeps its natural colour for far longer than traditional buildings materials. The process of cleaning occurs when the pollutants strike the surface, reacting with the titanium dioxide through “photocatalysis” method which uses the sun’s energy to break down the pollutants. SOLAR EXPOSURE Building orientated to optimize solar LANDSCAPING Native plants make healthly ecosystem in Tommy Thompson Park. ENERGY REDUCTION High performance envelope construction reduces energy usage. GRASSCRETE Open patterns allowing grass or other water drainage reducing the concrete usage. ENERGY REDUCTION deed, the heat minimizes energy usage.
53 49
Bridge Detail 1. Glass Railing 2. Tempered Glass Floor Insert 3. Teak Wood Floor Finish 4. Architectural Steel Bridge Structure 5. Supporting Steel Structure a. Beam b. Column
Roof Detail 1. Green Roof 2. Concrete and Steel Roof 3. Roof Frame Structure 4. Steel Beam - Carries load of roof structure
1 7b
2
3
4 1
2 4
3 7a
Roof Detail Bridge Detail AIR POLLUTION Green roof improves water quality, conserves energy and longevity of roof NATURAL VENTILATION Operable windows provide increased air circulation and occupant confort, and reduces mechanical cooling. ENERGY REDUCTION Triple glazed curtain retains heat and reduces energy usage for heating. In addition, it is more soundproof and reduces condensation on glass. DAYLIGHTING Clerestory windows provides daylight and different views throughout the building. AIR QUALITY Low VOCs (volatile organic comused for improved indoor air quality. AIR QUALITY Use of formaldehyde free wood interior air quality RESOURCES Artaicâ&#x20AC;&#x2122;s ReSalvage Mosaic Collection will take place around the interior walls in the cafeteria, which explores the concept of reuse through patterns and textures of discarded material created from 100% recycled glass tile.The unique mosaic series, which presents stylized motifs of scrap paper, peeling paint, torn cardboard, dismantled pallets, and reclaimed wood, draws inspiration from the recycled tile material itself.
54 50
All dimension given are sub job site and a conditions.
55 33
Kitchen Renovation Project Details: Date: Fall 2017 Type: Proffesional Contributor: Giovanna Mendes. Project Description: I had the honour to work with Heidy Valero who was my mentor at Vale's Kitchen, designing and managing the processes involved in a custom and residential renovation. I worked hard to learn a new program (2020 Design) in which I created this project. After being involved in many kitchen renovation projects I am certified to design complex kitchens. This kitchen was a challenge for me because it was my first solo project in which I had to be in charge of every phase that takes place during a kitchen renovation from the first meeting with the client to managing all the installation process and final touches.
Pag.56 28 2 22 34
size designations ct to verification on ustment to fit job
Wets Elevation
This is an original design and must not be released or copied unless applicable fee has been paid or job order placed.
Designed: 10/ Printed: 10/18
57
North Elevation
East Elevation
N
Floor Plan
3D View
58