Esma Cetinkaya Architectural Technology Portfolio

P O R T F O L I O E

E S U M E SKILLS AND SOFTWARE PROFIENCY

.Communication and Time Management Skills

.Task oriented

.Adaptability and Flexibility

.Teamwork and Collaboration Skills

EDUCATION

. SketchUp

. Twinmotion

. Illustrator

. Revit

. AutoCad

.

Photoshop

.

Ms PowerPoint

Ms Office

.

REXPERIENCE

.

ADVANCED DIPLOMA PROGRAM IN ARCHITECTURAL TECHNOLOGY

George Brown College| 2022 - 2024

Architectural Technology Program

.

DEGREE PROGRAM IN URBAN PLANNING

Suleyman Demirel University | 2019 - 2021

City and Urban Planning Program

UNIVERSITY VOLUNTARY WORK

Suleyman Demirel University - 2020

Attended evaluation of existing neighborhood parks in terms of “need-based equity”

UNIVERSITY VOLUNTARY WORK

Suleyman Demirel University - 2020

Attended renovation and transformation project of Başköy School

UNIVERSITY VOLUNTARY WORK

Suleyman Demirel University - 2019

Attended foundation organization improvement of life environments for the development and care of children.

UNIVERSITY VOLUNTARY WORK

Suleyman Demirel University - 2019

Attended renovation and transformation project of İnönü Primary School

I am a motivated and detail-oriented architectural technologist with an Advanced Diploma in Architectural Technology. My proficiency in AutoCAD, Revit, and other design softwares, combined with a strong understanding of building codes, construction methods, and materials, enables me to deliver exceptional results in my work.

My ability to communicate effectively and work well in a team environment is a testament to my collaborative approach to projects. Additionally, I have a passion for continuing education and professional development, as I believe that learning never stops and there is always room for improvement.

With my experience and expertise, I am confident in my ability to contribute to any architectural project and bring a high level of dedication and commitment to every task at hand.

“Architecture is not based on concrete and steel, and the elements of the soil. It’s based on wonder. It’s based on a sense of adventure and a desire to create something beautiful and timeless.”

- Daniel Libeskind`

HIGH RISE CONDOMINIUM PROJECT CURVALUX - 2023

A mid-rise mixed-use building near Queen’s Quay and Merchant’s Wharf, offering lake views. With 10 stories, the first two are made of concrete and the remaining eight are from cross-laminated wood. The ground floor features rentable retail spaces, while the second-floor is for amenities.

By : Esma Cetinkaya, Umesh Chauhan Jim Kwan

HIGH RISE CONDOMINIUM PROJECT - CURVALUX - 2023

FIRST FLOOR PLAN

We seek to maximize the production of renewable energy, improve stormwater management, and reduce the ecological footprint of the building through the integration of solar panels, a green roof, rain gardens, and permeable pavement on the site.

SECOND FLOOR PLAN

Permeable pavement: A sustainable solution that allows water to naturally infiltrate the ground, reducing stormwater runoff and promoting groundwater recharge.

Rain gardens: Nature’s sustainable sponge, absorbing and filtering rainwater runoff, preventing pollution in waterways, replenishing groundwater, and creating habitats for diverse plant and animals

Solar panels: Harnessing the power of the sun to generate clean and renewable energy, reducing carbon emissions and promoting a sustainable future.

Green roofs: Nature’s sustainable blanket, providing insulation, reducing energy consumption, and mitigating urban heat island effect while fostering biodiversity and improving air quality.

SHADING AREA FOR SITTING DECORATIVE POOL

INFINITE POOL FOR RESIDENTS

HIGH RISE CONDOMINIUM PROJECT - CURVALUX - 2023

GROUND

The ground floor design resident access, in accordance design aimed to optimize comply with safety regulations. for the main facade,on

/ SCALE: 1:150

OBC / SCALE: 1:150

design focused on maximizing the retail area while providing easy accordance with Ontario Building Code (OBC) requirements. The optimize retail space utilization, ensure convenient pathways, and regulations. In the interior we also kept wave pattern that we used facade,on the walls and ceilings.

01 I HIGH RISE CONDOMINIUM PROJECT - CURVALUX - 2023

SUITE FLOOR PLAN / SCALE: 1:150

Our design accessibility assistance. imity to ity challenges any hindrance. commitment environment dents, enhancing

design approach for the assisted living unit prioritized accessibility and convenience for the residents who require assistance. By strategically locating the units in close proxthe elevator, we ensured that individuals with mobilchallenges could easily access their apartments without hindrance. This thoughtful consideration reflects our commitment to providing a professional and efficient living environment that caters to the unique needs of the resienhancing their overall quality of life.

REQUIRED N/A

PROPOSED 17.32M

LEFT YARD SETBACK:

REQUIRED: 5M PROPOSED:5M

01 I HIGH RISE CONDOMINIUM PROJECT - CURVALUX - 2023

REQUIRED N/A

PROPOSED:29.34M

REQUIRED:5M PROPOSED 11.7M (PODIUM)

REQUIRED N/A PROPOSED 31.73M

WEST

REQUIRED: 70% PROPOSED :81.57M (74.15%)

RIGHT YARD SETBACK: REQUIRED N/A PROPOSED:6.5M

GROUND FLOOR:

TOTAL FLOOR AREA: 2557m2

COMMON AREA: 346m2 - 13.5%

RETAIL AREA: 1221m2 - 47.8%

SERVICES AREA 38.7m2 - 38.7%

WEST ELEVATION / SCALE: 1:150

WEST ELEVATION WEST ELEVATION

The elevations of the project feature wave patterns in both the main bottom facade and balconies, utilizing corten steel to create a distinct look that sets it apart from typical downtown buildings. The wave patterns were chosen to align with the waterfront location and evoke a sense of fluidity. By incorporating these design elements, we aimed to create a visually captivating and unique architectural presence that embraces the natural vibes of the waterfront.

NORTH ELEVATION NORTH ELEVATION

durable, weatherresistant, and visually striking.

Corten steel: where sustainability meets style. With its weathered look and durability, it offers eco-friendliness and aesthetic appeal. The steel develops a protective layer, reducing upkeep and environmental impact. Its raw texture and industrial charm enhance spaces, unlocking design possibilities. Corten steel showcases our dedication to sustainability and elegant design.

Precast Concrete: Sustainable strength and timeless elegance. Its off-site manufacturing reduces waste and environmental impact. With clean lines and durability, it brings a sense of permanence to architectural designs. Precast concrete embodies sustainability and enduring beauty.

To promote electric vehicle adoption, 15% of available parking spots will be designated as electric vehicle charging stations.

Energy-efficient Fibertec windows feature triple-glazed, kryptonfilled glass for optimal insulation

NORTH ELEVATION / SCALE: 1:150

ENERGY STAR™ appliances: efficient, eco-friendly, and cost-saving.

Ventilation: backup to natural airflow, ensuring comfortable indoor conditions.

Wool carpets are a flooring option that embraces natural fibers, providing a renewable, biodegradable, and energy-efficient choice for a healthier indoor environment and a more sustainable planet.

Energy-efficient Fibertec windows feature triple-glazed, krypton-filled glass for optimal insulation and sustainability.

Low flow aerators: A sustainable solution that reduces water consumption by limiting flow rates without compromising performance, conserving resources and promoting water efficiency for a greener future.

Low VOC paint: A sustainable choice that minimizes harmful emissions, improving indoor air quality and promoting a healthier environment for both occupants and the planet.

BUILDING SECTION / SCALE: 1:150

AUTOMOTIVE DEALERSHIP PORSCHE -

This project showcases an automated Porsche dealership store, designed to provide a cutting-edge and immersive experience for car enthusiasts. The store’s design not only captures the essence of the Porsche brand but also incorporates advanced automation technologies to enhance customer engagement. With a sleek and modern aesthetic, the store seamlessly integrates with its surroundings, creating a visually appealing and inviting atmosphere. a functional piece into materials.

By : Esma Cetinkaya, Umesh Chauhan

AUTOMOTIVE DEALERSHIP - PORSCHE

The focus on sustainability is evident through the implementation of energy-efficient systems and eco-friendly materials, aligning with Porsche’s commitment to environmental responsibility. Through the seamless integration of automation, aesthetics, and sustainability, this project sets a new standard for automotive retail experiences.

concept statement

The design of this building not only focuses on integrating with the natural surroundings but also prioritizes sustainability. Recycled materials were incorporated into the construction, reducing the environmental impact and promoting responsible building practices. The use of recycled materials, along with the organic and flowing design of the curving roof, creates a seamless and harmonious connection between the structure and the environment.

Incorporating recycled materials into our charging station design not only aligns sustainability goals but also creates a sleek and modern look. The use and metal provides a visually appealing element that enhances the aesthetic of the space.

DealershipPORSCHE

SITE PLAN

The incorporation of recycled materials into the charging station design aligns with their sustainability goals and creates a sleek and modern look. By utilizing glass and metal, we have successfully introduced visually appealing elements that enhance the overall aesthetic of the space. The use of these recycled materials not only highlights our commitment to sustainability but also showcases our dedication to creating a charging station that seamlessly blends modernity with environmental consciousness. The result is a charging station that not only serves its purpose but also stands as a testament to their innovative and eco-friendly approach to design.

FOUNDATION PLAN

SITE PLAN / SCALE: 1:100

Our design incorporates an exquisite column element, showcasing addition not only enhances the visual appeal but also serves the team's ingenuity as they serve a dual function, doubling forts, we have successfully created a design that showcases

Incorporating recycled materials into our charging station design not only aligns with our sustainability goals but also creates a sleek and modern look. The use of glass and metal provides a visually appealing element that enhances the overall aesthetic of the space.

FOUNDATION PLAN

MATERIALS

Insulated metal panels with aluminum sustainable and long-lasting solution for modern construction, with easy installation and custom sizing options. They offer good insulation and are

harmonious connection between the structure and the environment.

showcasing our collective effort to improve the space's aesthetics while elegantly concealing the structural columns. This serves a practical purpose, making it both useful and eye-catching. Notably doubling as a unique and striking ceiling feature that further enhances the space's visual appeal. Through our collaborative ef showcases our shared vision and skills, resulting in an impressive and visually captivating charging station.

We improved the look of our railings to create a more elegant and visually appealing showroom. an eye-catching feature that adds to the overall visual appeal of the space by adding unusual

name-umesh

[101392618]ESMA

SECOND FLOOR PLAN / SCALE: 1:50

SECTION 2

Incorporating recycled materials into our charging station design not only aligns with our sustainability goals but also creates a sleek and modern look. The use of glass and metal provides a visually appealing element that enhances the overall aesthetic of the space.

INSULATED METAL PANELS WITH ALUMINUM

MATERIALS

Insulated metal panels with aluminum sustainable and long-lasting solution for modern construction, with easy installation and custom sizing options. They offer good insulation and are made from recycled materials.

GLAZED WALL PANELS

Glazed walls offer numerous benefits for modern buildings, including natural light, energy efficiency, and design versatility. When incorporating glass walls into a project, proper orientation, shading, and glazing choices are critical concerns.

FOUNDATION PLAN

Sustainable and long-lasting solution for modern construction, with easy installation and custom sizing options. They offer good insulation and are made from recycled materials.

We improved the look of our railings to create a more elegant and visually appealing showroom. We transformed a functional piece into an eye-catching feature that adds to the overall visual appeal of the space by adding unusual and high-quality materials.

name-umesh [101392618]ESMA [101395020]

SECTION 1

MATERIALS

Insulated metal panels with aluminum sustainable and long-lasting solution for modern construction, with easy

DealershipPORSCHE

Incorporating with our sustainability of glass and overall aesthetic

GLAZED WALL PANELS

Our design incorporates an exquisite column element that not only improves the space's aesthetics but also elegantly conceals the structural columns. This addition adds an aesthetically attractive aspect that is useful as well as eye-catching. Additionally, the middle columns of the charging station also serve a dual function by working as a unique and striking ceiling feature, further enhancing the visual appeal of the space.

studio proffesor-BRENTWOOD | |

Glazed walls offer numerous benefits for modern buildings, including natural light, energy efficiency, and design versatility. When incorporating glass walls into a project, proper orientation, shading, and glazing choices are critical concerns.

arch.technology & studio 4

THE HILLCREST COMMUNITY NATURE

CETRE-2022

In my third semester, I worked on designing a sustainable community center with a strong focus on eco-friendly features. Sustainability has become a critical aspect of modern-day building design, and I wanted to ensure that my design was not only functional but also environmentally responsible. After research, I decided to make rainwater harvesting the primary sustainable design concept for my project. To achieve this, I incorporated a sloped roof and water collection tank in my design. These features allow us to collect and filter rainwater, making it usable for washroom needs and reducing our dependence on potable water.

By : Esma Cetinkaya

In my project, I prioritized sustainability by utilizing native trees to minimize the carbon footprint. By incorporating these indigenous species into the site, I not only enhanced the natural beauty of the area but also promoted environmental balance and reduced carbon emissions. This conscious decision reflects the commitment to creating designs that harmonize with the environment and contribute to a greener future.

To minimize water consumption, I incorporated low-pressure dual aerators in the interior fixtures, ensuring efficient water usage without sacrificing performance. Furthermore, energy-efficient lighting fixtures were carefully selected to reduce energy consumption and minimize the project’s environmental impact.

EXISTING BUILDING

SITE PLAN / SCALE: 1:150

Also in the interior I integrated various eco-friendly elements to create a truly sustainable space. The use of reclaimed wood flooring not only added character and warmth but also reduced the demand for new timber, contributing to forest conservation efforts. Additionally, I employed low VOC paint to enhance indoor air quality, prioritizing the health and well-being of occupants.

I incorporated a water collection tank, specifically designed for rainwater harvesting, into my project to effectively collect and store rainwater for sustainable use.

As a part of my project, I integrated triple-glazed windows which offer enhanced insulation performance, reduced heat loss, and minimized noise levels to provide a comfortable and energy-efficient environment.

To promote inclusivity and accessibility in my professional project, I incorporated a ramp for the outdoor area, allowing individuals with mobility impairments to navigate the space with ease and convenience.

EAST ELEVATION / SCALE: 1:100

NORTH ELEVATION / SCALE: 1:100

As part of my project, I designed a sloped roof to facilitate rainwater harvesting, allowing for the efficient collection and storage of rainwater for sustainable use.

I added a water collection tank to my project, designed to collect and store rainwater for sustainable use. This eco-friendly feature allows for the reduction of water usage and lowers costs, contributing to the overall sustainability of the building.

As part of my sustainable design approach, I incorporated LED lighting in my project to promote energy efficiency and reduce the overall carbon footprint of the buildig.

SOUTH ELEVATION / SCALE: 1:100

WEST ELEVATION / SCALE: 1:100

WAREHOUSE PROJECT 2023

For our fourth-semester project, we designed a warehouse with a two-story office area to accommodate 45 employees. Our challenge was to maximize the use of space while incorporating three different wall materials. Our design concept was to create a functional warehouse with three main sections: receiving, storage, and shipping. We used metal panel walls with a horizontal pattern for the receiving and shipping areas, concrete block walls with a rough finish for the storage area, and glass walls for the two-story office area to create a sense of openness. We also created section drawings to showcase the details of the design. Overall, we successfully designed a warehouse that meets the requirements of limited space and incorporates interesting wall materials.

By : Esma Cetinkaya, Umesh Chauhan

WAREHOUSE PROJECT - 2023

DOOR SCHEDULE

COSTRUCTION NOTES

ROOF CONSTRUCTION

• BUILD-UP ROOF FIBERBORD C/W SBS ACKING RIGID INSULATION SINGLE-PLY FELT IN ASPHAL GYPSUM BOARD METAL DECKING ROOF STRUCTURE

RIGID INSULATION SINGLE-PLY FELT IN STRUCTURE

20mm

SHEATING 158mm INSULATION 16mm AIR

PANEL CURTAIN WALL

CURTAIN WALL "SANDWHICH PANEL" 25mm INSULATION 65mm THICK PRECAST CONCRETE

SITE AND PROJECT DATA

EXTERIOR WALL CONSTRUCTION

• GLAZED CURTAIN WALL 20mm CLADDING 20mm SHEATING 158mm INSULATION 16mm AIR INFILTRATION

• 16mm GYPSUM BOARD PRECAST CONCRETE PANEL CURTAIN WALL

• 90mm THICK PRECAST CONCRETE WALL CURTAIN WALL "SANDWHICH PANEL" 25mm AIR INFILTRATION BARRIER 50mm RIGID INSULATION 65mm THICK PRECAST CONCRETE PANEL CURTAN WALL "SANDWHICH PANEL"

INTERIOR WALL CONSTRUCTION

• 125mm METAL STUD WALL

• 200mm CONCRETE BLOCK

FOUNDATION WALL/FOOTINGS

5'-0" DIAMETER REINFORED CONCRETE CAISSING ON FOUNDATION EXTEND 14 THICK POURED CONCRETE TRENCH WALL BELOW GRADE AT PERIMETER, EXTENDING MINIMUM 6" ABOVE FINISHED EXTERIOR GRADE AND MINIMUM 5 BELOW FINSHED EXTERIOE GRADE.

SLAB

CAISSING ON FOUNDATION EXTEND 14 THICK GRADE AT PERIMETER, EXTENDING MINIMUM MINIMUM 5 BELOW FINSHED EXTERIOE GRADE. ON GRADE. MUST REST ON COMPACTED

400mm FROM EXTERIOR FACE OF

2 WALL SECTIONS

230mm THICK REINFORCED CONCRETE SLAB ON GRADE. MUST REST ON COMPACTED GRAVEL.

A.7.1 - 2 WALL SECTIONS

CONVENTIONAL STEEL FRAM

200mm x 200mm WIDE FLANGE I-COLUMN @ 400mm FROM EXTERIOR FACE OF PERIMERTER WALL OF THE BUILDING

A.8.0 - 2 PLAN DETAILS & 2 SECTION DETAILS

200mm x 200mm HSS INTERNAL STEEL COLUMNS

A.8.1 - 2 PLAN DETAILS & 2 SECTION DETAILS

DOORS

LOADING DOOCK DOOR 8'-0"WIDE BY 10'-0" HIGH

DEIVE-IN DOOR 12'-0' WIDE x 14'-0" HIGH

PEDESTRIAN DOOR MINIMUM 3'-0" WIDE

SECOND FLOOR PLAN / SCALE: 1:250

SECOND FLOOR PLAN

SECOND FLOOR

GROUND FLOOR

WAREHOUSE PROJECT - 2023

SECTION 1

WALL SECTION 1 / SCALE: 1:25

TOP OF PARAPET WALL 9560.00

TOP OF ROOF 9150.00

16mm GYPSUM BOARD 20mm SHEATING

20mm CLADDING

158mm BATT INSULATION 16mm AIR INFILTRATION

TOP OF SECOND FLOOR SLAB 4270.00

TOP OF GROUND FLOOR SLAB 0.00

WALL SECTION 1

WALL SECTION 2 / SCALE: 1:25

200mm X 200mm WIDE FLANGE I SHAPE COLUMN 400mm FROM EXTERIOR FACE OF WALL

250 mm THICK PERITEMER BEAM

230 mm REINFORCED CONCRETE FLOOR SLAB

410 x 60mm WIDE FLANGE SHAPE STEEL BEAM STEEL JOIST GRAVEL

360mm THICK TRENCH WALL

90mm THICK PRECAST CONCRETE PANEL CURTAIN WALL "SANDWHICH PANEL" 25mm AIR INFILTRATION BARRIER

200mmX200mm WIDE FLANGE STEEL COLUMN ( SHAPE COLUMN) AT PERIMETER OF THE BUILDING

CONNECTORS TO MANUFACTURERS SPECIFICATION

PLAN DETAIL 1 / SCALE: 1:5

PLAN DETAIL 1-Exterior corner where 2 precast concrete panels meet

(Exterior corner where 2 precast concrete panels meet.)

PLAN DETAIL 2 / SCALE: 1:10 (The jamb of the drive-in doors meets precast concrete panel.)

PLAN DETAIL 2-The jamb of the drive-in doors meets precast concrete panel.

65mm THICK PRECAST CONCRETE PANEL CURTAIN WALL "SANDWHICH PANEL"

GROUT

SEALANT CONTINUOUS, ALL VERTICAL AND HORIZONTAL JOIST TO BE SEALED

PLAN DETAIL 2-The jamb of the drive-in doors meets precast concrete panel.

STOREFRONT CURTAIN WALL 200MM DEEP PREFINISHED ALUMINIUM FRAME

SECTION DETAIL 1 -Precast 4 SECTION DETAIL 2 / SCALE: 1:10 (Precast Concrete Panel Parapet)

REINFORCED CONCRETE CAISSON TO REST ON UNDISTURBED

BEAM

HORIZONTAL WALL PANEL STEEL FRAME

HORIZONTAL WALL PANEL

PLAN DETAIL 2-The jamb of the drive-in doors meets precast concrete panel.

STOREFRONT CURTAIN WALL 200MM DEEP PREFINISHED ALUMINIUM FRAME

SECTION DETAIL 2 -Glass curtain wall meets the foundation wall.

Plan Details & Section Details

-Precast Concrete Panel Parapet

SECTION DETAIL 1 / SCALE: 1:10

(Glass curtain wall meets the foundation wall)

SECTION DETAIL 2 -Glass curtain wall meets the foundation wall.

1

Brentwood Jolley

Plan Details & Section Details

URBAN HAVEN MIXED BUILDING PROJECT -2022

In my third semester, I worked on a group project where we designed a multiple storey mixed building according to the OBC. Our design process involved conceptual sketches, detailed plans, and 3D models. Key considerations included accessibility, safety, and functionality. We worked collaboratively as a team, leveraging each other’s strengths to create a functional and aesthetically pleasing design. This project taught me valuable technical skills, knowledge of the Ontario Building Code, and the importance of teamwork. Overall, this project was an excellent opportunity to apply the skills and knowledge that I had gained in my program. It helped me to develop my technical skills in design software and my understanding of the Ontario Building Code. It also taught me the importance of teamwork and collaboration in achieving a common goal.

By : Esma Cetinkaya, Umesh Chauhan Fazra Fahim Dhruvi Rathod

F.U.D.E. DESIGN

WALL TYPE SPECIFICATIONS:

90mm (4') FACE BRICK 25mm (1") AIR SPACE. 22X180X0.76mm (7/8"X7"X0.03") GALV. METAL TIES @400mm (16") O/C, HORIZONTAL 600mm (24") O/C VERTICAL APPROVED RIGID INSULATION RSI 1.4 (R8) EXT.RIGID INSUL. DB., 38X89 (2"X4") STUDS @ 400mm (16") O/C WITH APPROVED DIAGONAL WALL BRACING, RSI 2.1 (R12) INSUL. AND APPROVED VAP. BARRIER WITH APPROVED CONT. AIR BARRIER, 13mm (1/2") INT. DRYWALL FINISH. PROVIDE WEEP HOLES @ 800mm (32") O/C BOTTOM COURSE AND OVER OPENINGS. PROVIDE BASE FLASHING UP MIN. 150mm (6")

90mm (4') STONE 25mm (1") AIR SPACE. 22X180X0.76mm (7/8"X7"X0.03") GALV. METAL TIES @400mm (16") O/C, HORIZONTAL 600mm (24") O/C VERTICAL APPROVED RIGID INSULATION RSI 1.4 (R8) EXT.RIGID INSUL. DB., 38X89 (2"X4") STUDS @ 400mm (16") O/C WITH APPROVED DIAGONAL WALL BRACING, RSI 2.1 (R12) INSUL. AND APPROVED VAP. BARRIER WITH APPROVED CONT. AIR BARRIER, 13mm (1/2") INT. DRYWALL FINISH. PROVIDE WEEP HOLES @ 800mm (32") O/C BOTTOM COURSE AND OVER OPENINGS. PROVIDE BASE FLASHING UP MIN. 150mm (6")

METAL SIDING 1"X2" STRAPPING AT 16" O/C ON TYVEK. 9.5mm (3/8") EXTERIOR TYPE PAPER, 9.5mm (3/8") EXTERIOR TYPE SHEATHING, 38X140 STUDS @ 400mm (16") O/C. R24 WALL INSULATION AND APPROVED VAPOUR BARRIER AND APPROVED CONT. AIR BARRIER, 13mm (1/2") INT. DRYWALL FINISH.

STUCCO FINISH COAT ON FIBERGLASS/METAL MESH EMBEDDED INTO BASECOAT 2" STYROFOAM RIGID INSULATION BOARD WITH DUREX FLEXCRETE ADHESIVE ON DUREX GREEN GUARD BARRIER ON 1/2" PLYWOOD SHEATHING 2'X6" STUDS @ 16" O/C W/ R24 WALL INSULATION 6mil VAP. BARRIER, 1/2" INT. DRYWALL FINISH.

COL. : STRUCTURAL COLUMN

L.B : LOAD BEARING WALL

PROJECT 1 : FINAL

SCALE - 1:150

CONSTRUCTION DRAWINGS

DUE DATE : 2022-11-17

DRAWN BY : UMESH CHAUHAN ESMA

THE CONTRACTOR MUST VERIFY AND ACCEPT RESPONSIBILITY FOR

SUPPLIED INFORMATION. XXXXXXXXXXXXXXXXXX ARCHITECT IS NOT

RESPONSIBLE FOR THE ACCURACY OF THE SURVEY, STRUCTURAL, MECHANICAL, ETC., ENGINEERING INFORMATION SHOWN ON THESE DRAWINGS. REFER TO THE APPROPRIATE ENGINEERING DRAWINGS

02 I URBAN HAVEN MIXED BUILDING PROJECT - 2022

BFBA91

I URBAN HAVEN MIXED BUILDING PROJECT - 2022

2 3 4 5 6 7

TOP OF SUBFLOOR ROOF

STUCCO/VENEER CLADDING FINISH COAT ON FIBERGLASS/METAL MESH EMBEDDED INTO BASECOAT

2" STYROFOAM RIGID INSULATION BOARD WITH DUREX FLEXCRETE ADHESIVE ON DUREX GREEN GUARD BARRIER ON 1/2" PLYWOOD SHTG

2"x6" STUDS @ 16" 0/C W/ R24 WALL INSULN

6mil VAP. BARR. 13mm (1/2") INT. DRYWALL FINISH.

HANDRAIL

FINISHED RAILING

STUCCO/VENEER CLADDING FINISH COAT ON FIBERGLASS/METAL MESH EMBEDDED INTO BASECOAT

2" STYROFOAM RIGID INSULATION BOARD WITH DUREX FLEXCRETE ADHESIVE ON DUREX GREEN GUARD BARRIER ON 1/2" PLYWOOD SHTG

2"x6" STUDS @ 16" 0/C W/ R24 WALL INSULN 6mil VAP. BARR. 13mm (1/2") INT. DRYWALL FINISH.

TOP OF SUBFLOOR THIRD FLOOR

2" x 4"

FINISHED RAILING

90mm (4') FACE BRICK 25mm (1") AIR SPACE. 22X180X0.76mm (7/8"X7"X0.03") GALV. METAL TIES @400mm (16") O/C, HORIZONTAL 600mm (24") O/C EXT.RIGID INSUL. DB., 38X140 (2"X6") STUDS @ 400mm (16") O/C WITH APPROVED DIAGONAL WALL BRACING, RSI 2.1 (R12) INSUL. AND APPROVED VAP. BARRIER WITH APPROVED CONT. AIR BARRIER, 13mm (1/2") INT. DRYWALL FINISH. PROVIDE WEEP HOLES @ 800mm (32") O/C BOTTOM COURSE AND OVER OPENINGS. PROVIDE BASE FLASHING UP MIN. 150mm (6")

406mm, 25MPA POURED CONCRETE FOUNDATION

100mm DIA, WEEPING TILE WITH MIN. 150mm CLEAR COVER STONE

WALL SECTION / SCALE: 1:30

TOP OF SUBFLOOR SECOND FLOOR

POURED CONC. 25 MPa

TOP OF SUBFLOOR GROUND FLOOR

BASEMENT SLAB 204mm

PRE-ENG FLOOR SYSTEM

PRE-ENG FLOOR SYSTEM

STUCCO/VENEER CLADDING FINISH FIBERGLASS/METAL MESH EMBEDDED INTO 2" STYROFOAM RIGID INSULATION WITH DUREX FLEXCRETE ADHESIVE GREEN GUARD BARRIER ON 1/2" PLYWOOD 2"x6" STUDS @ 16" 0/C W/ R24 6mil VAP. BARR. 13mm (1/2") INT. DRYWALL

PRE-ENG FLOOR SYSTEM

STUCCO/VENEER CLADDING FINISH FIBERGLASS/METAL MESH EMBEDDED INTO 2" STYROFOAM RIGID INSULATION WITH DUREX FLEXCRETE ADHESIVE GREEN GUARD BARRIER ON 1/2" PLYWOOD 2"x6" STUDS @ 16" 0/C W/ R24 6mil VAP. BARR. 13mm (1/2") INT. DRYWALL

3 SECTION SCALE - 1:30

A

FINISH COAT ON INTO BASECOAT INSULATION BOARD ADHESIVE ON DUREX PLYWOOD SHTG WALL INSULN DRYWALL FINISH.

4

TYPICAL ROOF CONSTRUCTION: GRAVEL AND FLOOD COAT ON 4 PLY ROOFING FELT ON 13mm FIBERBOARD OVERLAY ON 100 RIGID INSULATION RSI 3.52 (R20) VAPOUR BARRIER ON PRE-ENGINEERED JOIST

5%

PREFINISHED METAL COPING WITH FR40 FLEXIBLE MEMBRANE UNDERLAYMENT ON 19mm PLYWOOD BACKING

BATT INSULATION PACKED IN-BETWEEN SHEATHING BOARDS.

MINIMUM RSI 3.52 (R20) MINIMUM.

FINISH COAT ON INTO BASECOAT INSULATION BOARD

ADHESIVE ON DUREX PLYWOOD SHTG WALL INSULN DRYWALL FINISH.

CONTINUOUS SEALANT AND BACKER ROD. 1

DETAIL 8 WHERE THE EXTERIOR WALL MATERIAL TRANSITIONS FROM ONE TO ANOTHER (

- 1:30

7

POINT CLOUD PROJECT SMALL HOUSE 2023

By : Esma Cetinkaya,

During my co-op semester, I had the privilege of contributing to a remarkable building project. My primary focus was on utilizing cutting-edge technologies such as scanning and Recap software to clean point cloud files and generate precise Revit drawings. This experience proved instrumental in expanding my skill set and proficiency with industry-leading tools.

BASEMENT PLAN / SCALE: 1:50

Basement Plan

1

Using Recap, I processed and refined large sets of point cloud data. I carefully removed errors and inconsistencies to ensure the final results were precise. By organizing and tidying up the point cloud files, I produced high-quality Revit drawings, which served as a foundation for the project’s design and construction phases.

1 : 50

1 Basement W/ Point Cloud BASEMENT PLAN W/ POINT CLOUD/ SCALE: 50

1 : 50

No. Description Date

2023

Esma Cetinkaya

The project provided me with invaluable hands-on experience and a deep understanding of the intricacies involved in transforming raw data into comprehensive architectural models. Through my involvement, I not only enhanced my technical abilities but also enhanced my problem-solving skills and attention to detail.

Project 3B

SECOND FLOOR PLAN / SCALE: 1:50

1 : 50 1 Second Floor Plan

Through this project, I gained expertise in Recap and scanning technologies, which I am excited to apply to future endeavors. I look forward to contributing to innovative solutions and advancing the field of architecture.

Esma Cetinkaya

TO Roof 8.24

Roof 5.19

Second Floor Plan 2.74

First Floor Plan 0.00

Foundation -0.38

Basement Plan -2.12

T.O. Footing -2.22