Camellia Bahmani
Architectural designer
CAMELLIA BAHMANI
PHONE: 647-674-3442
EMAIL: ICAMELLIABAHMANI@GMAIL.COM
LINKEDIN: LINKEDIN.COM/IN/CAMELLIABAHMANI
ISSUU: ISSUU.COM/CAMELLIA.BAHMANI
Intern Architect, MArch. ,BArch. | Architectural Designer | Innovation Technologist with Proficiency in Revit, AutoCAD & BIM
Seasoned Architectural Designer, I leverage my expertise in Revit and BIM to drive project success and elevate client satisfaction. With a proven track record of delivering high-quality designs, I've consistently maintained a 93% client satisfaction rate while cultivating new business opportunities. My meticulous approach to project coordination and attention to detail has significantly reduced design errors, ensuring timely delivery of project documents. Through collaborative efforts with cross-functional teams, I've empowered our organization to deliver projects with enhanced efficiency, innovation, and precision, fostering a client-centric culture that prioritizes exceptional results.
QUALIFICATIONS HIGHLIGHTS
• Seasoned Architectural Designer with over 7 years of expertise in technicaldrawing,documentation,andprojectmanagement
• Proficient in industry-leading software, including AutoCAD and Revit, with strong understanding of building codes and regulations
• Skilled in wood-frame construction, with extensive knowledge of Canadianbuildingstandardsandwoodconstructionmethodologies.
• Successfully delivered 95% of projects on time, with a 25% increase inclientsatisfactionratingsduetohigh-qualitydesigns.
• Ensured 100% compliance with building codes and regulations, resultingina30%reductioninsafetyincidentsonprojectsites.
• Successfully managed projects with an average budget, delivering 90%ofprojectswithinbudgetand95%onschedule.
EDUCATION
April2022 -RyersonUniversity
BuildingInfoModeling – REVIT
CKAR785 sectionDJ0
February2022 -OCADUniversity
Revit Architecture
CSDM-N137
January2021 -AthabascaUniversity
Architecture PracticeinCanada
ARCH645
July2016 -IAUUniversity
Master of Architecture
Assessed byCACB &Accredited byWES
August 2013 - IAU University
Bachelor ofArchitecture
Assessed byCACB &Accredited byWES
Professional Development
ArchitecturalTrainee October2024
FarMor Architecture Inc. , Canada
Architectonic Program
• Designed wood-frame residential buildings to meet NBC - 2023 compliance, ensuring Canadian standards were met.
• Utilized advanced software and conducted thorough research to enhance building safety, sustainability, and structuralintegrity.
• Successfully revamped existing projects to upgrade complianceandenhancebuildingperformance.
E XPERIENCE
Architectural Designer 2012- 2016
ASA Design and Construction Group, Iran
• Coordinated residential 3D models and 2D drawings fordesignteam, ensuringprecisionandaccuracy.
• Prepared engaging presentation graphics, booklets, and sheets to effectively communicate design concepts.
CERTIFICATIONS
CACB NationalRegistration/Licensing
IssuedJan2021
Member ofOAAasInternArchitect
Issued Aug 2020
Member ofTorontoSocietyofArchitects
IssuedJul 2020
WorldEducationServices
IssuedApr2017
• Assisted in preparing architectural drawings, improving project accuracy, and performed general clericalduties.
Architectural Technologist 2010 – 2012
SAM Design and Construction Company, Iran
• Prepared preliminary drawings and detailed specifications for residential and commercial projects, ensuringcompliancewithbuildingcodes.
• Collaborated with the design team to guarantee regulatory adherence and produce detailed drawings usingCADsoftware.
• Updated designs to meet client requirements and industry standards, honing skills in architectural design anddrafting.
October 2024
To Whom It May Concern,
I am writing to confirm my successful completion of the Training Program for Foreign-Trained Newcomer Architects, held in October 2024. This comprehensive program, offered by FARMOR Architecture, focused on enhancing my knowledge of the National Building Code of Canada (NBC) and Alberta Building Code (ABC), as well as providing hands-on experience with building materials commonly used in Alberta. Specifically, the program covered the redrawing of existing multi-storeys, multi-unit residential wood-frame buildings.
Under the expert guidance of Farhad Morteza, Training Program Mentor, I gained invaluable insights and practical skills, significantly enhancing my architectural expertise. For any additional information or verification, please contact:
Farhad Morteza
Architect, AAA, AIBC, OAA; FRAIC FARMOR Architecture (403) 453-4413
farhad@fmarch.ca
Thank you for considering my Reference Letter.
Sincerely,
Camellia Bahmani
CAMELLIA BAHMANI
YORK MALL
MAJOR OCCUPANCY : E
BUILDING AREA : 4200 m²
BUILDING HIEGHT: 7 STOREYS
SPRINKLER
FRR : TWOHOURS FOR ROOF
NON-COMBUSITILE MATERIAL
The Jenga Game Blocks Concept Shopping Center, a mixed-use architecture project, presents a unique challenge in building design and classification. Located in the heart of Midtown, this seven storeys shopping center boasts a total building area of 4200sq/m, necessitating careful consideration of building codes and regulations.
According to the Ontario Building Code (OBC) 2012, the building is classified as Group E (Shopping Mall) under ( OBC A-3.1.2.1.(1) ) This classification dictates specific requirements for fire-resistance rating, accessibility, egress, and sprinkler systems. In terms of fire-resistance rating, the building must meet OBC 3.1.5.1 requirements, which mandate a 1-hour fire-resistance rating for floor assemblies and a 2-hour fire-resistance rating for roof assemblies. Additionally, the building's design must comply with OBC 3.2.2.57, which stipulates any heights and any area , sprinkler.
Egress requirements are also critical, and the building must comply with OBC 3.4.2.1, which mandates two exits: stairwells and elevators. Furthermore, the building's design must ensure consistent egress routes and accessibility throughout the building, despite varying floor sizes and layouts on each level. The installation of a sprinkler system is also required for shopping malls over three storeys, as per OBC 3.2.5.13.
In conclusion, the Jenga Game Blocks Concept Shopping Center presents a complex challenge in building design and classification. By adhering to the relevant building codes and regulations, including OBC 2012, architects can ensure a safe and accessible shopping center that meets the needs of all occupants.
CONCEPT : Jenga Game Blocks
• An Entryway ; Dynamic Entryway Jenga-inspired entryway with shifting walls and floors.
• The Circulation ; Circulation Storyscape Immersive storyscape with winding paths and shifting spaces, evoking Jenga's dynamic movement.
Challenge : Different floor sizes and layouts on each level
• Ensuring consistent egress routes and accessibility throughout the building
• Meeting fire-resistance rating requirements for varying floor assemblies
STRATEGY YORK MALL
The OntarioBuildingCode: Streets
Section3.2.2.10statesthata buildingis consideredto facetwo streetsif:
- At least 50%of the buildingperimeter is locatedwithin 15 m of a street or streets.
BuildingArea andPerimeter:
- Given buildingarea (A) = 4200m²
- Assuming a roughestimate of the shape,we can estimate the perimeter (P) STREET using the formula:P = 2 × (L + W)
- If the building is roughlysquare (L ≈ W), the perimeter would be approximately: P ≈ 4 × √A ≈ 192 m
ConditionforFacingTwo Streets:
- For facingtwo streets,at least 50%of the perimeter(P/2) shouldbe within 15 m of the street(s)
- Using the estimatedperimeter(192 m), we cancalculate:P/2 ≈ 96 m shouldbe within 15 m of the street(s)
Alternative Calculation with Exact Dimensions:
- If we knowthe exactdimensions (L = 56m, W = 75m), we can calculatethe exact perimeter: P = 2 × (L + W) = 2 × (56 + 75) = 2 × 131 = 262 meters
- Re-evaluatingthe conditionsfor facingstreets: P/2 = 262 / 2 = 131 meters shouldbe within 15 m of the street(s)
STREET
SINCE THE PERCENTANGE OF BUILDING PERIMETER FACING A STREET OR STREETS WITHING 15 METERS (1500 M) IS MORE THAN 50%BUT LESS THAN 75%OF TOTAL BUILDING PERIMETER, THIS BUILDING FACES 2 STREETS.
DASHED LINE INDICATES PORTION OF BUILDING'S SHADED AREA INDICATES AREA OF SITE PERIMETER FACING THE STREET WITHIN 15 METERS. WITHIN 15 METERS OF STREETS
TOTAL LENGTHOF DASHED LINE = 131 METERS
Ground Floor ( 3300 sqm): LOBBY
·Five Entrance
·Two Exits ; Stairwells
·Shopping stores
OCCUPANT LOAD : (OBC 3.1.17.1)
)
3.1.17.1. Occupant Load
Floor One (1300 sqm): 4 Stores: retail spaces
Egress:
- Complies with OBC 3.4.2.1 for egress requirements
- Two exits: stairwells and elevators (OBC 3.4.2.1)
Table 3.4.2.1.(2)B , Sprinkler floor area - Group E
3.13.8.3. Elevator Requirements
3.8.1.4. Escalators and Moving Walks
-1 ) 1.8 X ( WIDTH IN METERS OF ALL EXIT STAIRS )
*300
* 7 STOREYS - 1
*1.5 is minumum width
750 x 6 / (1.8 x 2.4(2)) = 531.92 531.92 > 300
Floor Two (1600 sqm): A-3 , Library (Places of assembly for recreational, educational or cultural purposes)
· Library: a library is classified as an Occupancy Group A - Assembly, specifically, A-3 - Places of assembly for recreational, educational or cultural purposes
OCCUPANCY : A3 - Assembly ( OBC A-3.1.2.1.(1) )
BUILDING AREA : 4200 m floor are : 1600 sqm
· 3.1.17.1. Occupant Load ( Assembely use : reading and writing lounge)
- The occupant load for a library shall be calculated at a rate of 1.85 m² pp
Occupant Load = Total Floor Area (m) ÷ 1.85 m/pp
Occupant Load = 1600 m ÷ 1.85 m/person = 889
Floor Four (2000 sqm): Group A-2 Gym (Places of assembly for the gymnasia )
OCCUPANCY : A-2 - Assembly ( OBC A-3.1.2.1.(1) )
BUILDING AREA : 4200 m FLOOR AREA : 2000 · Occupant Load: (OBC 3.1.17.1)
Floor Five (1600 sqm): A-2 , FOOD COURT ( OBC A-3.1.2.1.(1) )
(Places of assembly for the consumption of food or drink)
· Food courts are considered high-occupancy areas, and as such, they require specific design and safety features, such as:
Increased exit widths and accessibility
Enhanced fire suppression and detection systems
· Improved lighting and ventilation
· Specialized electrical and plumbing systems
Occupant Load: 3.1.17.1. Occupant Load: 1 person per 1.10 m
OCCUPANCY : A2 ( OBC A-3.1.2.1.(1) )
BUILDING AREA : 4200 m
FLOOR AREA : 1600 m
Occupant Load = Total Floor Area (m) ÷ 1.10 m/pp
Occupant Load = 1600 m ÷ 1.10 m/pp = 1454
A view provided through a roof glazing or wall opening that offers an unobstructed view of the surrounding area. (Not a specific OBC definition, but a general term used in design and construction)
Requirements:
- Must comply with all applicable OBC requirements for roof glazing and protected openings
- Must be designed and constructed to provide a clear and unobstructed view, while maintaining the required fire-resistance rating and structural integrity.
Floor SIX (2400 sqm): 7 Stores: retail spaces
Panoramic View: (Protected Opening and Roof Glazing)
The building's facade resembles a giant Jenga tower, with each level slightly offset from the one below. All levels (ground - 6) have glass facade on one side (front), while Level 7 has a glass roof, allowing natural light to enter through the elevators and escalators void area. The facade is primarily clad in solid materials, with glass strategically placed to maximize natural light and views. The design creates a dynamic, playful exterior, with a striking visual element on the top level.
Design Drawings / 3D Design and Render / Presentation : Camellia Bahmani
