AMIR GHAZANFARI
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Hello,
my name is Amir Ghazanfari. I’m an architecture student at the University of Waterloo. The following is the collection of projects that reflect my passion and appreciation for architecture and design. I hope to contribute the same passion to your firm. Thank you and enjoy.
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CURRICULUM VITAE AMIR GHAZANFARI
5 Aikenhead Ave. Richmond Hill, Ontario L4S 0A9 Tel. No. (416) 837 0408 E-mail: a2ghazan@uwaterloo.ca
Skills Summary: Revit and AutoCAD:
Fluency in working with AutoCAD and Revit developed through combined 4 years study of the programs at University of Waterloo and Centennial College: Ability to design structures surpassing building code under time pressure.
Adobe Creative Suite:
Skill developed as an essential part of my education at OCAD University and University of Waterloo. Fluent in Photoshop, Indesign, Illustrator, and Dreamweaver.
Rhino, Vray & Grasshopper: Architectural Representation Model Making: Wood work, CNC-routing, Laser-Cutting & 3D printing.
Education: Candidate for Bachelor Honours of Architectural Studies,
Co-op, University of Waterloo, Waterloo, Ontario, 2013 – Present Study of design as a synthetic activity which has to include Design, Culture, Technology and Environment through critical thought and presenting the results through architectural representation. Notable Courses: AutoCAD, Rhino, Wood work, CNC-routing, Laser-Cutting, 3D printing, Design Studio, Visual Communication, Environmental Building Design, Cultural History.
Advanced Diploma in Architectural Technologies,
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Centennial College, Toronto, Ontario, 2010 - 2012 Conception and design of small residential buildings, commercial buildings, shopping plazas, and educational centres that were in accordance with the building code often under tight schedules. Notable Courses: AutoCAD, Revit, Design & CAD project, Architectural Graphics, Construction Health & Safety, Materials & Methods, Builders & Contractors.
Education: Bachelor of Design in Advertising,
OCAD University, Toronto, Ontario, 2005 - 2009 Study of critical design and communication through major media outlets. Completion of 8 months thesis in strategic development of an advertising campaign for hearing aids. Notable Courses: Adobe Creative Suite, Editorial & Publication Design, Typography, Advertising Strategy, Photography.
Relevant Experience: Copy & Print Services Monitor,
OCAD University Service Bureau, 2007 – 2009 Processing and printing minimum of 258 print orders per shift. Through the use of Adobe Design Suite, examining, troubleshooting, colour correcting and repairing files. Print files into small, large or booklet formats either over the phone or in person. Gaining hands-on experience in every aspect of print production. Developing close relationships with regular customers through consistent and friendly service. Printing small, large or booklet formats either over the phone or in person.
Awards / Activities & Interests: Awards:
Award for Outstanding Photography, Georges Vanier Secondary School, May 2009 Recognition in Visual Arts, Graphic Design, Georges Vanier Secondary School, May 2009 Participation in Steel Structures Education Foundation (SSEF) Design Competition, University of Waterloo, February 2013
Interests:
Photography, Wood Working, Design, painting, sketching.
Reference: Available Upon Request.
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CHINESE FINGER TRAP SSEF Competition
Collaboration: Aaron Cotè The Chinese Finger Trap is a toy which uses tension to create a tight, strong weave of materials; the more its members are pulled, the stronger the membrane becomes. Building off this concept, our structure uses pinned tensile members to achieve a web-like space frame. This frame can be expanded upon by weaving more cables into the existing framework and anchoring them to the ground, existing structures, or a monolithic column. This parasitic structure has a variety of applications: it could be deployed in nature as an observatory walkway, or in cities as a way to make up for lost space. A three-anchor approach allows it to achieve this. Programs Used: Rhino Grasshopper AutoCad Adobe Illustrator Adobe Photoshop Adobe InDesign
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Fifth Avenue
Central Park
Jacqueline Kennedy Reservoir
40 cm cable to structure connection assembly.
40cm cable to 10 cm & 40cm cable to 40 cm cable cable connection assembly
40cm cable to monolith connection assembly.
An important part of the assembly. This connection will be connected directly to the steel structure of the building, while additional support is provided to minimize the sway.
Most common connection in the structure. Minimal look allows for the connection to blend well with the structure. Circular steel assembly allows for the connection to be rotated depending on the unique connections. Using only nuts and bolts, and standardized sizes, connection becomes: easily interchangeable, less labor intensive, and allows for quick assembly.
Certain degree of rotation will be tolerated through the connection. The end piece will be welded to the steel monolith.
a. Reinforced connection to steel frame b. Wire rope fitting c. 10cm thick steel cable d. 50cm hallow steel tube connected to structure e. Bolted connection f. Fork End g. Threaded rod h. 40 cm thick cable
a. Bolted connection b. Solid steel infill c. Bolted connection d. Circular joint to adapt to unique joints
a. 40 cm thick cable b. Threaded rod c. Fork End d. Bolted connection e. Eye end connection welded to the structural member
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PITSTOP
An off-the-grid pavilion Designed in Collaboration with climate data
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An Oasis in Egypt, designed in collaboration with environmental data. Being one of the biggest tourist attractions in the world, Egypt has an annual average of 12 million visitors. The current infrastructure of Egypt does not fully support this number of people, hence
there’s a need for a sustainable, off the grid, traditional yet modern architecture to provide a comfortable experience. Pitstop, is a prototype pavilion, where the goal is to have minimum reliance on fossil fuel energy. The hot arid temperature calls for maximum shading and cool air.
Programs Used: Rhino, AutoCad Adobe Illustrator Adobe Photoshop HEED Climate Consultant
Egypt
Faiyum
Wind Wheel
Section
Traditional Middle-Eastern windcatchers. By aligning the intake grill to the North West (at this site, North West gets the most breezes) , the windcatcher catches the air and directs it through the tower and onto the ground floor. The hot air is then turned into cool air when it is blown over the body of water. This self-sustaining natural process repeats all year round and cools the air inside the pit stop.
Psychrometric Chart
Wind Velocity
Sun Shading Chart
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Temperature range
Climate consultant’s data for Faiyum, Egypt introduced an essential need for cool air. Part of the strategy behind the location of the structure was finding natural water. Lake Qaroun, a small lake near Cairo, provided that. A small opening into the lake channels water underneath the building’s wind catcher.
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ARTISTS’ RESIDENCE
Single unit housing in Cambridge Artist’ residence project was the response to the challenge of designing a space in which the artist (visual artist) could retreat to in order to work. A sanctuary was needed to provide that comfortable experience. Planning of the space meant separating the public and private. Providing spaces for dinning, sleeping, and bathing were the requirements. Human connection came through framing different views and setting of different zones through sun angels at different times. Each room of the residence interacts with a different time of the day and is arranged to response to the activities of that time. Hand crafted model Hand drafting
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SITE PLAN 1:1000
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WEST ELEVATION 1:100
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PLAN 1:200
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GREEN SLOPES
Multi-housing in Cambridge Collaboration: Julia Nakanishi, Yu-Chu Su, Karam Hunjan The challenge to the group was to convert a junk space in Cambridge into a housing complex, which was capable of providing shelter for 100 people, parking and a communal hub. The team began with a typical modern courtyard complex, which would occupy most of the site. Each end of the building was then opened up, to introduce an open feeling to the courtyards. After each wing was raised or lowered depending on its relation to the sun in order for it to allow more light in. The response to this challenge was to create a complex, which would in essence be looking inward onto itself. Community goal was to provide a green space for the residence to enjoy.
Programs Used: Rhino AutoCad Adobe Illustrator Adobe Photoshop Adobe InDesign
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SITE PLAN
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EAST VIEW
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DETAILS | 1:200
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WALL SECTION| 1:500
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DOMINOS
Modern Lofts; Multi story housing unit on Toronto’s St.Clair Street
The need for a fresh urban building type drove the core of this project. Located on the south side of St.Clair, the challenge was to take advantage of its close proximity to public transport and already existing biking infrastructure. As a result, significant thought was given to bicycle storage. Being close to street, meant developing a dual entrance for both commercial use and private use.
Programs Used: Rhino AutoCad Adobe Illustrator Adobe Photoshop Adobe InDesign
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Site is ripe for potential future developments Access to public transport
Potential residential developments
Parks, public amenities & low rise residential complexes
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Program 2 Bedrooms 1 Bedrooms 2 Bedrooms Circulation Spaces 3 Bedrooms Retail Space
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EAST ELEVATION
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PERSONAL WORK
ARCHITECTONICS
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INK ON PAPER
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ROM
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ARC DE TRIOMPHE
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Thank you Amir Ghazanfari a2ghazan@uwaterloo.ca 416 837 0408
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