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Tectonics studio Winter 2009
Spatial Tectonic and Linear OrganizationHamilton County Public library
The images shown represent an analysis of the spatial tectonic in the Cincinnati library. The purpose of this exercise is to identify the role of different components in creating spatial effect.
The first step represents an analysis of the structure and the rela-tionships between frame, plane, and mass. The second is an analy-sis of spatial territories and intensity of use. The third analysis is a combination of the two previous drawing to highlight the role of form in shaping function.
Section
Space Usage
Structure analysis Tectonic
Tectonic model in field
Linear tectonic model
The aim of this exercise is to incorporate tectonics ele-ments, mass, plane and frame to create a given special ori-entation; linear.A digital model was generated using rhino and a physical model was built using 3d printing technol-ogy and laser cutting. A planar field was created to host the model and to emphasize the linearity and the extension of the digital fragment.
A section of Rhino model`
LobbyClassrooms eating space
Restrooms
Administartive offices
Hallway Cafeteria
First Level Second Level
Site Program
Literacy Center:Ludlow avenue
This exercise is an introduction to critical design and programming. The first step is an analysis of the site forces and relationship between existing structures. The second step is incorporating sustainable design strategies, like skylight and hangovers, into the facility. The third step is an analysis between different levels in creating a dynam-ical architectural experience and movement.
Section A. Bridging the gap between
Immersion Studio Fall 2009
Exterior view
Exterior view
Lobby
Literacy Center:Ludlow avenue
The primary focus is to create a dynamic architecture and tectonic. Different levels and access points bridge the gap between spaces. The openess of the space encourages the interaction of visitors and allow for an efficient and smooth circulation.
Literacy Center Renderings
The half house
This exercise aims to use Revit architecture to produce detailed construction documents of the half house. The unit incorporates two construction types. Masonry and steel. BIM technology al-lows easily to obtain detailed information from the built model.
N Elevation
S Elevation
Wireframe view
The half house Winter2010
3D model
Mansory unit section Steel unit section
Density - 50 lb/ft3Conductivity (k) - 0.94I-P Resistance - 1.06 F ft2hSpecific Heat BTU - 0.31 lb FR-value - 1.18 per 1/2U-coeff - 0.85BTU = .3453 lbs x 147 degrees = 1226Heat LossBtuH= area x U x Delta T1/2 MDF area: 27.3 sqft, U =0.8527.3 sqft x 0.85 x 142 degrees = 3295.1 BtuH1/8 Plexi glass area: 11 sqft, U = 1p9oExpected Temperature Increase:delta T = BtuH/ specific heat x weight= 1980/(1.0)(19.25)=102.7 degrees
Solor Heater Panel
The objective of this project is to understand the effect of sun rays in heating spaces. The assignment requires the use of solar rays to heat 1 gallon of water in one hour.
Strategies and materials.An MDF box has been insulated with half inch foam. Aluminum pan-els have been implanted at 50 degree angle to maximize the absorption and reflection of solar rays into the water.
Rhino 3D model
Rhino Elevation Calculations
Physical model
Environmental Technology Winter2010
Physical model
Plan
Light Box
This group project aims to design and build an 8x8 foot box that manipulate light and create a comfortable friendly space. The pur-pose of this exercise is to anlyze and under-tand lighting propagation.
Frame of the Box Stairs
Light Box Spring 2009
interior view of the box
Summer 2010 Co-op. Orange Tree Atelier
OTA, Orange tree atelier, is a nonprofit organization composed of interdis-ciplinary research and design team from the University of Cincinnati. We were formed to provide a long term growth plan for the Good Shepherd Or-phanage in Carrefour, Haiti. Our mission was to introduce sustainable design to all Haitians. The first phase of the project was to research sustainable, affordable and earthquake proof construction methods.The second phase was designing and producing construction documents.The third phase was building a real model for testing purposes and for documentation.
The concept
Our research led us to adopt the Earth bag construction because of several reasons. It is easy to learn, affordable to build, a great insulator and earthquake proof. Bamboo is also another material that we were interest-ed in because in it is sustainable, available and afford-able in Haiti.
The design
Our research included a study of the Haitian culture and architec-ture. We interviewed Haitians and we have been in contact with active people in that area. Our objective was to design a house to serve the basic need of the Haitians.Earthbag construction
In this picture me and Nick are testing the live load capac-ity of a bamboo truss model. The results were sur-prisingly strong.
The reasearch phase
The first days were filling bags with dirt. Then we had to tamp and barber wire the courses. The dirt in the bags dries and hardens.
The construction phase
A rope has been tightened around each the courses to make the individual bags acts as one. The stacked Bags eventual form the wall.
A bond beam has been placed on the top of the courses to give the structure more rigidity and integrity. This model is plastered and has been established as a play-ground for the kids in Cynthiana Kentucky.
The making of the bond beam
The house is composed of a porch, an open cooking area and a bedroom.The bond beam is designed to incorporate two steel bars, .5, that run along the perimeter. The 6 pockets will host the roof truss with one extra inch margin.
A bond beam has been placed and attached to the courses on the top to give the structure more rigidity and integrity. This model is plastered and has been established playground for the kids in Cynthiana Kentucky.
Construction detail Bond beam and foundation
Foundation plan
Steel bars attach the bags to the bond beam to give stability to the system. The roof has been angled 15 degree to direct water out of the shelter. It is made out of gravel to absorbe the heat and keep the environment cool.Stairs were part of the challenges be-cause of the enormous amount of earth bags needed to be tamped and stacked.
Wall sections and roof detailsDetailed Section
Bond beam plan Stairs Elevation
Central Community center Fall 2010Multi use space
This multi-use space serves the need of the community as a gathering space for meeting and holding event. Flexibility is the key element in this project. The design concept is an open interior space that is divided into smaller spaces. Among the strategies implanted are the movable and foldable wall.
Central Community Center Fall 2010
East FacadeMain Entrance
First Floor
Site study
The topography and the dense vegetation of the area pre-vent daylight from entering the facility. Skylights have been implanted to overcome the problem while keeping nature intact.The layout of the spaces is pedestrian friendly and create an easy circulation and movement.
The Section shown A1 is an analysis of light propagation
N Elevation Program
Central Community Center Program and light study
Central Community center Rendering Second FloorSection perspective
Lobby Back entry
Computer skills
In this exercise I used Revit architec-ture in designing the complex roof struc-ture using adaptive component.
Revit Adaptive componment Fall 2011The windows pattern and the roof struc-ture were derived from the site forces. The design was first generated in Revit, then transferred to Maya and 3d max. Even thought the two design are im-planted in different software, they work together. Axo Explosion
The purpose of this exercise is to develop an understanding of community needs and ways to satisfy it. After several trips to the site, many interviews with the locals and research about the area and subject, my team decided to design an art festival center.Our goals were to connect different parts of the community by making this center a gather-ing and focal place. Different amenities were implanted to make use of the building all year long.
Northside Festival First Iteration Fall2010Physical model
Floor Plan Section N Elevation
Northside Festival
The second iteration focused on creating an identity of the building within its context. The facility purpose is to draw talent from across the area and enable the growth of the community as a whole. Functionality was a major challenge in this project. We designed the facility to be composed of smaller independent spaces that are connected to create the big structure. The concept is to make the building use more efficient throughout the year.
Northside Festival Final IterationEast Elevation
Section A
Section B
Front Facade
Floor plan
Northside Festival Final Iteration Rendering.Front entrance
Back Stage
Theater
Theater
Front facade at Night
Northside Festival Physical model
Northside model in context
Physical model was built using cardboard and plexiglass. Topog-raphy was cut using CNC milling technology. The buildings facades were laser cut.
Physical model
Retail space Floor plans and elevationIsometric view
Floor Plan
Enlarged Floor Plan
Front Facade
The village of North Clayton, dayton2011 co-op moda4
The village of North Clayton is a creative retail project that combines different areas of exper-tise together in the design and construction of the space. The primary purpose of this space is to promote an enjoyable and pleasant shopping experience for the consumer. The tectonic architecture and the details draw people into the space. Large display windows allow shop-pers to see into the space while it display product inside.
Parapet CalloutWall Section
Building Section
Photoshop night rendering
Retail space Construction documents
Office space light study
Office space, Dayton2011 co-op moda4
Mt look office is a facility that incorporate exhibit spaces and offices.The original proposal is an open atmosphere that advocates collabora-tion and interaction between employees. The facility was determined to be a multi-story space where void and solid create a semi private environment to enhance productivity and privacy Among the chal-lenges faced, is the curtain panels facing the south.
Light study sectionPhotoshop perspective
Axo explosion
CMU
Air insulation
Curtain wall
Beam
Joist
Concrete
CMU
Section call out, Revit ProgramFloor plan. construction document
In this project a combination of Revit and Autocad has been used. Photoshop has also been used to add detail and artificial lighting effect.
Office space Program, section call out and floor plan
Thermal radiation (without shader): Solar Summer: jun-septWinter: Dec-jan
Thermal radiation (with shader): Solar gain and heat
Summer: jun-septWinter: Dec-jan
In the design phase, the Revit model has been transferred to Ecotect to calculate radiation, heat loss and comfort analysis. After the im-plantation of MPK solar shade, the building thermal comfort changes dramatically. MPK prevents solar rays from penetrating the build-ing in the summer and keeps it warm in the winter.
Mpk shade
Shadow Range
Sun chart
Mt Office space Solar Analysis and radation
Grasshopper Rhino
Grasshopper definition
structure and steel rings has been implant-ed each 20 foot to keep the rigidity and integ-rity of the structure. Steel mullions allow the structure to behave as one component and resist wind force.
Grasshopper, Rhi-no Skyscraper
This project is a continu-ation of the work flow between grasshopper and Revit.I first wrote the definition in grass-hopper. After, I exported the geometry as a mass to Revit.Using adaptive compo-nent in Revit, I was able to build curtain wall and used the mullion for structural system pur-poses. A mix of concrete wall and steel bars has been looped around half of the
The skyscraper in context
Axo explosion
Grasshopper Rendering
Click here for PortfolioAdam Fadadi
Education
Experience
University of Cincinnati Class of 2012College of Design, Architecture, Art and Planning (DAAP)Bachelor of Science in Architecture
MODA4 Jan2011-Apr2011Arch Co-op student. Responsible of producing design and construction documents, building digital models, rendering, and solar radation and thermal analysis.
OTA (Orange Tree Atelye hosted by FRCH) Jun2010-Sep2010Arch Co-op student. Responsible of research and design of economical and sustainable construction methods. Responsible of producing construction documents using Auto-CAD and Revit.
UC DAAP Woodshop, University of cincinnati Sep2008-Mar2010Woodshop Supervisor. Assist customers in using shop tools. Enforce shop safety rules.
Construction worker May2009-Sep2009Responsibilities included: pouring concrete, building wall frames, roofing, installing tiles, plumbing, and painting.
Lens Crafter Nov2008-May2009 Reatail associate. Responsible for Sales and Customer Service.
Ouazzi Architecture, Morocco May2008-Sep2008site analysis, Computer modeling and photoshop rendering.
American Red Cross Nov2007-Sep2008Fundraising and scheduling meetings.
SkillsDigitalProficient in AutoCAD, Revit Architecture, 3dmax (rendering and animation), Ecotect, Archicad, FormZ, Rhino (Grasshopper), Sketch-up, Photoshop, Illustrator, In Design. Experienced in Maya and Dreamweaver and Rapid Prototyping: cnc milling, 3D print-ing, laser cutting and vacuum forming
ManualComfortable in using wood and welding machines, model making and drafting.
ArchitecturalProblem solving, Site analysis (solar radation and thermal calculations), coordinatin construction documents, modeling, rendering and animation.
OtherExcellent skills in various office software including Microsoft word, excel and Power-Point. Fluent in Arabic, French and English
Thank you
Portfoliofadadi resumethank you
