TESSNEEM ELKHATEEB
TESSNEEM ELKHATEEB
7900 west 129th st. Overland Park, KS 66213 tessneeme@gmail.com 9136020782 https://issuu.com/t613e403
ARCHITECTURE STUDENT 5TH YEAR - M.Arch. I ABOUT ME
DESIGN SKILLS
My name is Tessneem Elkhateeb and I am an aspiring artist and architecture student who loves pushing myself into all aspects of design. I am currently an Associate Architect and Virtual Reality Assistant at Pendulum in Kansas City, Missouri and in my 5th year of the M.Arch Program at the University of Kansas. I am also a freelance graphic designer and painter based in Kansas City where I receive commissions for my work. Being a very efficient and versatile worker, I am a dedicated individual whose passion only continues to grow in the architecture profession.
3D MODELING
V-Ray | Keyshot | Maxwell | 3Ds Max | Blender | Autodesk Cloud (Revit) | Lumion
WORK EXPERIENCE
PERSONAL SKILLS
PENDULUM: ARCHITECTURE FIRM
Drawing Painting Photography Teaching Writing
Associate Architect, Virtual Reality Assistant, Architecture Intern Atlanta Braves Spring Training Ballpark Gastonia FUSE Sports Complex Luther Williams Field June 2017-Present Kansas City , MO
KUMON MATH AND READING CENTER Advanced Instructor, 2010-2017 Olathe, KS
Advanced Math Assistant | Advanced Reading Assistant | Head Grading Assistant | Head Training Assistant for new employees| Client Services | Public Relations Director | Key holder
KANSAS CITY DESIGN CENTER Project Manager, August 2017-Present Kansas City Area Project manager of the revitalization study for Santa Fe and Key Coalitions in Kansas City, Missouri
RESEARCH ASSISTANT - SMART CITIES/SMART HOUSIN
Research Assistant, August 2017 - Present Lawrence, KS | Kansas City Area
Research on the efficiency and effectiveness of smart sensors in cities and housing
SOFTWARE
Rhinoceros | Revit | Sketchup | 3DS Max | AutoCad
ARCHITECTURAL GRAPHICS
Photoshop, Illustrator, InDesign | Corel Painter
RENDERING
DIGITAL FABRICATION 3D Printing | CNC Routing | Laser Cutting
ANALOG FABRICATION Model making | Woodwork | Metalwork | Design Build Construction
Public Speaking Organization Leadership Communication Teamwork
DISTINCTIONS + AWARDS SENIOR HOUSING NEWS / FALL 2017 Student Exhibition 2017 | 1st Place
UNIVERSITY OF KANSAS / WATER CHARRETTE / SPRING 2016 Most Sustainable Design Award | 1st Place
JOHNSON COUNTY COMMUNITY COLLEGE / ACADEMIC HONOR ROLL / FALL 2012 - SPRING 2014 President’s List | 4.0 GPA Dean’s List | 4.0 GPA Phi Theta Kappa
EDUCATION
STUDENT INVOLVEMENT
UNIVERSITY OF KANSAS
URBAN LAND INSTITUTE COMPETITION / SPRING 2017 Urban Design Development Chicago, IL
Lawrence, Kansas, 2014-2018 Masters of Architecture, M.Arch. I
JOHNSON COUNTY COMMUNITY COLLEGE
NATIONAL ORGANIZATION OF MINORITY ARCHITECTURE STUDENTS / FALL 2016 - Fall 2017
Overland Park, Kansas, 2012-2014 Architecture History + Design
1465 - YEARBOOK DESIGNER/ SPRING 2016
HIGH SCHOOL DUAL INDEPENDENT STUDY iQ Academy Kansas, Blue Valley Northwest High School Overland Park, Kansas, 2009-2012
Executive Board - Secretary School of Architecture Yearbook Designer and Student Relations / Yearbook Staff
STUDY ABROAD - SUMMER 2017 Italy, Slovenia, Austria, Czech Republic Documentation: https://arcg.is/1q4Db8
HOBBIES AND ACTIVITIES LANGUAGES English Arabic
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Proficient Conversational
Drawing
Family + Friends
Photography Painting
Traveling Teaching
SENIOR HOUSING
PAGE 04-13
BURNET COUNTY COURTHOUSE
PAGE 14-23
HUD COMPETITION
PAGE 24-29
CHICAGO LYRIC OPERA
PAGE 30 - 37
CHARETTE + ULI
PAGE 38 - 41
ARTWORK
PAGE 42 - 49
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WINNER OF THE INTERNATIONAL SENIOR HOUSING COMPETITION LOCATION: LAWRENCE, KS
The Sprague Apartments, designed by Kansas architect Charles L. Marshall in 1960, is an iconic destination for retired University of Kansas faculty members who wish to stay close to the campus. The concept of being able to age-in-place is an important issue and we chose a local facility that is already a part of our community. Add-ing additional living units and programming to this existing retirement community must be undertaken with respect to its historic context and an appreciation of the importance of the site. We want to connect these residents to the city that they have grown to love by renovating the existing building and adding a beautiful modern addition. 4
UNIT PLAN
BUILDSMART WALLS Prefabricated wall systems that consist of highly insulative polystyrene foam sandwiched between OSB board with additional framing on the interior side. This system allows from better insulation, tighter joints and less air infiltration. Being prefabricated in a controlled warehouse environment ensures the quality of the wall systems.
A
SMART TOILETS Smart toilets can monitor residents health by taking daily urine and stool samples.
1/4� scale
SMART MIRRORS Smart mirrors will be able to monitor and track aging residents health by sensing changes in skin and color and muscle changes in the face that could indicate a stroke.
TWO-WAY STEEL FLOOR SYSTEM
PRESCIENT WALL SYSTEM
This new type of flooring system has enough rigidity that floor sensors and gait analysis equipment can monitor the health of its residents. This type of flooring system is also very recyclable and able to be disassembled and used in a new location.
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BIOSWALES
Storm water runoff conveyance systems that provide an alternative to storm sewers. This improves water quality by infiltrating the first flush of storm water runoff and filtering the water flow.
PERVIOUS PAVING
Allowing rain water and other sources to pass directly through, thereby reducing the runoff from a site
RAIN GARDEN
Absorbs the runoff flow, and remove pollutants before the water reaches a storm drain.
LEVEL SPREADER
To promote infiltration and improve water quality as well as mitigate the impact of stormwater runoff.
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INFILTRATION TRENCH
Water treatment system to allow the removal of pollutants from surface water.
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TS
CUSTOM DETAIL/SECTION/MOOD BOARD Uber drop-off for quick access to the site. Additional integrative space for a clear view of Downtown Lawrence
WALKABLE TERRACE
Facing south to allow for ultimate absorption of sunlight.
SOLAR PANELS CAFE SEATING UNDER BRIDGE/CANOPY Bridging the connection between students and those living here. SURROUNDING PAVEMENT Around roof garden to connect to pavement deck.
INTERACTION
UBER DROP-OFF/PICKUP
1/2” scale
CONNECTION BRIDGE Connection to KU Campus and Danforth Chapel
RESIDENT UNITS NETWORK Connected pedestrian walkability for students seniors
EAST ELEVATION 1/8”= 1’-0”
EAST 10
All 19 of the residential units, as well as an additional student/ building manager unit, are located on a double loaded corridor on the north wing of the building. The layout of the residential wing is designed to allow for interaction with the university campus but also maintain a public/private buffer zone. The units on the north side of the building have balconies facing the street but the lowest level, that interacts with the landscape contains maintenance and enrty spaces. Conversely, the south facing units open up to the courtyard and coffee shop, creating a large private space for all residence to interact.
GREEN ROOF Not only will there be an abundant amount of green space in the central courtyard but residents will also have to opportunity to exercise/relax on a green roof that incorporates walkways and seating throughout. A unique feature of the green roof is the lightwells that bring light to the second level of residential units below. The incorporation of direct light through the roof also represents a transparency between the different levels of the residential wing of the building.
SOLAR ROOF An array of solar panels will help contribute to the sustainability of the building and reduce the amount of electricity needed to be purchased from the city.
GEOTHERMAL Along with solar technology on the roof, there will be a geothermal system laid below the building. The water in the geothermal piping will help cool the building in the summer and warm the building in the winter. Together the use of these advanced sustainable features will bring the building closer to being independent from city power and could actually sell back the extra power that is created to the city grid. The building will be set up to incorporate other passive technologies, such as wind turbines, in the future.
LIVING LAB A truly unique and indespensible feature of this building is three floors of state-of-the-art Living Lab space that will help revolutionize the way that agingin-place is looked at in the future. Scientists will be able to remotely monitor the residents and using a two-way steel flooring system can track such things as gait analysis. These systems will be able to predict resident health and potentially prevent dangerous falls and other medical issues by collecting multitudes of information.
PARKING The needs of all residents, workers, and visitors for parking will be fulfilled by a 30 SPACE underground parking garage directly under the courtyard above. To minimize the feeling of being confined underground, the garage will implement lightwells in the roof that allow direct sunlight through from the courtyard. This can be an engaging feature, to see who is parking below, for those exercising and enjoying the flora in the courtyard.
COFFEE SHOP The coffee shop serves as one of the main social hubs in the building. This communal area allows residents, college students, and those working at/visiting the Living Lab to come together and converse in a welcoming space. A place where intergenerational demographics can teach and learn from each other about the research/technology implemented within the building itself and broader topics throughout the university campus and Lawrence community.
NORTH 11
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BURNET COUNTY COURTHOUSE LOCATION: AUSTIN, TX
Located in the heart of the Texas Hill Country, the nearly 1000 square miles of Burnet County is quickly developing. The Burnet County government is devoted to sustaining a healthy quality of life for its people. They pride themselves on being close with the citizens within this agricultural town. Currently, the site is the location of a courthouse which is very simple and geometric. Our goal for this tight-knit county was to create a government building that was welcoming to those in the area. Th courthouse designed would draw people to the area because of an interesting and aesthetically pleasing building and landscape design.
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Focusing on circulation and one’s role in the courthouse, the debate between nurture and nature became our final concept. The relationship with this popular topic and a courthouse is the idea that some people may need to enter a courthouse because of the choices they have made in life while others may need to enter a courthouse for a reason not resulting from their own actions. Therefore, it was important for the courthouse to be an icon as the bridge between both sides.
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Emphasizing the idea of a central core that would be protected by its surrounding structure was a vital part of developing our concept and building design. With that, a stronger emphasis was placed on overlapping structure to represent a continuity between the front and back of the form.
Service Entrance/Loading
Sallyport
Attorn. Int.
UP
Prisoner Processing
Attorn. Int.
Mail and Delivery Screening
HC
HC
HC
HC
HC
Mechanical Room
Mechanical Chase
Judge Office
DN Attorn. Con. Security Command
Kitchenette/ Files
Storage/ Workroom Magistrate Courtroom Firearm Vault
Deputy
Reception
Reception Jury
Staff WC
Deputy
WC
Closet/ Soundlock
WC
Jury
WC
Lobby
HC
Kitchenette/ Files
WC
Court Security
Closet/ Soundlock
WC
HC
Judge Office
Reception
WC
AV/Storage
Exit
Attorn. Con.
Public Bathroom
Magistrate Courtroom
Public Bathroom WC
Manager
WC Admin
Waiting
Housekeeping Closet Paralegal
Reception
Admin Office Shared Workroom
ETS Closet
UP Asst. Dist. Attorney
Data Paralegal Staff Lounge
Records Storage
Asst. Dist. Attorney
UP Record Storage
Cashier Room
Lobby
District Attorney Public Defender
UP
WC
Lobby WC
WC
WC
Main Entrance
Jury Assembly
Security
Storage
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Judge Office
DN Attorn. Con. Security Command
Magistrate Courtroom Firearm Vault
Deputy
Reception
WC
Closet/ Soundlock
Reception Jury
Staff WC
Deputy
Closet HK Closet
Kitchenette/ Files
Storage/ Workroom
HC
Jury
WC
Public RR
AV/Storage
Exit
Public RR Officer in Charge
Attorn. Con.
Public Bathroom
WC
District Courtroom
Closet/ Soundlock
WC
HC
Reception Holding Cell
Kitchenette/ Files
WC
Law Clerk
WC
Jury
WC
Court Security
Judge Office
Reception
WC
Lobby
Chambers
WC
Att. Con.
Closet
UP
File Room Pretrial Officer
Pretrial Officer
Magistrate Courtroom
Public Bathroom
Reception WC
Manager
Urinalysis Lab Lobby
WC Admin
Waiting
Housekeeping Closet Paralegal
Reception
Admin Office Shared Workroom
Closet
ETS Closet
Records Storage
Closet
DN
Records Storage WC
Asst. Dist. Attorney
Elec. Closet WC
DN
Paralegal Staff Lounge
Firearm Vault
Urinalysis Toilet
WC Housekeeping
Patio
UP Data
WC +6
Asst. Dist. Attorney
UP
Storage/Workroom Lounge/Conference
Record Storage
DN
Cashier Room
Lobby
District Attorney Public Defender
UP
Officer
Housekeeping
WC
Lobby WC
Officer
WC Firearm Vault WC
Main Entrance
Manager
Open Work Area
Jury Assembly
Security
Lab
Lobby Urinalysis Toilet Storage
DN
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Roof Drain Single-Play Roofing 4" Rigid Insulation 4" Concrete Slab on Metal Deck 6' Joist Girder 72BG Moisture Barrier 1'x1' Duct W14x90 Steel Beam 5" Aluminum Fin 8'x6' Aluminum Composite Moisture Barrier 3" Rigid Insulation Glazed Head at Finish Suspended 5/8" Gypsum Ceiling
Curtain Wall System W14x90 Steel Column Glazed Head at Finish Glass Railing Wooden Plank Finish 3" Concrete Slab on Metal Deck Drain W14x90 Steel Beam 3" Rigid Insulation 1'x1' Duct 6' Joist Girder 72BG 5" Aluminum Fin 8'x6' Aluminum Composite Moisture Barrier 3" Rigid Insulation Glazed Head at Finish Suspended 5/8" Gypsum Ceiling
Curtain Wall System W14x90 Steel Column Wooden Plank Finish Glazed Head at Finish 3/4" Plywood 3" Concrete Slab on Metal Deck
W14x90 Steel Beam Suspended 5/8" Gypsum Ceiling 1'x1' Duct Gravel Infill Moisture Barrier 6" Rigid Insulation 12" Concrete Foundation Wall French Drain 6" Concrete Slab 6" Insulation 48"x12" Bearing Footing 12" Gravel Infill
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Single-Ply Gravel Stop Roof 4” Rigid Insulation 4” Concrete Slab on Metal Deck Aluminum Parapet Wall Coping Cap 6” Metal Stud 5” Aluminum Fin 8’x6’ Aluminum Composite 1/2” Air Cavity 3” Rigid Insulation Moisture Barrier 1/2” Aluminum Stud 6” Joist Girder 72BG 1’ Steel Plate Bolted Steel Plate Aluminum Hat Channel W14x90 Steel Beam
Double-Layer Curtain Wall W14x90 Steel Column 5” Aluminum Fin Bolted 4"x4" Steel Angle Mullion
Structurally-Toughened and Heat-Soaked Glass Aluminum Post with Silicone Sealant Continuous Metal Clamping System Concrete Structure for Railing Connection Aluminum Parapet Coping Cap Wooden Plank Finish 1/4” Air Cavity Pedestal 3” Rigid Insulation Sloped for Drainage 3” Concrete Slab on Metal Deck 6’ Joist Girder 72BG W14x90 Steel Beam 5” Aluminum Fin Aluminum Hat Channel 8’x6’ Aluminum Composite 1/2” Air Cavity Bolted Steel Plate 1’ Steel Plate Moisture Barrier 1/2” Aluminum Stud
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HUD COMPETITION - 2018 LOCATION: DOVER, NH
The City of Dover, New Hampshire has a rich history and culture dating back to colonial times. This history can be seen in the architecture and design throughout the city, particularly in the downtown area and near the mill. The city is seeing substantial growth in aging residents, and one of the locations that is of particular interest for senior housing development is a large plot of land located between the Edgar Bois Apartments on Niles Street and Niles Park Apartments on Union Street. These apartments are low density developments, and the city as well as these developers are looking to introduce and increase density in this area. This project addresses an action plan to create a balanced use of advanced technology, social interaction, sustainability, and affordability for the future of Dover.
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DATA IN-FLOW
SMART MIRROR Smart Mirrors use facial recognition to monitor skin abnormalities, heart rate, plaque build up, and eye dysfunction.
BED SENSORS Bed Sensors collect heart rate data to adjust individual sleeping conditions. The adjustments automatically made prevent abnormal sleeping habits and frequently waking up.
SMART Smart Toilets collect data on hydration, blood pressure, and heart rate, and can communicate levels to health care providers. Being aware of hydration can prevent chemical imbalance and disorientation.
RESPONSIVE LIGHTING Responsive lighting patterns creates a more natural transition of light between rooms. Light sensors reduce the impact on eye function and decrease the need for ocular devices.
BUILD SMART Build Smart walls are part of a prefabricated building envelope system that creates passive house energy levels efficiently and simply. This process allows for better quality in sustainable practices.
GAIT Active and passive sensors detect variations in movement on a microscopic scale to determine deficiencies and alterations. This sensor analysis detects early signs of physical diseases, allowing for earlier
ADAPTABLE KITCHENS AND BATHROOMS | ADA CLEARANCES | UNIVERSAL DESIGN PRINCIPLES | WALK-THROUGH CLOSETS | ROLL-IN SHOWERS | GRAB BARS | ZERO STEP ENTRANCE | DATA COLLECTION | FALL DETECTION
TALL PLANTERS Accessible standing planters provided for each individual dwelling encourage residents to go outside and garden, and can lead to prolonged independence. These planters can help residents suffering from dementia focus their mind on something familiar.
FALL DETECTION Remote sensors detect higher impact rates, indicating degree of the fall. These sensors allow doctors to be notified immediately about any potential imbalances.
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INFILTRATION TRENCH Water treatment system to allow the removal of pollutants from surface water.
BIOSWALES Storm water runoff conveyance systems that provide an alternative to storm sewers. This improves water quality by infiltrating the first flush of storm water runoff and filtering the water flow.
LEVEL SPREADER RAIN GARDEN Absorbs the runo ow, and remove pollutants before the water reaches a storm drain.
To promote infiltration and improve water quality as well as mitigate the impact of stormwater runoff.
PERVIOUS PAVING SOLAR PANELS Facing South to allow for ultimate absorption of sunlight.
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Allowing rain water and other sources to pass directly through, thereby reducing the runoff from a site
1800s
1900s
2018
UNION ST.
CONNECTING TO COURT ST.
Contrasting with the open green space on the site, Union Street will be designed with many sustainable and technological features of an urban streetscape, including much of the innovative technology executed in the smart streets of Dover’s 2023 Master Plan. The big idea surrounding the redevelopment of Union Street is creating an environment that is safely and attractively walkable by residents. With an asymmetrical streetscape design, planning for a wider public space and sidewalk on the north side of the street will provide more access to sunlight during the year including the melting of ice and snow during the winter months.
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Leveraging Institutional Resources The City of Dover is ideally located within a short driving distance of several of the country’s top medical universities. We have a unique opportunity to leverage the funds that these programs spend on research and clinicals, as an income source for our low-income smart-housing community. By renting out our living lab to these medical institutions for a price 2-3 times above market rate, we can subsidize the additional costs that our smart sustainable units will incur. The majority of these institutions are within an hour and fteen minute drive from our living lab, and many of these programs would jump at the opportunity to rent a facility with a large number of elderly and/or disabled persons as well as one with such a substantial ow of data from their patients’ homes. Dover, NH University of New England College of Osteopathic Medicine -Ranked #86 out of all medical schools nationally 15 Minutes
City of Dover, New Hampshire
1 Hour
University of New Hampshire Medical School -Ranked #103 out of all medical schools nationally Harvard Medical School -Ranked #7 out of all medical schools nationally Boston College School of Medicine -Ranked #32 out of all medical schools nationally
2 Hours
Boston University School of Medicine -Ranked #24 out of all medical schools nationally Tufts University School of Medicine -Ranked #74 out of all medical schools nationally University of Massachusetts Medical School -Ranked #85 out of all medical schools nationally
Pedestrian Sidewalk
8’
Bioswale + Tree Bike Lane
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3’ 2”
4’
10’
10’
One-Way Drive Lan
y ne
By utilizing the main artery of Union Street and extending Niles Street through to connect with Court Street, we have been able to design a 162-unit community with maximum interaction between units as well as between unit and pedestrian. With front doors as well as patios facing other front doors, the 3-4 story development will be split into several different buildings. On the streetside, the patios for each of the ground floor units are raised 3 steps above the grade of the sidewalk to create a small buffer between residential and public but still allow interaction between residents and pedestrians. The street has been slightly changed to create a more pedestrian-friendly environment.
4’
9’ 2”
3’ 2”
Bioswale Parallel Parking Bike Lane
Cold Air
20’
Pedestrian Sidewalk Warm
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CHICAGO LYRIC OPERA HOUSE LOCATION: CHICAGO, ILLINOIS
Opera houses develop a sense of history when entering the space. While still feeling as though you are still engaged in the art and history of what takes place at the opera, the surrounding structure and landscape keeps you in the present. As a group, the Chicago Lyric Opera was designed in between Navy Pier and the Chicago skyline. Developing an axis that integrates both public and private space as well as the city of Chicago and Navy Pier, each space gives an individual their own sense of space along with their own sense of community simultaneously.
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INTEGRATING PUBLIC AND PRIVATE SPACES AND DEVELOPING THE OVERALL EXTERIOR SHAPE OF THE BUILDING
PLACING A VERTICAL ELEMENT ALONG A NORTHSOUTH AXIS TO CREATE STOA
EXTRUDING THE OVERALL SHAPE DOWN TO BEGIN DEFINING SPACES
INTEGRATING THE LANDSCAPE ALONG THE SHAPE OF THE BUILDING AND INTO LAKE MICHIGAN AND NAVY PIER
AN INTEGRATION OF PUBLIC AXIS AND FORMAL EVENTS ALONG AN URBAN ENVIRONMENT TO CREATE A NEW ATMOSPHERE AND NEW EXPERIENCE ALONG SITE
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Orch. Manager
Prop Shop
WC
Stage Manager Visiting Manager
WC
Electrical Repair
Back Offices
Chief Technician
Green Room Chorus Rehearsal Room
Wig Shop
Master Carpenter
Crew Lounge
Loading Dock
Orchestra Rehearsal Room Back Atrium Scene Shop
Loading Dock
Instrument Room Chorus Lounge Stage Areas Orchestra Practice Rooms
Restaurant
Orchestra Pit Restaurant Patio
Auditorium Coat Room
Coat Room
Coat Room
Gift Boutique Box Office
Lobby
Main Bar
MAIN LEVEL: -1’-6” - 2’-0” 3/64" = 1’-0”
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Respecting the existing site with curving forms to the North with a stoa that creates a central axis stretching toward the water, it was essential to maximize the use of the site. Limestone defines the programatically private spaces while the metal panels and glazing wrap the public and auditorium. With that, the idea of adjacencies was emphasized to define public versus private spaces. Encouraging the interaction between the skyline and the pier assisted in fusing the public and private spaces subconsciously.
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AUDITORIUM SECTION 1/16" = 1’-0”
AUDITORIUM SECTION 1/16" = 1’-0”
NUMBER OF SEATS: 2,200 OPTIMAL REVERBERATION TIME: 1.4 - 1.6 s T60 = V/ST VOLUME OF AUDITORIUM (V): 535,600 FT3 AREAS OF NUMBER OFABSORPTION: SEATS: 2,200 SEATS:REVERBERATION 7,300 + 3,000 + 5,000 15,300 OPTIMAL TIME: = 1.4 - 1.6 sSF OPENING = 2,000 SF T60 PROSCENIUM = V/ST TOTAL = OF 17,300 SF VOLUME AUDITORIUM (V): 535,600 FT3 V/ST =OF 535,600/17,300 AREAS ABSORPTION:SF = 30.9 REVERBERATION TIME:+1.5 s = 15,300 SF SEATS: 7,300 + 3,000 5,000 PROSCENIUM OPENING = 2,000 SF TOTAL = 17,300 SF V/ST = 535,600/17,300 SF = 30.9 REVERBERATION TIME: 1.5 LEVEL s 4: 39’-0”-45’-0” 3/64" = 1’-0”
LONGITUDINAL SECTION 3/64" = 1’-0”
LONGITUDINAL SECTION LONGITUDINAL SECTION 3/64" = 1’-0”
LONGITUDINAL SECTION 3/64" = 1’-0”
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WATER CHARRETTE 2016 UNIVERSITY OF KANSAS WINNER OF THE MOST SUSTAINABLE DESIGN SOLUTION PROPOSING A SUSTAINABLE DESIGN SOLUTION WHICH INCORPORATES THE ENTIRE BUILDING AS A SUSTAINABLE SYSTEM. BY DESIGNING A SYSTEM WHICH UTILIZES WASTE, WATER, ENERGY AND FOOD, THE BUILDING ENCOMPASSES SUSTAINABILITY IN ARCHITECTURAL DESIGN. TEAM: TESSNEEM ELKHATEEB, SCOTT HARRISON, LATEISHA LEE, MOE ALSINAN
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URBAN LAND INSTITUTE COMPETITION 2017 CHICAGO, ILLINOIS THE E-VOLVE DISTRICT EMPHASIZES THE ROLE OF CHICAGO’S ART, TECHNOLOGY, AND ECO-FRIENDLY ARCHITECTURE AND PARKS AND PUSHES IT TO BE THE TECHNOLOGICAL CATALYST FOR CHANGE THROUGH THE EXPANSION OF SMART CITIES. ON-SITE RENDERINGS: MAX CANTU-LIMA SITE PLAN + SITE RENDERING: TESSNEEM ELKHATEEB GRAPHICS: KYLE WALSH
Data Driven 1. Innovation Hub 2. Technology Library Research Center 3. Makers Space 4. Innovation Space
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Sustainable Focus
3
2
2
4
1
1. Green Roof 2. Community Roof Top Garden 3. Makers Space 4. Land Renewal Marsh 5. Local Greens Market 6. Living Lab 7. Affordable Green Roof top 8. Rooftop Park/Water Capture
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Catalyst for Change
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6
1
4 10
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1. Community connected Hotel 2. Prefabricated High-Rise 3. School 4. Public Library 5. Local Recycling Drop off 6. Center for Gigabyte Network 7. Net Zero Residential 8. Gallery Space 9. Multi-dependent Sustainable Block 10. Museum Space
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8
Inn
200’ 0’
40
100’
400’
THE E-VOLVE IS AN ACTION PLAN WHIH TIES THE CULTURALLY RICH ART, PROGRESSIVE TECHNOLOGY, AND ECO-FRIENDLY ARCHITECTURE AND PARKS OF DOWNTOWN CHICAGO TO ONE CENTRAL NETWORK. BY INTERTWINING A STRATEGY WHICH REDEFINES THE AREA SITTING NORTH OF GOOSE ISLAND, THE E-VOLVE NEIGHBORHOOD WILL EXEMPLIFY THE DELINEATION OF WHAT A SMART CITY IS MEANT TO BE. DEVELOPING A COMMUNITY WHICH ENVISIONS ITSELF AS CHICAGO’S NEXT MAKERSPACE AND TECHNOLOGY HUB, THE DEMOCRATIZATION OF TECHNOLOGICAL FIELDS TIES TO A SENSE OF PLACE. BY CHANNELING THE INTENTIONS SET OUT BY MAYOR RAHM EMANUEL, THIS SMART CITY HUB PREPARES FOR THE FUTURE BY ORIENTING ITSELF TO BE DATA DRIVEN, ENVIRONMENTALLY FOCUSED, AND A CATALYST FOR CHANGE.
E-volve The
Future
Data Driven
in
Sustainable
0’
200’
Data Driven 1. Innovation Hub 2. Technology Library Research Center 3. Makers Space 4. Innovation Space
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Use
Catalyst
Sustainable Focus
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2
2
Daniel, Age 29 Computer Science “Great opportunity to work for an emerging tech company”
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1. Green Roof 2. Community Roof Top Garden 3. Makers Space 4. Land Renewal Marsh 5. Local Greens Market 6. Living Lab 7. Affordable Green Roof top 8. Rooftop Park/Water Capture
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5 2
Zach, Age 34 Barista “The atmosphere is welcoming and inspiring for my art
Catalyst for Change
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4 10
Isabella, Age 27 Graphic Design “Youngv crowd. Good Vibes.”
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1. Community connected Hotel 2. Prefabricated High-Rise 3. School 4. Public Library 5. Local Recycling Drop off 6. Center for Gigabyte Network 7. Net Zero Residential 8. Gallery Space 9. Multi-dependent Sustainable Block 10. Museum Space
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Innovation Courtyard - Tech Hub 31.5% 5.9%
Greg, Age 35 Accountant “Great location! So close to Downtown. Fantastic Community”
Office
10.9%
Retail
2.7%
Hotel
1.7%
200’ 0’
400’
100’
Programatic Break Down
Apartments Condominiums
16.5%
Other
9.8%
Parking
9.0%
Community
13.7%
Innovation
River Walk + Renewable Marsh Park
Development Program
Constructed
Map of 1857 Reinvigurating the historical manufacturing site of Chicago called for a complete shift in identity. The autmosphere was altered from its industrial coldness to an organic warmth. The proposal reclaims the site from before the industrial revolution. Going through two revolutions, E-Volve now faces the rise of the ever expanding technological era.
Pre-existing
Metro Lines
5 min Walk
Existing Versus Proposed Figure Ground Metro Lines Revived Streetscape Bike Lane To reinvigorate the site, E-Volve has been developed in to a high dense mixed used district, which Bike aimsSharing encourageData an Collector active, close knit Geothermal community. With a Proposed Pipes Bike Sharing mixed income population and additional affordable housing that accounts for 10% of the new development. In an urban planning lens, E-Volve establishes “a sense of place” for the spectacle of urban living to inhabit.
Bike Lane
Bike Paths and Transit Bike Sharing
Proposed Bike Sharing
Data Collector
10 min Walk
Metro Lines Bike Sharing
Revived Streetscape
Phase One
Pre-existing
Constructed
Pre-existing
Constructed
Bike Lane Proposed Bike Sharing
Data Collector
Apartments Condominiums Office Retail Community Innovation
Revived Streetscape Geothermal Pipes
22% 0% 26% 11.8% 25% 16.2%
Data Receptors
Geothermal Pipes
As Chicago is moving towards a more pedestrian friendly streetscape, the site is equiped with bike lanes and pedestrian walkways throughout the entire complex. While there is still traffic for automobiles, it has been reduced to invited a more personal experience for the occupants and visitors of the area.
Technology is the industry of the future, and innovative technology cannot progress without the collection of data. Rahm Emanuel’s goal with the program “Array of Things” looks to move Chicago forward through the collection and distribution of public data. Our site looks to bridge the gap between private and public knowledge.
Phase Two
Data In-Flow GAIT ANALYSIS
DATA COLLECTION
Active and passive sensors detect variations in movement on a microscopic scale to determine deficiencies and alterations. This allows for earlier detection of physical diseases, allowing earlier treatment.
The collection of data gives researchers the chance to predict different health risks and instances based on algorithymns formed from various collection facilities.
FALL DETECTION
PRE-FAB BUILDINGS
Remote sensors detect higher impact rates, indicating degree of the fall, and allows doctors to be notified immediately.
Pre-Fabrication of building elements allows for the technology heavy elements to be made quickly and efficiently, and allows for better quality in sustainable practices.
Apartments Condominiums Office Retail Community Innovation
44.28%
Apartments Condominiums Office Retail Community Innovation
35.7%
16.2% 25% 12.4% 11.47% .5%
Live
Phase Three SMART TOILET
RESPONSIVE LIGHTING
Dehydration is often overlooked in society, which can cause disorientation and chemical imbalance. Smart Toilets collect data on hydration, blood pressure, and heart rate.
Changing lighting patterns creates a more natural transistion between rooms, reducing the impact on eye function, allowing for less need for oculatory devices.
SMART MIRROR
BED SENSORS
Can monitor skin abnormalities, plaque build up, and eye dysfunction.
Many people suffer from abnormal sleeping habits, including getting up frequently and readjusting. Bed Sensors collect heart rate data and can adjust sleeping conditions.
Data
Compl et
e Stre
ets
Collect io Living n Lab
18.8% 13.7% 14.2% 16.7% .5%
Section
Taking a look at the living lab and the collection of censors it harvestsits data from. Also, complete streets with bioswales.
Biosw ale
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PAINTINGS | HAND DRAWINGS
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