ALMOG NAHUM UNIVERSITY OF SOUTH FLORIDA ADVANCED DESIGN PORTFOLIO ALMOGNAHUM@USF.EDU
INDEX
MORGAN LIBRARY ANNEX ENCORE URBAN INSTALLATION BOSTON SEAPORT FABRICATION LAB NEWTOWN MULTI-FAMILY HOUSING HMS SCHOOL OF ARCHITECTURE ADDITION
MORGAN LIBRARY ANNEX
PROFESSOR GOODWILL /
N Y
/ FALL 2018
almog nahum / morgan library annex / 5
An extension for the Morgan Library museum is the last assignment of Core 3. After a trip to New York, the location for the site was chosen to be right along the Highline. The part of the Highline in front of the intervention must seamlessly integrate with the building itself. Using different programs to test skin systems was encouraged.
almog nahum / morgan library annex / 9
The model was created on 3ds max after a series of draft models. The skin created digitally proved to be difficult without the assistance of a 3d printer or a laser cutter. In order to preserve the model’s exact form, sections were taken every two feet and individually cut onto slides of plexiglass. When arranged in order, the result is a three dimensional model embedded within a block of glass.
Multiple skin tests were cut into plexiglass blocks before being finalized in the digital model. The lattice work was something that was not guaranteed to be represented accurately in model form.
One of the main objectives of this design was to create a connection between the Highline and the Morgan Library. In order to do that, an open public space that extends outwards from underneath the building’s skin invites visitors to step off of the Highline. By having this space unenclosed, it remains public and actually gives more space to the Highline.
ENCORE URBAN I STALLAT
PROFESSORS ROBLES & SWANSON / SPRING 2
E INTION
2018
almog nahum / encore urban installation / 21
Encore developments in downtown Tampa requested an interactive installation shading structure in their technology park. Groups of four tackled the issues brought forth by the Tampa Housing Authority. My group, consisting of Reid Fisher, Tyler Szymkowiak, and Leena Erchid decided to create benches that allowed visitors to place themselves as if they were musical notes on different level seating.
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The group’s focus was on the connections; how the steel hovered in the gap, how the panel dug its way into the concrete, and how the spacers were precisely created using steel tubing. The simplicity of our proposal allowed for the concentration to be emphasized on the way each material interacted with the other. Much testing was done in order to reach this finalized stage.
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almog nahum / encore urban installation / 25
almog nahum / encore urban installation / 27
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C B A
This fully exploded axonometric illustrates the intended full scale of the installation. The one built by the group was just a portion, restricted by the allotted budget. The vertical panels were CNC milled in the studio while the files for the metal seating were sent to Tampa Steel Supply in order to be laser cut and broken professionally.
almog nahum / encore urban installation / 29
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F
E D
A
B
C G
A B C D E F G H I
5.75” x 14“ x 10” CONCRETE BLOCK WITH INSETS 16“ x 14” x 10” CONCRETE FORM 5.75“ x 14” x 10” CONCRETE BLOCK 1/2” JOINT CONNECTOR 1/2” NUT 1/2” STEEL THREADED ROD 1/2” SCHEDULE 40 STEEL TUBING PERFORATED BROKEN 1/4” STEEL PERFORATED 1/4” STEEL PANEL
almog nahum / encore urban installation / 31
The next stage in the class is to redesign another group’s project using whatever was successful in previous designs. Again, I was chosen to create the rendering and work on the 3d modeling portion of the updated design agreed upon by the group. This was the rendering that I created based on my team’s input.
almog nahum / encore urban installation / 33
The final stage in the class was to create a finalized three dimensional model. The grasshopper cutouts were agreed upon by the class, and once again we were split into groups based on ability. My group’s job was to create the graphics and renderings. We divided the task up so that each person would create two renderings.
almog nahum / encore urban installation / 35
The installation in these final renderings is the one that is to be built in the summer of 2019 in the Encore Technology Park. All of the schematic designs will be used to create the shop drawings during the same summer course.
BOSTON PORT FA CATION
N SEAABRILAB PROFESSORS GUNDERSEN & MACLEOD / FALL 2019
almog nahum / boston seaport fabrication lab / 41
This fabrication lab located in the boston seaport area is a project mainly focused on the roofing conditions and the responding ground conditions. Light filtration and programming within the 30,000 square foot facility are necessary in order to fit in the required studio space to fabricate steel and have a gallery space. A building was modelled on rhino in order to 3d print the roof structure system to hold the folding light filtering skin system.
almog nahum / boston seaport fabrication lab / 45
WORKSHOP
RIBBED ROOFING STRUCTURE ARTIST IN RESIDENCE
FABRICATION AREA
MUSEUM/GALLERY
OUTDOOR WORKSPACE
almog nahum / boston seaport fabrication lab / 47
Design of the fabrication lab is pinpointed through using multiple sections and plans, rather than primarily a 3d model. Carving out the program necessitates this method, so that the spaces read cohesively throughout the whole of the building.
almog nahum / boston seaport fabrication lab / 51
The gallery space is specifically highlighted through the moment wherein the roof twists to become a wall that touches the floor towards the end of the twist. The pod, which is removable in the model, showcases the promenade of stairs that oversee the roofing condition.
almog nahum / boston seaport fabrication lab / 53
CROSSWISE SECTION
almog nahum / boston seaport fabrication lab / 55
LENGTHWISE SECTION
almog nahum / boston seaport fabrication lab / 57
CROSSWISE SECTION
almog nahum / boston seaport fabrication lab / 59
PLAN
NEWTOW MULTI-F HOUSIN
PROFE
WN FAMILY NG
ESSOR HALFLANTS / SPRING 2020
almog nahum / newtown multi-family housing / 65
NORTH
Starting with an exercise in urban planning, my partner Mark Ramon and I worked in tandem with Ardit Samarxhiu and Nini Nguyen in order to produce two different site plan developments for a plot of land in Newtown, Sarasota.
almog nahum / newtown multi-family housing / 67
NORTH
Each site plan had to specifically lay out a museum, supermarket, and housing units within close range in order for the next step of the project to be executed. The area I decided to focus on in my 32nd scale model is highlighted in yellow
almog nahum / newtown multi-family housing / 69
NORTH
The design for my housing units would be ones that step up at each repeating pair in order to fit parking and a shopping center underneath, with a museum positioned at the end.
almog nahum / newtown multi-family housing / 73
By modelling the units, museum, and shopping center digitally, I was able to create circulation that was more organic and took advantage of the way the building stepped up as it progressed overtop the museum, where visitors would be able to look up and see residents occupying their units
almog nahum / newtown multi-family housing / 75
TH NOR
almog nahum / newtown multi-family housing / 77
TH NOR
almog nahum / newtown multi-family housing / 79
The museum utilizes thicker roofing and floors in order to differentiate itself from the rest of the development. A ribbed skin system was created for the facade as well. Cuts into the roof reveal the resident circulation from above in order to showcase the community’s present, as well as its past within the museum.
almog nahum / newtown multi-family housing / 81
In the 16th model, red was used in order to highlight the meandering circulation that took residents throughout the building to their unit. Part of the concept was allowing for all circulation to be external rather than conditioned, and incidental meetings to occur while going to a unit.
almog nahum / newtown multi-family housing / 83
Many units also utilized multiple levels, with the private stairs above the main circulation. This creates a carved out profile for the facade and indicates that the building is full of life and every part of it has a use. By not completely enclosing the apartments in a conditioned box, each unit is easily identifiable as well as vastly different from the next one. In total, each block has 10 units. The photograph above shows 20 units.
HMS SCH OF ARCH TURE AD TION
HOOL HITECDDIPROFESSOR HALFLANTS / SPRING 2020
LOCATION 123416 MAPLE DRIVE, TAMPA, FL 33620 (HMS PARKING LOT)
LATTITUDE 28.067310
LONGITUDE -82.407890
SITE AREA 44,640 SQFT.
ZONING PLANNED DEVELOPMENT
OCCUPANCY EDUCATIONAL (E) ASSEMBLY (A-1) ASSEMBLY (A-2) ASSEMBLY (A-3)
PROPERTY SETBACKS NORTH EAST SOUTH WEST
0FT 5FT 5FT 5FT
An extension to the existing USF architecture building located in the parking lot adjoining was assigned. The program was loose and the intervention could either be a seperate building or incorporate some type of connection between the old building. Required were a number of extra studio spaces for core and thesis students, 10 faculty offices, jury spaces, a gallery for model presentation, and an assembly space large enough for 100 people.
100FT
NORTH
almog nahum / hms school of architecture addition / 109
RIBBED SHADE SYSTEM
MODULAR STUDIO SPACES OUTDOOR CIRCULATION
OUTDOOR BRIDGES BETWEEN BUILDINGS COURTYARD AND MAIN STAIR CIRCULATION TOWER
FM US
AUDITORIUM SPACE
EXISTING ARCHITECTURE BUILDING ON USF CAMPUS
LLO PO ICAL P TRO
ULH
ALL EH
R TU LEC
LE P MA
IVE DR
RTH O N
almog nahum / hms school of architecture addition / 111
The studios take up a majority of the program with faculty offices located in easy to access areas. Every part of the program has a relationship with the exterior and interior; the walkways provide opportunity for sunlight. A tower, topped with a conference room, on the western side of the intervention serves as a circulation core.
almog nahum / hms school of architecture addition / 113
STUDIO SPACES
FACULTY OFFICES GALLERY/JURY SPACE CONFERENCE ROOM
RESTROOMS
CIRCULATION CAFE EXTERIOR/INTERIOR AUDITORIUM
FULL BUILDING MASSING
almog nahum / hms school of architecture addition / 117
ELEVATOR
EXTERIOR CIRCULATION MAIN STAIR
STAIR CIRCULATION EXTERIOR HALLWAYS
GALLERY/ JURY SPACE
EXTERIOR CIRCULATION
FIRE STAIR
Enclosed studio space with external circulation wrapping around studio “pods” placed throughout the building. This is done in order to create an abundance of spaces where incidental meetings occur, as well as opportunities to experience fresh air and sunlight.
FLOOR 1 UP
UP
UP
OFFICE
OFFICE
PAINT
MODEL SHOP
ROUTER
OFFICE
UP
UP
UP
UP
UP
D
CAFE
UP
AUDITORIUM
ADMIN
EXISTING OAK
OFFICE
OFFICE
MAPLE DRIVE
UP
UP
DN
AMPHITHEATER SEATING
DN
EXISTING OAKS
A similar language is used in the addition in order to complement the existing building. External circulation, characterized in the plans with grid hatching shows where the buildings connect using bridges that span across a courtyard.The ribbed roofing system is shown on the ground floor with dashed lines.
UP
FLOOR 2
DIGITAL LAB
GALLERY/ PRESENTATION SPACE
UP
OUTDOOR SEATING/ LOUNGE
FLOOR 3 PHOTO DIGITAL LAB
OFFICE
CONFERENCE
PAINT
THESIS
JURY
UP
DN
KITCHEN DN
RECEPTION
STAGE
ADVANCED
GALLERY
DN
OPEN OFFICE
UP
STORAGE UP
STORAGE
THESIS
JURY
OFFICE
MODEL STORAGE
RESOURCE LIBRARY
PHOTOGRAPHY ROOM
DN
SPRAY ROOM
JURY SPACE
JURY SPACE
UP DN
DN
FLOOR 4 CORE 1
CONFERENCE
CORE I
CORE III
PIN-UP DN
MECHANICAL
SKYLIGHT ABOVE
MECHANICAL
PRINTERS
OFFICE LOBBY
JURY
OFFICE
VESTIBULE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
12' - 2"
MECHANICAL
PIN-UP
DN
19' - 6"
TERRACE
CORE III
CORE III
ADVANCED
ADVANCED
ADVANCED
ADVANCED 27' - 9"
VIEWING DECK
DN
DN
FLOOR 5
almog nahum / hms school of architecture addition / 125
Wide hallways provide impromptu presentation spaces near studios in order to foster interest in other students’ work. The ribbed overhead roofing system creates shading in exterior areas that would receive too much direct sunlight.
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A courtyard space in between existing architecture building on the USF campus and extension proposal was an important part of this concept. Main stairs that extend inwards to become the auditorium connect to the external circulation system that bridges between the HMS building and extension.
almog nahum / hms school of architecture addition / 131
The circulation tower with the conference room at the topmost level is seen on the left in this rendering. The ribbed system turns downward to line the exterior walkways surrounding the studios and leading to the gallery and jury space on the right. An overlooking balcony for the gallery sits right beside the ribs.
almog nahum / hms school of architecture addition / 133
Students within studios have access to natural sunlight, as well as a line of sight into other studios. Concrete benches line the fourth floor in order to encourage a less formal way of working, as well as for a place for students and faculty to interact within the building. This area overlooks the third floor studio and ribs.
This cross-section is taken, East-West, across the bridge between the two buildings. Also shown are the different sized studio “pods� that sit across and unconditioned space underneath the ribbing structure. A similar language is used in the addition, but lighter materials are used in order to show the contrast between the new and the old.
North-South lengthwise section showing only the addition. Cutting right through the auditorium stair seating, ribbing system and studio spaces. Also depicted is the viewing balcony for the gallery right beside the ribs.
West-East cross section taken through the gallery space. The relationship between the original building and the addition is evident in this rendered section; a line of vision from the outdoor circulation of the addition goes to the small extension of the existing HMS building.