portfolio5 low

BRIAN LUCE

UPSTATE

Medical U

niversity

Crouse Hospital

Public Housing

Erie Blvd.

E. Water St.

E. Washington St.

E. Genesee St.

E. Genesee St.

E. Fayette St.

E. Taylor St.

Monroe St.

E. Adams St.

Harrison St.

Madison St.

Cedar St.

Destiny Node 2ISS

4012 14 16 18 20 22 24 26 28 30 32 34 36 38

NHBFUTURE

MangalyaanMAVEN

ExoMars ExoMars NHB Mission 1 NHB Mission 2 NHB Mission 3 NHB Mission 4 NHB Mission 5 NHB Mission 6 NHB Mission 7 NHB Mission 8 NHB Mission 9

INFLATABLES

3D PRINTING

INFLATABLE CAPSULES

TUNA CANS

SpaceX Reuseable Rocket

02030405

0706

0910

01

08

Brooklyn Navy Yard Food FactorySemester in New York: 2012

Dr. Mohajer OfficePJC Architecture: 2015

Play PerchFreedom By Design - Design Build: 2012-2013

Pauls RampFreedom By Design: 2011

The New Human BranchThesis Project: 2013

Biotecture GreenhouseLuce Residence: 2008-2013

I-81 VisioningUPSTATE: 2014

16 Jacobs Way Pool HouseKing / Construction / Design: 2015

70 E 10th StKing / Construction / Design: 2015

Goldman ApartmentPJC Architecture: 2015

Destiny Node 2ISS

4012 14 16 18 20 22 24 26 28 30 32 34 36 38

NHBFUTURE

MangalyaanMAVEN


INFLATABLES

3D PRINTING

INFLATABLE CAPSULES

TUNA CANS


0203040607

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Play PerchDesign Build: 2012-2013





The pool house was part of a larger remodeling of the main house. The clients were interested in adding to the existing pool and creating an indoor space that allowed for a visual connection to the outside spaces on either side. We wanted to create a pool house that acted as a center point between the existing pool to the south, the main house to the east, and the bar and fire pit to the north. We thought of the pool house as three distinct areas: the exterior covered space, the interior entertainment area, and the bathroom and outdoor shower area concealed in the back. I worked through different ways of separating the spaces through material choices and levels of transparency.

The front roof between the main house and the pool house proper provided an opportunity for creating a space that blurred the line between interior and exterior. For this reason we studied different ways to handle covering the space including wooden trellis structures, fabric covers, and even removing the covering all together. In the end the client preferred to extend the roof from the main structure over the exterior covered space and ending the roof in a blade edge facing the pool and the main house.

We studied the pool house through a combination of three dimensional Revit models and renderings which allowed the client to get a clear idea of the design as we worked through it. Through quick integration on several main strategies, I was able to work through designs with owners of the firm and the client. The team wanted to test different sizing and spacing of the trellis. Within Revit I developed parametric models that allowed me to iterate on different spacing and sizing of structural members and to study the lighting for the space over the course for the day with different canopies. Once I had a few that the team liked, I was able to fine tune the different wooden members and the spacing between them.

Design collaboration with KCD team, Revit modeling, renderings by Brian Luce

Play PerchFreedom By Design - Design Build: 2013

Drawings by Brian Luce, design collaboration with Freedom by Design

The design embeds environmental education in an outdoor pavilion, incorporating sun, wind, water management and the like. Mounted on six splayed pairs of V-shaped legs, Play Perch wraps around a mature tree and projects above a sloped hillside. Weather-resistant walls are framed in timber and clad with weathering steel panels, perforated in a feather-pattern. Steel struts on the roof support polycarbonate panels that illuminate the interior and communicate the movement of branches and leaves above. Gutters in the roof overhang considerably so children can see water running off to the splash rock below. The roof forms an oculus around the tree for the children to peer up into the branches. The large beak window is a polycarbonate sheet that cants outward to maximize the childrens view from the highest point. A custom climbing net stretches across the opening between the floor and the tree. Interior furniture includes etchings of local animal footprints and leaves for the children to discover and embedded magnifying glasses to encourage investigation. The underbelly is a backlit constellation of stars and the birdlike form of Play Perch sits in a landscape of nest-like fences dotted with concrete eggs.

Design collaboration with Freedom by Design, Photos by various photographers

Dr. Mohajer is a gastroenterologist practicing in New York City. He was relocating his office and was looking to create an unique office that fit well with his form of practice.

We worked out several layouts that we thought would work for his practice. The schemes we came up with fell into two main camps. Ones were the exam room was placed in the center and the other program of the office happened around it and ones where the exam room was pushed to back windows. The strength of the first set was that the program was formally expressive and created an object in a field effect. We also felt that letting natural light pass from the back wall to the front of the office was important for creating a comfortable space.

In the end the team decided to take elements of both forms of the plan and make them work together. We placed the exam room and his office in the back. This gave the patient a clear path from the entry, to the consultation office, and finally to the exam room. We then let light from the back of the office come through a translucent wall that separated the reception area from the consultation office. The wall became a backdrop for the reception area and the first thing you see when you enter the offie. The glass was designed to be staggered in order to create a unique feel to the space and to hide the module of the glass. We added a dropped ceiling to hide the split AC system and used this as an opportunity to uplight the space and create a softer, more diffused lighting for the space.

RM. NO.CL

RM. NO.CL

RM. NO.EXAM ROOM

RM. NO.OFFICERM. NO.

RECEPTIONRM. NO.WAITING

ELECTRICAL METERS

703

700

EXIT

12' - 8"

15' -

8 1/2"

9' - 6"

12' - 8"

6' - 1 1/2"

5' - 4"

7' - 7"

5' - 1 1/2"

3' - 5

1/2"

34' - 9"

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11 1/

2"

OFFICE DESK

RECEPTION DESK

RECEPTION TABLE

EXAM DESK

EXAM TABLE

PANTRY

SHELVES

RAD

R C H I T E C T U R EP J CT: 212 268 6335 F: 212 268 6337 E-mail: [email protected] WEST 39TH STREET SUITE 1205 NEW YORK, NY 10018

A

ASCHEMATIC DESIGN A

12/17/15

BABAK MOHAJER, MD OFFICE 20 WEST 20TH ST SUITE 703 NEW YORK, NY 10011

SCALE: 1/4" = 1'-0"1 PLAN OPTION A

N


A

ASCHEMATIC DESIGN A

12/17/15


RM. NO.WAITING

RM. NO.RECEPTION

RM. NO.Room

RM. NO.CL

RM. NO.EXAM ROOM

ELECTRICAL METERS

703

700

EXIT

17' -

4 1/2"

8' - 1

1/2"

5' - 4

1/2"

13' -

6 1/2"

5' - 11

1/2"

7' - 9"

10' - 8 1/2"10' - 9"

25' - 8" 11' - 4 1/2" 10' - 8 1/2"

9' - 4"

OFFICE DESK

RECEPTION DESK

PANTRY

EXAM DESK

EXAM TABLE

RECEPTION TABLE

3' - 3" 3

' - 6"

SHELVES

RAD


A

BSCHEMATIC DESIGN B

12/17/15


SCALE: 1/4" = 1'-0"1 PLAN OPTION B

N


A

BSCHEMATIC DESIGN B

12/17/15


3' - 6"

ELECTRICAL METERS

703

700

EXIT

RM. NO.WAITING

RM. NO.OFFICE

RM. NO.EXAM ROOM

RM. NO.CL

RM. NO.RECEPTION3' -

6"

3' - 7

1/2"

6' - 4" 12' - 5 1/2"

12' - 10

1/2"

16' -

8 1/2"

9' - 8"

5' - 11

1/2"

OFFICE DESK

RECEPTION DESKTV

EXAM DESK

EXAM TABLE

PANTRY

SHELVES

RAD


A

CSCHEMATIC DESIGN C

12/17/15


SCALE: 1/4" = 1'-0"1 PLAN OPTION C

N


A

CSCHEMATIC DESIGN C

12/17/15


RM. NO.RECEPTION

RM. NO.WAITING

RM. NO.EXAM ROOM

RM. NO.OFFICE

RM. NO.CL

ELECTRICAL METERS

703

700

EXIT

6' - 1"

7' - 0" 11' - 9"

17' -

2"

8' - 4

"9' - 4"

47' - 8"

15' - 1"

13' -

5"

OFFICE DESK

RECEPTION DESK

PANTRY

RECEPTION TABLE TV

EXAM DESK

EXAM TABLE

SHELVES

RAD

703


A

DSCHEMATIC DESIGN D

12/17/15


SCALE: 1/4" = 1'-0"1 PLAN OPTION D

N


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DSCHEMATIC DESIGN D

12/17/15


Pauls RampFreedom By Design: 2011

Designed and built in collaboration with Syracuses chapter of Freedom by Design

Destiny Node 2ISS

4012 14 16 18 20 22 24 26 28 30 32 34 36 38

NHBFUTURE

MangalyaanMAVEN


INFLATABLES

3D PRINTING

INFLATABLE CAPSULES

TUNA CANS


EROPEAN SPACE AGENCYNASAMARS FOUNDATIONDoule, Ondrej. Mars Base 10- Concept Design: Permanent Settlement on Mars and Terrestiral Analogue Mars Base. M. Sc. , Internation Space University, August 2008Mars Foundation. Mars Foundation. marsfoundation.org. Homan, Stephen. Keplan, David. Human Exploration of Mars: Reference Mission of The NASA Mars Exploration Study Team. July 1997.

Lynbon B. Johnson Space Center, 1997.

Heat Shield

The heat shield has to be made of a specic material that resists the heat created while entering the atmosphere and the ionized air that pools on top. It must also break apart in order to allow for the inatables on the sides to inate. Parts are dropped along the way in order to allow for this to occur.

Outer Aluminum Shell

The shell holds the pressure inside and resist changing pressures on both sides. Aluminum would be used because it is understood by the aerospace industry and a regolith shield will be used to deal with radiation. Holes will be put on both sides for inatables to increase the lateral space within.

Inatables

The inatables are stored in the sides of the aluminum shell until the capsule lands. Then they are inated to give more space in the lateral direction. This type is inatable expansion of space has not been employed in prior designs and would enhance the spaces created by allowing for more diverse activities.

Storage

When the inatables are inated, oor tiles are put down into a metal frame. These oors vary depending on the program within the capsule.

The Mars Foundations design employs the construction of capsules on Mars in two separate pieces that are connected together and then added to the settlement. This creates long thin spaces that are dicult to program.

NASAs reference mission uses vertical solid tubes that do not expand once they land. The amount of space available during the journey does not change once it is on Mars. Everything is contained in a movable settlement that is made up of single capsules that are not connected.

The European Space Agencys design employs inatables on the sides on the capsule but their design is focused on a single mission with no plan to aggregate capsules together.

Connection between Inatable and Aluminum Shell

Because of the use of inatables on both sides of the capsules and the location of the inatables the connectors have to be able to resist dierent forces at dierent points of the ring. Tensional and compressive forces both exist on the ring. Both the benets outweigh the price.

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Destiny Node 2ISS

4012 14 16 18 20 22 24 26 28 30 32 34 36 38

NHBFUTURE

MangalyaanMAVEN


INFLATABLES

3D PRINTING

INFLATABLE CAPSULES

TUNA CANS


Samsung Flexible Display at CES 2013: YOUM, YouTube video, 04:46, Samsung Tomorrow on Jan 11, 2013, posted by Samsung, Jan 11, 2013. http://www.youtube.com/watch?v=N3E7fUynrZU.

The Simulation Cube (CAVE RV SYSTEM, YouTube video, 05:15, VisionaiR 3D on Nov 10, 2011, posted by VisionaiR 3D, Nov 10, 2011. http://www.youtube.com/watch?v=Gb9ayYGM-4c.

Samsung Flexible ScreenSTAR TREK HOLODECK VR CAVE

20292028 2030

Crew Hab

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Greenho

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Earth Return Vehicle

Fuel Fact

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Greenhouse

Fuel Factory

Crew Habitat

Communication Center

VR caves allow people to be in a totally immersive environment and see them in three dimensions. Thin screens and technologies like Google Glass and contact lens displays could allow the settlers to experience environments they will leave behind for a long periods of time while settling Mars.

In the Star Trek series the ships were equipped with several rooms that could create any environment, situation, or object the crew desired. This was used to mediate the psychological impact of living in space. Although the technology required to create an actual holodeck does not exist yet the ability to create virtual reality spaces is gaining speed and will be at a level where its use in the Mars settlement could fulll similar qualities of the holodecks.

Samsung has developed a thin exible screen that could be used in The New Human Branch project. It is conceivable that this screen will become more powerful and thinner before this project is deployed. Screens similar to this one could be coated onto hard surfaces and folded up with the inatables.

Aluminum Shell

Screens

There will be thin exible lms that are attached to the surfaces of the capsule in order to allow for the environment within the capsule to change to whatever the settlers desire. This will resemble the environments created in the Star Trek Holodecks. With the added advance of technologies like Google Glass and contact lenses with heads up displays, the environments could even take on a three dimensional quality that could make the experience even more immersive. This has many benets including the mediation of the psychological impact of living in space and increased connectivity of the settlers to everything happening in the settlement and on earth.

Insulation

Kevlar Inatable

Insulation

Pressure Seal

Insulation

Kevlar InatableInsulation

Aluminum Shell

Pressure Seal

Storage

1.

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OMEGA GARDENMARS FOUNDATION MARS DIRECT

Food Growing Area

The growing units are organized into areas where a person can stand, take the unit o the tracks and pick the food. They can also replant the unit and do other maintenance. There are two counters and tracks to move the planter o the larger track.

Omega Garden Hydroponic units

I would have to speak with Omega specialist to nd out how many people could be supported o a unit and so if the parts could be 3D printed.

Fiberglass Ribs

These light weight supports act as the tracks for the omega garden units. They also store pipes transporting water and nutrients as well as support the oor and counters.

In the Mars society scheme the greenhouses are very small and inatable because the stay is shorter and the crew is only in that location for a limited time span. In The New Human Branch project the greenhouse is part of infrastructure that will be there for a life of the settlement. For this reason it is rigid with inatables on its sides and permanent.

The Mars foundation has designed greenhouses in the past that take advantage of at trays in order to make the process of setting up, maintaining, and replacing parts very simple. The New Human Branch on the other hand is looking at creating the most plants for the area available and will be embracing a high tech solution to packing food production into a conned space.

The Omega Gardening unit takes the food produced on a at surface and raps it into a tube in order to increase the amount of food produced. It also decreases the amount of energy needed for the production of light and increases the health of the plants in lower gravity situations. It is a hydroponic system and the plants are rotated around and immersed in water every cycle using 95% less water than traditional farming.


The 72 gardening units in this organization produce 5,760 plants with room left over on the sides to store supplies and for other activities. The side areas later become outdoor seating areas. One greenhouse will produce 2,000 sq. ft. of produce. With advanced growing techniques and increased yield that comes from the controlled environment this could support a single person year round.

Inatable that folds into the Outer Solid Shell

The inatable is stored in the side of the solid shell until the capsule lands and then is inated to give more space in the short direction of the tube. This allows for an area to process food and store equipment

Zubrin, Robert, and Richard Wagner. The Case for Mars: The Plan to Settle the Red Planet and Why We Must. Upd. ed. New York: Free Press, 2011.

2024

Greenhou

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Greenhou

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2023 2025Connectors

Greenhouse

Greenhouse

4

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3 6

2

Mars Foundation. Mars Foundation. marsfoundation.org. Omega Garden. Omega Garden: Hydroponics Design. Last updated 2013 www.omegagarden.com.

OMEGA GARDENMARS FOUNDATION MARS DIRECT

Food Growing Area

The growing units are organized into areas where a person can stand, take the unit o the tracks and pick the food. They can also replant the unit and do other maintenance. There are two counters and tracks to move the planter o the larger track.


I would have to speak with Omega specialist to nd out how many people could be supported o a unit and so if the parts could be 3D printed.

Fiberglass Ribs

These light weight supports act as the tracks for the omega garden units. They also store pipes transporting water and nutrients as well as support the oor and counters.

In the Mars society scheme the greenhouses are very small and inatable because the stay is shorter and the crew is only in that location for a limited time span. In The New Human Branch project the greenhouse is part of infrastructure that will be there for a life of the settlement. For this reason it is rigid with inatables on its sides and permanent.

The Mars foundation has designed greenhouses in the past that take advantage of at trays in order to make the process of setting up, maintaining, and replacing parts very simple. The New Human Branch on the other hand is looking at creating the most plants for the area available and will be embracing a high tech solution to packing food production into a conned space.

The Omega Gardening unit takes the food produced on a at surface and raps it into a tube in order to increase the amount of food produced. It also decreases the amount of energy needed for the production of light and increases the health of the plants in lower gravity situations. It is a hydroponic system and the plants are rotated around and immersed in water every cycle using 95% less water than traditional farming.


The 72 gardening units in this organization produce 5,760 plants with room left over on the sides to store supplies and for other activities. The side areas later become outdoor seating areas. One greenhouse will produce 2,000 sq. ft. of produce. With advanced growing techniques and increased yield that comes from the controlled environment this could support a single person year round.

Inatable that folds into the Outer Solid Shell

The inatable is stored in the side of the solid shell until the capsule lands and then is inated to give more space in the short direction of the tube. This allows for an area to process food and store equipment

Zubrin, Robert, and Richard Wagner. The Case for Mars: The Plan to Settle the Red Planet and Why We Must. Upd. ed. New York: Free Press, 2011.

2024

Greenhou

se

Greenhou

se

2023 2025Connectors

Greenhouse

Greenhouse

4

2 6

3 6

2

Mars Foundation. Mars Foundation. marsfoundation.org. Omega Garden. Omega Garden: Hydroponics Design. Last updated 2013 www.omegagarden.com.

FOSTER + PARTNERS NASA NASA CURIOSITY ROVERESA

Foster and Partners is employing a 3d printer to create the shielding needed to keep radiation away from the people inside the enclosure. The new human branch will use a similar technique to create a shield. 3D printers can be used to create shapes that could not be created with normal construction techniques, involves less human interaction during construction, and can use local regolith to create the extrusion materials.

NASA has proposed to 3d print moon bases in order to decrease the amount of payload needed to star a settlement on the moon. The more you can create in situ the lower the price will be to create a settlement on the moon and Mars.

First Stage

The rst stage of construction of the large pressurized space is the 3d printing of a base. The capsules will sit on this and create the seal. The accuracy of the 3d printing will allow for the seal. A lm of plastic may be added in order to increase the seal if needed. Testing would have to be preformed to assure the seal will work.

Inatable

When the capsules have been placed an inatable will be connected to them in order to create a larger pressurized space between them. This space will be used for gatherings, testing of equipment, communication with groups on earth, and connection to earth by creating earth like environments. The inatable will have a thin exible lm on the inside surface that acts as a screen projecting images of anything the settlers desire.

Regolith Sheild

Similar to the Foster + Partners moon base project, the New Human Branch will Utilize 3d printing technology to fabricate a radiation shield out of the regolith of Mars. The shield will wrap underneath the capsules in order to create a pressure sealed environment inside. For this reason the capsules inside the regolith shield can be opened up and a larger space will be created.

Second Stage

The second stage of construction involves moving the capsules into place. A process of moving the capsules would have to be developed. This could consist of wheels or legs that slowly move them into place. Once they are in place the side inatables deploy and the space within the capsule enlarges.

Third Stage

The third stage of construction involves connecting the large inatable to the capsules and continuing the 3d printing of the regolith shield. Once the inatable is deployed the space is usable for short periods of time do to radiation until the regolith shield is completed. Once the shield is created the settlers will have more room for activities and access to Martian soil without the use of space suits.

1.

2.

3.

Mars Surface

When the area is pressurized there is 2830 sq.ft. of open space where the settlers have access to the surface of mars without the use of a pressure suit.

2031 2032

Manufac

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Fuel Factory

Foster+Partners. Foster+Partners News. Last updated 2013 www.fosterandpartners.com/news/foster-+-partners-works-with-european-space-agency-to-3d-print-structures-on-the-moon/.

NASA. ISRU-Based Robotic Construction Technologies for Lunar and Martian infrastructures. Last updated Fabruary 16, 2013 www.nasa.gov/directorates/spacetech/niac/2012_phaseII_fellows_khoshnevis.html.

FOSTER + PARTNERS NASA NASA CURIOSITY ROVERESA

Foster and Partners is employing a 3d printer to create the shielding needed to keep radiation away from the people inside the enclosure. The new human branch will use a similar technique to create a shield. 3D printers can be used to create shapes that could not be created with normal construction techniques, involves less human interaction during construction, and can use local regolith to create the extrusion materials.

NASA has proposed to 3d print moon bases in order to decrease the amount of payload needed to star a settlement on the moon. The more you can create in situ the lower the price will be to create a settlement on the moon and Mars.

First Stage

The rst stage of construction of the large pressurized space is the 3d printing of a base. The capsules will sit on this and create the seal. The accuracy of the 3d printing will allow for the seal. A lm of plastic may be added in order to increase the seal if needed. Testing would have to be preformed to assure the seal will work.

Inatable

When the capsules have been placed an inatable will be connected to them in order to create a larger pressurized space between them. This space will be used for gatherings, testing of equipment, communication with groups on earth, and connection to earth by creating earth like environments. The inatable will have a thin exible lm on the inside surface that acts as a screen projecting images of anything the settlers desire.

Regolith Sheild

Similar to the Foster + Partners moon base project, the New Human Branch will Utilize 3d printing technology to fabricate a radiation shield out of the regolith of Mars. The shield will wrap underneath the capsules in order to create a pressure sealed environment inside. For this reason the capsules inside the regolith shield can be opened up and a larger space will be created.

Second Stage

The second stage of construction involves moving the capsules into place. A process of moving the capsules would have to be developed. This could consist of wheels or legs that slowly move them into place. Once they are in place the side inatables deploy and the space within the capsule enlarges.

Third Stage

The third stage of construction involves connecting the large inatable to the capsules and continuing the 3d printing of the regolith shield. Once the inatable is deployed the space is usable for short periods of time do to radiation until the regolith shield is completed. Once the shield is created the settlers will have more room for activities and access to Martian soil without the use of space suits.

1.

2.

3.

Mars Surface

When the area is pressurized there is 2830 sq.ft. of open space where the settlers have access to the surface of mars without the use of a pressure suit.

2031 2032

Manufac

turing Un

it

Greenho

use

Earth Re

turn Veh

icle

Fuel Fact

ory

Greenhouse

Manufacturing Unit

Fuel Factory

Foster+Partners. Foster+Partners News. Last updated 2013 www.fosterandpartners.com/news/foster-+-partners-works-with-european-space-agency-to-3d-print-structures-on-the-moon/.

NASA. ISRU-Based Robotic Construction Technologies for Lunar and Martian infrastructures. Last updated Fabruary 16, 2013 www.nasa.gov/directorates/spacetech/niac/2012_phaseII_fellows_khoshnevis.html.

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Mars Semi Direct Plan Mars Semi Direct PlanMars Semi Direct Plan

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Solid tuna can22,000 lb

InatableSolid tuna can

21,560 lb440 lb

Solid tuna canInatable440 lb 27,560 lb

CO2

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21,560 lb440 lb


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2Upgraded Humans Solid tuna can

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440 lbSolid tuna canInatable

440 lb 27,560 lbSolid tuna canInatable

440 lb 27,560 lb Solid tuna can22,000 lb


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21,560 lb440 lb

Solid tuna canInatable440 lb 27,560 lbSolid tuna canInatable

440 lb 27,560 lb

2Upgraded Humans

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Magnesium chloride

Aggregate


Water

H2 Filtering

Martian Regolith

Plastic lament

Fiberglass String

CH4

Magnesium oxyide

Magnesium chloride

Aggregate


Water

H2 Filtering

Martian Regolith

Plastic lament

Fiberglass String

Inatable

Inatable

3D Printing

Inatable

Inatable

3D Printing

3D Printing

Landing Pad

Inatable

Inatable

3D Printing

Work

H2


4Upgraded Humans

2Upgraded Humans


4Upgraded Humans


6Upgraded Humans

CO2 CO2

CO2

CO2

H2

H2

H2O

H2O

CO2 CO2

CO2

CO2

H2

H2

H2O

Factory Unit

Sleep

Food

Hygiene

Entertainment

Work

EARTH RETURN

Sleep

Food

Hygiene

Entertainment

CREW HABITAT

Work

MATERIAL FACTORY

Hydrogen Colection UnitFactory Unit

Sleep

Food

Hygiene

Entertainment

Work

EARTH RETURN

Sleep

Food

Hygiene

Entertainment

CREW HABITAT

Work

Hydrogen Colection Unit

Work

ROCKET FUEL FACTORY MATERIAL FACTORY

2020 2022 2025 2027 2030

Sing

ular

ity

Theo

ry

Sing

ular

ity

Theo

ry

MIT

Mar

s Su

it

MIT

Mar

s Su

it

Sing

ular

ity

Theo

ry

MIT

Mar

s Su

it

MIT

Mar

s Su

it

Sing

ular

ity

Theo

ry

MIT

Mar

s Su

it

Sing

ular

ity

Theo

ry

MIT

Mar

s Su

it

Fact

ory

Uni

t

Gar

age

Factory Unit

(Ina

tabl

e)

(Ina

tabl

e)

CREW HABITAT

CREW HABITAT

Gar

age

Factory Unit

Fact

ory

Uni

t

Gre

en H

ouse

concrete3D printertrack

CREW HABITAT

CREW HABITATCREW HABITAT

Green House

CREW HABITAT CREW HABITAT

CREW HABITAT

Green House


CREW HABITAT


CREW HABITAT

Fact

ory

Uni

t CREW HABITAT CREW HABITAT

CREW HABITAT


CREW HABITAT


CREW HABITAT

Gar

age

Fact

ory

Uni

t

(Ina

tabl

e)

(Ina

tabl

e)

Factory Unit Laboratory

look out


CREW HABITAT

Gar

age

Fact

ory

Uni

t

Moble Lab

Laboratory

Moble Lab

Green House

Com

pany

spa

ce

Com

pany

spa

ce

Com

pany

spa

ce

(Ina

tabl

e)


CREW HABITAT


CREW HABITAT


CREW HABITAT

Green House(Inatable)

Gre

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ouse

(Ina

tabl

e)

Gre

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ouse

(Ina

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e)

Gre

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(Ina

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concrete3D printer


Green House

REGOLITH SUPPLY

REGOLITH SUPPLY

concrete3D printertrack

Fact

ory

Uni

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REGOLITH SUPPLY

CREW HABITAT CREW HABITATGreen House

(Inatable) (Ina

tabl

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(Inatable) (Ina

tabl

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(Inatable)

Factory Unit

REGOLITH SUPPLY

REGOLITH SUPPLY

CREW HABITAT

Laboratory

Gre

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Gre

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ouse

Gre

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Fact

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Uni

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Fact

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Uni

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Fact

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Uni

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Laboratory

Laboratory

CREW HABITAT

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Gre

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Gre

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Gre

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Fact

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Uni

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Fact

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Fact

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Uni

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Uni

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Green House

Green HouseGreen House

Green HouseGreen House

Labo

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Gre

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Gre

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Gre

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10Upgraded Humans


22Upgraded Humans


32Upgraded Humans


62Upgraded Humans

CREW HABITAT

CREW HABITAT

Com

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spa

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Com

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spa

ce

Com

pany

spa

ce

CREW HABITAT

CREW HABITAT

CREW HABITAT

CREW HABITAT

3D printedLanding Pad

3D printedLanding Pad

concrete3D printed Factory

Com

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ce

Com

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spa

ce

Com

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Com

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Com

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Com

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ce

Biotecture GreenhouseLuce Residence: 2008-2013

I-81 VisioningUPSTATE: 2014

While working at UPSTATE: A Center for Design, Research and Real Estate, I worked on research and plans for the possible futures of the I-81 viaduct running through Syracuse New York. The viaduct had separated the city from the campus as well as destroying a historical black neighborhood through the use of imminent domain. It is a scar running through the middle of the city, many of the structures that keep it together are in disrepair, and it was time for the city to rethink the way it dealt with transportation and civic life. We studied different ways of creating a ground level option combining the highway and Almond Street below to create a boulevard. Because the on-ramps that would no longer be necessary would be taken out, we were able to use this extra space to create a park snaking along the length of the new boulevard with public amenities and different forms of transportation. We were envisioning biking and walking taking place in the park and also saw the park as a place to deal with the water runoff from the nonporous surfaces of the adjacent rood and parking lots.

UPSTATEMedical University

Crouse Hospital

Public Housing

Erie Blvd.

E. Water St.

E. Washington St.

E. Genesee St.

E. Genesee St.

E. Fayette St.

E. Taylor St.

Monroe St.

E. Adams St.

Harrison St.

Madison St.

Cedar St.

BARRIERS: i-81BARRIERS: WEST ST.BARRIERS: 690BARRIERS: ERIE BOULEVARDBARRIERS:

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail

Single Family Housing


Saint Joseph Hospital Health Center

Student Housing

Destiny USAShopping Mall


Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

West Street

I-81

690

Erie Blvd

BLOCKS TO BE RECONNECTED

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

CONVERTING 1WAYS TO 2WAYS

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

EMINENT DOMAIN

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

ERIE COMPARISON 220FT SECTION

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

INTENSIVE MULTI MODAL IMPROVEMENTS

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

HISTORIC LOOK AT CITY FABRIC

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

HISTORIC LOOK AT CITY FABRIC

DOWNTOWN

NEAR WESTSIDE

NORTHSIDE

SYRACUSEUNIVERSITY

Civic Area

Freight Rail




Student Housing



Crouse Hospital

West Street

Public Housing

Onondaga Creek

Onondaga Lake

I-81

690

Connective Corridor

RAN

GE

REF.DW

4 5 6 7321

A

B

C

D

E

F

16'-7" 3'-4 3/4" 5" 6'-11 1/2" 5" 6'-4 1/2" 5" 8'-9" 5" 3'-3 1/4" 14'-11 1/2"

206.45 SFMASTER BEDROOM2

44.94 SFMASTER CL7

20.18 SFCL6

75.53 SFMASTER BATH8

5.65 SFCL33

79.48 SFOFFICE35

198.72 SFKITCHEN37

326.00 SFLIVING ROOM38

184.07 SFBEDROOM13

7.95 SFCL39

7.36 SFCL40

197.86 SFBEDROOM14

22.65 SFCL49

11.09 SFLC47

25.91 SFCL50 48.33 SF

HALL10

45.79 SFBATHROOM9

143.24 SFDEN41

46.75 SFPOWDER ROOM42

30.07 SFBATHROOM21

31.64 SFBATHROOM1

TV

6.49 SFCL43

7.34 SFCL44

10.36 SFCL45

AC TO REMAIN

AC TO REMAIN

82.38 SFHALL32

FINE CHINACUSTOMCABINETS

AC TO REMAIN

PULL OUTBUILT - IN

CABINET

3.07 SFLC48

TV

CABINETS

CABINET GRADE PLYWOODWITH MINIMALIST DETAILING

110.88 SFDEN5

DISPLAY / STORAGE

BUILTIN DESK

BUILTIN DESK

BOOK SHELVES

13.25 SFPANTRY51

9.85 SFMED. CL52

AV

3.31 SFCL53

WINE REF.

12.21 SFCL55

UNDERMOUNTDRAWER MICROWAVE

SIGN ON DOOR"DOES NOT OPEN"

REMOVABLEMILLWORK

REMOVABLEMILLWORK

REMOVABLEMILLWORK

REMOVABLEMILLWORK

12

3

NO BACKS AT KITCHENCABINETRY BELOW 4

4

4

7'-1

1 3/

4"18

'-10

3/4"

10 1

/2"

3'-1

0"1'

-1"

11'-2

"5"

12'-0

"

9'-1 3/4" 25'-1 1/4" 5" 10'-5 3/4"

7'-1

1"13

'-4"

5"5'

-3"

5"3'

-11

1/2"

8 1/

2"11

'-11

1/4"

5"11

'-11"

612.42 SFDINING ROOM36

7.26 SFCL56

SCBR

SCBR

SCBR

SCBR

SCBR

SCBR

SCBR

SOFFIT TO CONCEALPLUMBING ABOVE

SOFFIT TO CONCEALPLUMBING ABOVE

NO WORK

EXIT

FPS

C 90

MIN

DOO

R

1

4

5

11

1217

20

21

22

23

26

28

30

31

32

35

37

39

44

45

46

47

48

49

50

51

52

95

5

5

9

6

7

7

7

8

8

910

10

10

11

12

13

14

14

14

15

16

17

11

17

17

11

17

8

8

8

19

17

20

21

16

8

8

16

16

16

16

16

16

16

16

16

16

22

22

2324 22

2627

28

29

19

30

30

CBR

CBR

CBR

12" AFF

12" AFF

12" AFFC

BR

12" AFF

ELECTRICAL PANEL

FAN

31

3116

16

NO WORK

32

32

32

32

32

ELECTRICAL PANELADA WHEELCHAIRTURNING RADIUS

DW

24"REF.

24"REF.

COOKTOP

2' - 0"

15' -

4"2' -

8"3' -

5 1/2

"1' -

11 1/

2"1' -

1"1' -

2 1/2

"

2' - 10

"

5' - 5"

4' - 10

"

5' - 1"

4' - 3"

8' - 3

1/2"

5' - 0" 2' - 0"

7' - 9

1/2"

18"

6' - 3 1/2"6' - 8"

6' - 11

1/2"

2' - 2"

EXIST

ING M

ILLWO

RK

DESK

BENCH

RM. NO.OFFICE

4

RM. NO.KITCHEN

5

RM. NO.BATHROOM

3

RM. NO.ENTRY

1

RM. NO.Room

2

COFFEEMACHINE

SINK

GLASS SHELVES

GLAS

S SHE

LVES

MICABOVE


AGOLDMAN 350 W57 TH ST NEW YORK, NY

SCHEMATIC DESIGN B

SCALE: 1/4" = 1'-0"1 CONSTRUCTION PLAN - DESIGN OPTION 2



SCHEMATIC DESIGN B

24'REF.

24"REF.

COOKTOP

18"DW

2' - 0"

6' - 4"

10' -

4 1/2"

3' - 0"

3' - 10

"1' -

0"1' -

2 1/2

"

1' - 11" 3' - 1 1/2" 2' - 0 1/2"

7' - 9

1/2"

2' - 6"

5' - 0

1/2"

4' - 9 1/2"

8' - 5

1/2"

3' - 8 1/2"

3' - 7

1/2"

2' - 0"

2' - 0"

6' - 8"4' -

2"1' -

7"

RM. NO.ENTRY

1

RM. NO.Room

2

RM. NO.BATHROOM

3

RM. NO.OFFICE

4

RM. NO.KITCHEN

5

COFFEEMACHINE

EXIST

ING M

ILLWO

RK

DESK

5' - 1 1/2"

SINK

GLASS SHELVES

GLAS

S SHE

LVES

MICABOVE

BENCH



SCHEMATIC DESIGN C

SCALE: 1/4" = 1'-0"1 CONSTRUCTION PLAN - DESIGN OPTION 3



SCHEMATIC DESIGN C



SCHEMATIC DESIGN C

OPEN TO KITCHEN

3' - 0 3/4" 2' - 0 1/4" 1' - 11 3/4" 2' - 0"

ALIGN

W3

FINISHED COUNTERTOP.

3/4" FINGERPULLS - TYP.

W1

ALIGN

FIXED PANEL

FIXED PANEL

DRY ERASE BOARD

FIXED.

COUNTERTOP.

2

A-504.00

11"

4' - 10

3/4"

3/4"

2' - 6

1/4"

4 1/4"

FINISHED CAB.AROUND NEWREFRIGERATOR.


FIN. SIDE PANELAFFIXED TOLOW WALL.

DRAWER

CREATE NEW DROPPEDSOFFIT - TYP.

(4) 1 1/2"AJUSTABLESHELVES. - TYP.

FIXED SHELF.

3/4" FINGERPULLS.

ROLLER LATCH - TYP.

FINISHED TOEKICK - TYP.

EXISTING BEAM. V.I.F.

11"

1 1/2"

1' - 8

1/2"

1 1/2"

2' - 10

1/2"

1' - 0

3/4"

1' - 6

3/4"

4 1/2"

8' - 9"

1 1/2"

2' - 6"

4 1/2"


1' - 1 3/4" 1' - 3" 1' - 7"

3/4" REVEAL.

NICHE

LIGHT UNDERFIXED SHELFBEHIND VALANCE.

RELOCATEDELEC. PANEL.

BLOCKING AS REQUIRED - TYP.

FINISHED FLOOR - TYP.

1 1/2" FIXED SHELF.

3/4" ADJUSTABLESHELVE TYP.

NEW 5/8" BD. SOFFITON 2 1/2" STUD.

FINISHED CEILING.

CORNERBEAD - TYP.


SIDE PANEL - TYP.

3/4" FINGER PULLS.

SOFT-CLOSE CONCEALEDHINGES - TYP.

ROLLER LATCH - TYP.


10 3/

4"4' -

11"

3/4"

2' - 10

1/2"

8' - 9"

3 1/4" 1' - 0"

1' - 3 1/4"



A

SEAL & SIGNATURE:

DRAWING TITLE:.DOB APROVAL STAMP:

DOB No.

ISS

UED

FO

R

DWG No:.

PROJECT:

NUMBER

DATE:

DRAWN BY: SCALE:

PROJECT NO.:

-

C:\Users\bpluce\Dropbox\ArchitectureFiles\WORK\PJC\Goldman\1505 Goldman Construction12-3-15.rvt

As indicated

KITCHEN

A-504.00

12/4

/15 GOLDMANSTUDIO

350 W57TH ST APT 8E NEW YORK, NY 10019

8E

12/4/15

PJC, BL

1505

00 ISSUED FOR CONSTRUCTION 12-4-15

CO

NS

TRU

CTI

ON

SCALE: 1/2" = 1'-0"1 ELEVATION - KITCHEN EAST 2

SCALE: 1 1/2" = 1'-0"2 SECTION 2 - MILLWORK M01

17 of 19

OPEN TO KITCHEN

3' - 0 3/4" 2' - 0 1/4" 1' - 11 3/4" 2' - 0"

ALIGN

W3

FINISHED COUNTERTOP.


W1

ALIGN

FIXED PANEL

FIXED PANEL

DRY ERASE BOARD

FIXED.

COUNTERTOP.

2

A-504.00

11"

4' - 10

3/4"

3/4"

2' - 6

1/4"

4 1/4"



FIN. SIDE PANELAFFIXED TOLOW WALL.

DRAWER

CREATE NEW DROPPEDSOFFIT - TYP.

(4) 1 1/2"AJUSTABLESHELVES. - TYP.

FIXED SHELF.

3/4" FINGERPULLS.

ROLLER LATCH - TYP.

FINISHED TOEKICK - TYP.


11"

1 1/2"

1' - 8

1/2"

1 1/2"

2' - 10

1/2"

1' - 0

3/4"

1' - 6

3/4"

4 1/2"

8' - 9"

1 1/2"

2' - 6"

4 1/2"


1' - 1 3/4" 1' - 3" 1' - 7"

3/4" REVEAL.

NICHE

LIGHT UNDERFIXED SHELFBEHIND VALANCE.

RELOCATEDELEC. PANEL.


FINISHED FLOOR - TYP.

1 1/2" FIXED SHELF.


NEW 5/8" BD. SOFFITON 2 1/2" STUD.

FINISHED CEILING.

CORNERBEAD - TYP.


SIDE PANEL - TYP.

3/4" FINGER PULLS.

SOFT-CLOSE CONCEALEDHINGES - TYP.

ROLLER LATCH - TYP.


10 3/

4"4' -

11"

3/4"

2' - 10

1/2"

8' - 9"

3 1/4" 1' - 0"

1' - 3 1/4"



A

SEAL & SIGNATURE:


DOB No.

ISS

UED

FO

RDWG No:.

PROJECT:

NUMBER

DATE:

DRAWN BY: SCALE:

PROJECT NO.:

-C:\Users\bpluce\Dropbox\ArchitectureFiles\WORK\PJC\Goldman\1505 Goldman Construction12-3-15.rvt

As indicated

KITCHEN

A-504.0012/4

/15 GOLDMANSTUDIO


8E

12/4/15

PJC, BL

1505


CO

NS

TRU

CTI

ON

SCALE: 1/2" = 1'-0"1 ELEVATION - KITCHEN EAST 2

SCALE: 1 1/2" = 1'-0"2 SECTION 2 - MILLWORK M01

17 of 19

DD

D

D3

D

GFI

GENERAL NOTES

PRIOR TO COMMENCEMENT OF PLUMBING WORK, THE BUILDINGSUPERINTENDENT SHOULD MEET WITH THE PLUMBING SUBCONTRACTOR TOREVIEW INSTALLATION OF SAME AND DISCUSS ANY BUILDING POLICIESWHICH MAY IMPACT THE WORK.

ANY EXISTING CEILING STRUCTURE OR DROPPED BEAM CANNOT ANDSHOULD NOT BE CHANNELED OR CHOPPED FOR ANY REASON.

PROVIDE NEW SHUT-OFF VALVES FOR ALL PLUMBING FIXTURES BEINGINSTALLED. LOCATE VALVES IN AN ACCESSIBLE LOCATION.

INSTALL NEW WATERPROOF MEMBRANE BELOW ENTIRE NEW KITCHENFLOOR (LATICRETE #9235 OR EQUAL). EXTEND MEMBRANE UPSURROUNDING WALLS - 6" TYP.

NOTE: NO OFFSETTING OF ANY EXISTING BUILDING RISERS (PLUMBING ORGAS) IS PERMITTED AS PER BUILDING POLICY.

ALL WALLS TO BE PAINTED, SKIMMED, SANDED AND PATCHED ASREQUIRED-PAINT COLORS TO BE SPECIFIED BY OWNER.

WITH WORK INVOLVING ANY NEW CONNECTIONS TO THE CHASE, NEW INFILLMATERIALS MUST BE PROVIDED AND MATCH IN TYPE AND FIRE RATING THEEXISTING SURROUNDING MATERIALS.

SKIM AND PATCH ALL EXISTING WALLS AND CEILINGS, AS REQUIRED.

PROVIDE DIMMER SWITCHES FOR ALL NEW SWITCHES - U.O.N.

SKIM AND PATCH ALLEXISTING CEILINGS ANDBEAMS

MICROWAVE AND COFFEEMAKER BELOW

UNDER CABINETLIGHT - TYP.

EQ EQ

EQ

3 N

7' 10 1/4" 8' - 7"8' - 7"

PLUG STRIPMOUNTEDBELOW UPPERCABINET - TYP.

LINE OFCOUNTERTOPBELOW - TYP.

E

EXISTING CEILINGMOUNTED LIGHT FIXTURE.

EXISTINGBEAM

3 N

EXISTING COLUMN.

CREATE NEW DROPPEDSOFFIT - ABOVE CAB.

1' - 7"

1' - 0"

1' - 4"

1' - 0"

2' - 0

3/4"

1' - 6 1/4"

KEY

NEW WOOD FLOORING

NEW MILLWORK

EXISTING CONSTRUCTION TO REMAIN

NEW PARTITION CONSTRUCTION

R X

NEW

REMOVE

EXISTINGE

N

X

X

APPLIANCE NUMBER:SEE SPECS

AX

COUNTERTOP NUMBER:SEE SPECS

CTX

X'- X"

NEW DROPPED CEILINGCONSTRUCTION

CEILING HGT. ABOVEFINISHED FLOOR SWITCH WITH DIMMER

THREE WAY SWITCHWITH DIMMER

NEW UNDERCABINETFIXTURE

CEILING MOUNTEDLIGHT FIXTURE

NEW VERTICALLED STRIP

NEW SOFFITCONSTRUCTION

1

A-502.00

2

A-50

3.00

1

A-503.00

18"D/W

SINK

PROVIDE NEW FINISHEDWOOD FLOOR AND SUB-FLOOR TO MATCH EXISTINGADJACENT FLOOR - TYP.

STRIP, PATCH, SAND & RE-PAINTALL EXISTING WINDOW SILLS - TYP.

15"WINE

A4

8 1/4" 2' - 0" 3' - 2 3/4"2' - 0"

4"

1' - 1

3/4"

2' - 10

"3' -

0"2' -

0 1/4

"2' -

0"1' -

11 3/

4"

LINE OF CABINETS ABOVE

WALLS AND CEILINGS TOBE PATCHED, SKIMMED,SANDED, PRIMED ANDREPAINTED - TYP.

2

A-50

2.00

MAGICCORNERBELOW

A1

A2

A7 A6

1

A-50

4.00

CT2

2' - 4 3/4"

1' - 2 1/2"

A9

A5

2

A-504.00

A3

CT2

CT2

1' - 0"

1' - 2

1/2"

3 1/2" 1' - 2 1/2"

N

N

GFI

NGFI

N

N

N

N

N N

NEW LOWWALL CLAD INFINISHEDPANEL.

1

2

PROVIDE FIRE RESISTANTMETAL PANEL ON WALL NEXTTO GAS COOKTOP.

LOCATION OF EXISTING GASRISER. ONLY LAST 6' OF PIPING ISPERMITTED TO BE FLEXIBLE.PROVIDE NEW SHUT-OFF VALVE.


A

SEAL & SIGNATURE:


DOB No.

ISS

UED

FO

R

DWG No:.

PROJECT:

NUMBER

DATE:

DRAWN BY: SCALE:

PROJECT NO.:

-

C:\Users\bpluce\Dropbox\ArchitectureFiles\WORK\PJC\Goldman\1505 Goldman Construction12-3-15.rvt

As indicated

KITCHEN

A-501.00

12/4

/15 GOLDMANSTUDIO


8E

12/4/15

PJC, BL

1505


CO

NS

TRU

CTI

ON

SCALE: 1/2" = 1'-0"2 RCP - KITCHEN RM. NO. 3SCALE: 1/2" = 1'-0"1 PLAN - KITCHEN RM. NO. 5

MOUNTED ON SIDEPANEL BELOW.

NEW CEILING CONSTRUCTION.REVIEW CONDITIONS AFTERDEMOLITION. BUILDING TOINSPECT IF REQUIERED. SPALLSOR DISTURBED FIREPROOFINGTO BE REPAIRED AS REQUIRED.

14 of 19

CONF

IRM SW

INGOF

DOOR

15 to

20

days

N

SITE P

LAN

50th

scale

COMPOST PLASTIC FISH

HOUSINGPO

WER

ART

The studio was tasked with developing a set of factories that worked together to take advantage of each others products and more importantly byproducts. I developed a vegetable factory that took the product of the hydropower plant and the byproduct of the fish factory on site to produce food for local communities who are live in food deserts. The Building consisted of a dynamic space frame structure that could react to the growing period of the plants and the outside environment to optimize the growing periods of the plants being circulated though the building on conveyor belts from the planting area to the processing and loading areas. the build at once creates a great place to produce plants and also a great place to work, with ample light and dynamically shaped work spaces.

N

SITE PLAN

50th scale

COMPOST

PLASTIC

FISH

HOUSING

POWER

ART

Skiddy ParkSOA / UPSTATE: 2014

Designed by Syracuse University Students, design feasbilty and drawing consultation by Brian Luce

Date: Version:

Drawn by:

Design/Data by:

File name:

Drawing no.

REVISIONS

AUTHORS

Job no.

Checked by:

Drawing title:

Scale:

SYRACUSE UNIVERSITY201 COLLEGE PLACESYRACUSE, NY 13210

Sheet 06 of 09

SK

IDD

Y P

AR

K F

IELD

HO

US

E R

EN

OV

ATI

ON

OS

TIS

CO

ST,

SY

RA

CU

SE

132

10

THE

BE

RG

A2.2

4/13/14

Frame ConstructionSequence

4/15/14

4/17/14

4/18/14

Version 1

Version 2

Version 3

Version 4

D.Hareli

A. Dobbertin

Park Studio

2014_04_18_CD Set

1306

18" =1'

Designed by Syracuse University Students, design fesabilty and drawing conseltation by Brian Luce

Designed by Syracuse University Students, design feasbilty and drawing consultation by Brian Luce

Designed by Syracuse University Students, design fesabilty and drawing conseltation by Brian Luce

Lake Onondaga Science LabStudio Project: 2010

The design for a laboratory and office building on Onondaga Lake is needed to oversee the cleanup of the lake, to create a location for local Native American groups to meet and for the local population to share in both the cleanup process and the native culture of Onondaga County.

The building utilizes a new technology that splits up both the energy production and usage of a building into small packets that contain a production part and a usage part. These small robotic packets move around the surface of the building and control the heating, cooling, lighting, air circulation, and information distribution of the building. Seasonal changes effect the distribution of these packets and daily sun effects their location.

Honey Bee HivesStudio Project: 2010

The honey bee population has diminished over the years for unexplained reasons. This building would house exhibition space relating to honey bees and bring the publics awareness to the decline of the bee population. The form of the building is derived from an awareness of its surroundings and light handiness upon the ground plane and adjacent plant growth.

687 GreenwichKing / Construction / Design: 2015

45 WARREN STKing / Construction / Design: 2015

UP

UP

DN

A2014

A202

1

3

2

1A301

1A301

2A301

2A301

A202 2

A2023

1

SEAMLESS JIB DOORLATERAL SWINGING DOOR SPEC WEIGHT, 66 lbsMONOFLAT FAD OR EQL.1 1/4 THICK DOOR 77# DOOR MAX

CUSTOM MILLWORKWITH BUILT IN SAFE

SqFt 338.66 SF

MASTERBEDROOM1

SqFt 93.37 SF

MASTERCLOSET2

SqFt 346.75 SF

MASTERBATHROOM3

SqFt 7.71 SFCL4

SqFtRedundantRoom

HALL5

SqFt 118.18 SFKID'S BEDROOM6

SqFt 38.19 SF

KID'SBATHROOM7

SqFt 44.87 SFKID'S CLOSET8

SqFt 4.38 SFAV CL9

DESK CUSTOM MILLWORK W/TV AND CLOSED STORAGE

RADIATOR MILLWORK W/ NIGHTSTANDAND STORAGE

BOFFI FIUMI BATHTUBCURB

MIRROR

-

1A301

2A301

8'-0"

10'-0"

TOTO NEOREST

STONE

LIGHT

SHELF

1A3012

A301

8'-0"

Skidrow Pod HousingComperhensive Studio: 2011

Drawings and renderings by Brian Luce, design collaboration with Laya Pattana

The building protects people living on the street from the elements even before they choose to enter the building with a cantilever that is moved in from the side walk. A person that chooses to enter the program can progress from a bed sized room to a small dorm sized room and finally to an apartment sided accommodation. Similar accommodations already exist in homeless shelters in the area. There is related program to each step on each level.

The structure of the building consists of tree like steel hangers that form a tension ring when laced together. The rooms are then placed into the building and can be added and removed as conditions in the area change. Our group hopes that skid row will not exist in its current condition forever and our building will change as the area changes.

Drawings and renderings by Brian Luce, design collaboration with Laya Pattana

This design for a homeless shelter and rehabilitation center in Skid Row LA combined many aspects of existing centers and created a physical representation of the process of rehabilitation.

CONTACT

43-18 40 StreetQueens, NY 11104

[email protected]

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