ARCH 5120 Comprehensive Design

BOCHRA RAJKHAN JUMANA BAGHAFAR PROFESSOR: LABOY

1 2 3

MATERIALS

STRUCTURE

LANDSCAPE

SCENARIOS

PLANS

SECTIONS

ENVELOP

MECHANICAL

MANIFESTO D E S I G N

MANIFESTO

CONTEMPORARY LANGUAGE USING A MODERN LOOK PARALLEL WITH MODERN WAY OF BUILDING CREATES THE GUIDELINE TO FULFIL THE PARAMETER OF THE ARCHITECTURE NEEDS IN THIS ERA. THE GUIDELINE WILL PRODUCE A BUILDING THAT WILL OPERATE FOR MANY YEARS AND

DESIGNING IN A

WILL BE A ROOF TO SUPPORT THE COMING GENERATIONS.

PRECAST CONCRETE WILL PROVIDE THE BASE OF THE BUILDING MAKING IT MORE EFFICIENT TO ASSEMBLE ASWELL AS BEING

ENVIRONMENTALLY EFFICIENT.

ECONOMICALLY AND

SYMMETRICAL SHAPES THAT CREATES AN ELEGANT VISUAL RHYTHM AS WELL AS EXTRAORDINARY STRENGTH AND WITH THE RIGHT AGGREGATES, THEY COULD LAST A TAKING A TRADITIONAL MATERIAL, THEN TREATING IT ACCORDINGLY AND MOLDING IT TO FORM

LONG TIME AGAINST DIFFERENT ASPECTS LIKE CORROSION AND BREAKING. THE SYSTEMS ARE ABSTRACTED TO A FORM THAT IS IN DIALOGUE WITH THESE FACTORS.

FLEXIBLE

MODULAR

BEING SAID, IT ALLOWS THE BUILDING TO BE TO CHANGE ACCORDING TO THE PROGRAM THAT WILL CHANGE OVER THE YEARS. A SET OF ARE PRODUCED TO ACCOMPANY THE CHANGE, WITH THE STRUCTURE BEING FOR A 60’ SPAN IN WHICH PROVIDES AN OPEN AND AIRY FEEL IN THE INTERIOR. THE DOUBLE T SLABS FOR THE FLOORS FURTHER EXTENUATE THE VISUAL RHYTHM IN THE INTERIOR, AS WELL AS BEING ABLE SUPPORT MECHANICAL SYSTEMS RUNNING THROUGH THE BUILDING. THE BUILDING TERRACING DOWN CREATES A SOFTNESS TO THE HUMAN EYE, WHERE IT ISN’T JUST A BIG BLOCK STANDING. ORIENTED TO THE RIVER WHERE OCCUPANTS CAN ENJOY BEAUTIFUL SCENERIES WHICH ENHANCES WORK PRODUCTIVITY. GREEN AREAS BEING IMPORTANT TO HUMAN NATURE IS EXTENDED INTO THE BUILDING BY CREATING GREENROOFS, WHICH COULD LATER BE TRANSFORMED INTO AN AREA

SERVING THE COMMUNITY. ADDING AND SUBTRACTING MASSES FROM THE BUILDING WHICH RESULTS IN PLAY WITH LIGHT AND SHADOW AS WELL AS ALLOWING ENOUGH SUNLIGHT TO PROVIDE LIGHT DURING THE DAY. INVITING ENTRANCE AT THE BOTTOM TO WELCOME PEOPLE IN, CREATE AN INDOOROUTDOOR FEEL ADJACENT IS AN ATRIUM THAT SPANS TO THE TOP TO CREATE A SYSTEM OF NATURAL VENTILATION. STARTING AT THE PUBLIC AREA WHEN ENTERING, THEN MOVING INTO A GRADIENT OF PRIVACY.

MATERIALS CONCRETE W H Y

C O N C R E T E

MATERIAL Precast - Concrete Why Concrete

TRANSMITTED NOISE INSIDE OUTSIDE NOISE SOURCE

NOISE

COSTOMIZABLE

Wind & water resistant

HOT

COLD

Rust and chemical resistance

ADMIXTURE C O N C R E T E

T E S T

MATERIAL Precast - Concrete

ADMIXTURES TOUCHSTONE CLASSIFICATION STRENGTH

f. Hardeners – increase surface hardness

a. Air-Entraining – insulation value, weight reduction, workability

g. Pigments – color & appearance

Normal

e. Water Reducers – increase strength

Less Water.

MATERIAL Precast - Concrete

ADMIXTURES TOUCHSTONE CLASSIFICATION STRENGTH

SITE STUDY A L L S T O N , M A

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

32’

PRODUCED BY AN AUTODESK STUDENT VERSION

STRUCTURE DIAGRAMS T H E

E N D U R I N G

STRUCTURE

30’ x 30’ Hight: 18’ or 24’

Precast - Concrete

15’x 60’ Hight 18’ 15’x 60’ Hight 24’

EXITS

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

CIRCULATION PRIMARY COLUMNS

REBARS COLUMN

-UNLIMITED 132’

N O IS R E V T N E D U T S K S E D O T U A N A Y B D E C U D O R P

30’ 30’

15’

15’ 30’ 15’ 60’

• THE STRUCTURE OF THE BUILDING IS FOR 60’ SPAN. • DIFFRENT MOUDULAR WERE MADE AND CONNECTED TO SUIT DIFFERENT PROTOTYPES/ ACTIVITYS

15’

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

DOUBLE T BEAM

• THE CORES ARE PLACED IN THE CENTER OF THE 60’ SPAN. P R O D U C E PDRBOYDAUNC EADUPTR BOY O DDAEUNS CK AEU D STTBOUYDDEAESNKTASVUTETURODSIO DEENSNTK VSETRUSIO D E N T V E R SIO N • THE FURTHEST DISTANCE FROM THE EXIT IS 120’ AWAY ( CODE: NEEDED 148’) P R O D U C E D •BFIRE Y ARATED N A U TWALLS/ O D E S KSYSTEM S T U D E N T V E R SIO N CONNECTOR

CONCRETE CAST IN SITE REINFORCEMENT

BEAMS

COLUMNS SUPPORT PAD

90ft

G

H

I

J

K

L

M

N

O

P

Q

13

12

11 10 9

8 7 6 5

4 3 2

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

1

FROST LINE 4’

PLAN VIEW- 15’ GRID

DISTANCE BETWEEN 75ft EGRESS

32’ III OUTWASH 10’ • PILES SYSTEM

1

2

3

4

A

PROFILE B FOUNDATION I FILL 10’ II ORGANIC 10’ III OUTWASH 10’ IV-A MARINE 10’

B

5

6

7

8

120ft

9

10

11

12

13

14

C

15

16

17

75ft 120ft 19

18

D

135ft PRODUC ED BY AN AUTODESK STUDENT V

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

14

PLAN VIEW - 30’ GRID

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

45ft

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

15

60ft

60ft

V

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

16

U

75ft

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

17

T

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

18

S

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

19

R

E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

F

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

E

R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

D

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

C

90ft

105ft

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

B

90ft

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

DISTANCE TRAVEL

A

75ft 60ft

N O IS R E V T N E D U T S K S E D O T U A N A Y B D E C U D O R P

N O IS R E V T N E D U T S K S E D O T U A N A Y B D E C U D O R P

: 24‘ GROUND FLOOR • 18’ UPPER FLOORS - UNLIMITED : 45,000 SQFT : DEPENDS ON PROGRAM (CHAT ATTACHED NEXT PG) : AROUND 44” AROUND 250’

75ft

DISTANCE TRAVEL

•THIS CONNECTION AFTER THE COLUMNS ARE MECHANICALLY CONNECTED WILL PROVIDE FULL BEARING BETWEEN ELEMENTS THERFORE THE METAL COMPONANTS WILL BE PROTECTED FROM FIRE AND CORROSION.

METAL PLATES

N O IS R E V T N E D U T S K S E D O T U A N A Y B D E C U D O R P

PRIMARY BEAMS

• METAL BERING PLATES AND EMBEDED ANCHOR

N O I S R E V T N E D U T S K S E D O T U ABOLTS N A Y BARE D E CPLACED U D O R P IN THE END OF THE COLUMNS.

N O IS R E V T N E D U T S K S E D O T U A N A Y B D E C U D O R P

EMERGENCY EXITS

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

MAIN ENTRY

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

PRIVATE PUBLIC EGRASS CORE/ LATERAL STRUCTURE STAIRS + ELEVATORS+ UTILITY

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

ENVELOPE M O D U L A R

DIAGRAMS

CONCEPT/ IDEAS

NORTH SIDE North Sun South Sun Shorter to provide some shading Views

N EAST SIDE

WEST SIDE

Shading Filter

S

SOUTH SIDE

FACADE DETILES

Top Header Insulation (Mineral wool) Wood board Gypsum Board Aluminium

Sloped angle for rain Air barrier Insulation

Wood board Gypsum Board

Thermal Break

The facade is attached onto the structure with a weld, in between the 2 concrete is an Insulation layer aswell as a thermal barrier layer so the building will avoid heat loss or gain. The horizantal slabs are tilted so the water slides down. The glass is incerted inbetween the wood panel then placed into the concrete panel.

Thermal Break

Glass

W

Wo o d Panels

S

Precast Panels

Concrete

N

W

S

E

ELEVATIONS H A R V A R D

H U B

MODELS F A C A D

- S T R U C T U R E

ONE STRUCTURAL BAY - FACADE

LANDSCAPE D E S I G N & S T R A T E G I E S

Main entry Exist

LANDSCAPE STRATEGY DIAGRAMS

Roads

Building footprint Pedestrian Path

Greens

Water

Topo

BUILDING FACADE RAIN GARDEN

PRODUCED BY AN AUTODESK STUDENT VERSION

RED OAK TREE VEGETATIONS

SMALL AMPHITHEATER

PINE OAK TREE

YELLOW-WOOD POST BUILDING STRUCTURE

POOL

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

SWAMP WHITE OAK TREE

BEAM POOL RAIN GARDEN ECOSYSTEM

ROOF

TREES

THE SITE

GRASS

SUMMER

WINTER

Skygarden 1 Ec

AIM

FUTURE SCENARIO H A R V A R D

Funding is provided, and projection towards environment friendly buildings

Environmental Searching for new types of energy sources to reduce carbon emission Mass funding towards technology and development of new inventions

Technology 5 Years

Transportation

Population

1

Decrease human labor, increase robot reliance

SCENARIO

Public transportation isn’t the best when going to the site Located at Harvard, increase the importance of development site. Influx of people/ businesses/ money important Uber being the current form of transportation which causes so much tarffic The development of new technology will attract people with potential across the world

ENVIRONMENTAL & TECHNOLOGY DEVELOPMENT

The number of applicants in Harvard increases year by year By 2035 it is predicted that we will reach the point of no return

Environmental

environmentally Species change animals/ plants surrounding site predictable Technology will be developed, and will require a larger spaces for innovation

THE SITE

Technology 35 Years

Predictable Uncertain

Transportation

Important Unimportant

Technology developed will be implemented on the building

SCENARIO

Harvard develop a new transportation system to connect campus together and make moving form one building to another much faster.

On a larger scale, transportation in and out of the site will be improved, creating better routs by relocating

LEARNING

2

The expectant world population will be 11.2 billion

Population

More people to educate, new fields to learn about Increase in people increase the demands “Development in surrounding area will rise” The use of 90% natural energy

Environmental

Government will force using renewable sources of energy Conserving energy will be a key, and “return to nature” will be a trend Harvard would be the leader in Technology

Technology 65 Years

3

It would need no spaces to build supporting infrastructure

SCENARIO

There will be traffic jams with the condensity of the city therefore self sustaining will save money, labor, and time.

SELF SUSTAIN

Transportation Creating social spaces, guest spaces, and agricultural areas The demand will increase as the infrastructure increases

Population Harvard needs to self sustain to support its people

HARVARD TECHNOLOGY & SUSTAINABILITY HUB

HARVARD EDUCATIONAL CENTER

Harvard robot lab The world is now projecting towards the generation of new technology, where it is constantly evolving and new opportunities and discoveries are being revealed. Mass funding starts funding towards technology, and the facility is part of the donation from Harvard to the technology field.

Ventilation Code

Floor to floor hight Structure

Includes: • Offices • Labs • Common areas • Testing facilities • Gallery/ Cafe • Retails

Education Center Since it is a learning community classes will be adapted to the building teaching students classes there, making the technology department shift elsewhere where they will be able to be accompanied by spaces divided into the phase in technology reached.

Sunlight

Landscape Facade Security

Ventilation Code

Sunlight

Structure

Includes: • Head offices • Labs • Common areas • Classrooms

Landscape Facade Security

Large ventilation in the labs Controled light enviroment Avarage hight: 16’-18’ . Double highted floors for some rooms Vibrations resistant buildings N/A If the laboratory has windows that open they must be fitted with insect screens.

The laboratory shall have means of securing specifically regulated materials such as DEA Controlled Substances, CDC Select Agents and radioactive materials (i.e., lockable doors, lockable cabinets, etc.)

Separate ventilation sing for every classroom Sunlight is essential for classrooms as it has a physiological effect to student, performance. Labs don’t need much lighting Determined on classroom type N/A Landscape, accompanied for outdoor activity, classroom activities, and have social space for students to interact Facade won't change form original Security, campus security at entrance

Growing facility Harvard realizes the decline in natural resources

HARVARD HOUSING/

and decides to create a growing facility in which

AGRICULTURE CENTER

Includes:

Ventilation

it would supply the entire campus. Selfsustaing will help to reduce unnessisary trasnportation and also create an environmental friendly area.

• Growing area ( indoor/ outdoor) • Kitchen

Code

Sunlight

Shared ventilation system between rooms, alternative ventilation system used in greenrooms.

Maximum amount of sunlight in greenroom Floor to floor hight 10-18’

Structure

• Dispatch area

Landscape

• Dining halls • Residence

Facade Security

N/A Exterior landscape becomes part of the agriculture research On the exterior the green rooms become glasshouses Security, not necessary, just campus security

TECHNOLOGY & SUSTAINABILITY HUB H A R V A R -

H U B

SITE PLAN H A R V A R D

H U B

LANDSCAPE SOLIDERS FIELD RD

WESTERN AVE BRIDGE 4

1

WESTERN AVE

3

2

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

GRASS

RAIN GARDEN

POOL

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

TREE BIODIVERSITY DIAGRAM

SOLIDERS FIELD RD

4

TREES

1

2 P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

SMALL AMPHITHEATER

3

FUTURE SCENARIO L A N D S C A P E

25' PSDH PST5 PST4 PSEC PST3 PST2 PST1 PSQT PSON PSPN PSMC

120' 60'

60'

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH

PST5 PST4 PST3 PST2 PST1 PSDH PSEC PSQT PSON PSPN PSMC

60'

7' 7'

12'

19'

19' 7'

24'

24'

19'

3'

7'

12'

8'

17'

2'-8" 12'

24'

7'

19'

7'

7' 24'

19'

24'

8'

8'

2'-8" 32'

60'

24'

24'

8'

7'

24'

24'

8'

60'

24'

8'

17'

7' 24'

24'

32'

7' 60'

3'

32'

7'

2'-8"

32'

7'

8'

17'

7'

24'

7'

24'

19'

3' 2'-8"

24'

8'

17' 24'

19'

7'

19'

3'

8' 2'-8"

19'

7' 7'

12'

7'

12'

3' 17'

24'

7'

60'

24'

32'

7'

14'

24'

8'

14'

60'

24'

14'

14'

14'

HARVARD TECHNOLOGY & SUSTAINABILITY HUB

5 Years

HARVARD EDUCATIONAL CENTER

35 Years

HARVARD HOUSING/ AGRICULTURE CENTER

65 Years

19'

FLOOR PLANS H A R V A R D

H U B

Labs

SOCIAL

Store

Gallery

Bathrooms

FIXABLE AREA

OFFICE

RETAILS

1

Rooms with walls

KITCHEN CAFE TECHNOLOGY STORE GALLERY BICYCLE RACKS SITTING AREAS “OUTDOOR/ INDOOR

FIXABLE AREA

OFFICE

Open spaces

Stairs and elevators

CONFERENCE ROOM OPEN WORK SPACE PHONE ROOM OFFICES IT APPLICATION DEVELOPMENT

2

CONFERENCE ROOM OPEN WORK SPACE OFFICES RELAXING ZONE KITCHEN/ DINING

3

PRODUCED BY AN AUTODESK STUDENT VERSION

STORAGE

PRIVATE

2 SMALL LABS OFFICES CONFERENCE ROOMS REST LOUNGE

5

EMPLOYEES LOUNGE MEDIA ROOM GAMING ROOM “ACTIVITY ” OPEN WORKSPACE CONFERENCE ROOM

6

WORK

OFFICE

LABS

4

LABS AND MEDIA

OFFICE

STORAGE MECHANICAL ROOM

SMALL LIBRARY OFFICES

PRODUCED BY AN AUTODESK STUDENT VERSION

7

P

KITCHEN CAFE TECHNOLOGY STORE GALLERY BICYCLE RACKS SITTING AREAS “OUTDOOR/ INDOOR Floor Plan Scale:1/32”

RETAILS

1

Open spaces Store

Gallery Bathrooms

Clearance Stairs and elevators

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

ADA Radios

270' 44'-83 4"

3" 42'-232

1" 15'-34

31" 75'-132

30'-1115 32"

PSON PSDH PSMC PSPN PSEC PST4 PST5 PSQT PST1 PST2 PST3

3" 24'-1116

HAWMC HAWPN

HAWSN

HAWMC HAWPN

HAWSN

HAWMC HAWPN

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

HAWPN HAWSN

HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

12' PSEC PSON PSQT PSPN PSMC PSDH PST5 PST4 PST3 PST2 PST1

PSMC PSPN PSON PSQT PSEC PSDH PST1 PST2 PST3 PST4 PST5 PSMC PSPN PSON PST2 PST3 PSEC PST4 PSQT PST5 PSDH PST1

HAWMC

HAWMC HAWPN

HAWSN

HAWMC HAWPN

HAWSN

32'

HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC HAWPN

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC HAWPN

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSEC PSON PSQT PSPN PSMC PSDH PST5 PST4 PST3 PST2 PST1

PSMC PSPN PSON PSQT PST1 PSEC PST2 PST4 PST3 PST5 PSDH

3' 17' 2'-8"

10'

PSMC PSPN PSON PSQT PSEC PSDH PST1 PST2 PST3 PST4 PST5 PSPN PSMC PSQT PSON PSEC PSDH PST1 PST2 PST3 PST4 PST5

PSMC PSPN PSON PSQT PSEC PSDH PST1 PST2 PST3 PST4 PST5

PSPN PSON PSMC PSQT PSEC PSDH PST1 PST2 PST3 PST4 PST5

14' 6'-7" 15'

9'

15'

15'

15'

15' 150'

15'

15'

41'

17'-55 8"

25' 2'

2

1" 45'-34

FIXABLE AREA

CONFERENCE ROOM OPEN WORK SPACE PHONE ROOM OFFICES IT APPLICATION DEVELOPMENT

floor plan scale: 1/32”

240' PST4 PST5 PSDH PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

47'-517 32" HAWMC

HAWMC

HAWPN HAWSN

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWSN

HAWPN HAWSN

HAWPN HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PST4 PST5 PSDH PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWSN

HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

HAWMC

HAWMC HAWPN

HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

HAWPN HAWSN

HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PST4 PST5 PSDH PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PSMC PST4 PST5 PSDH PSPN PSON PSQT PST1 PST2 PST3 PSEC

1" 8'-82

OFFICE

9'-4"

25'

12'-2" 120' 1" 33'-632

9" 14'-416

64'

Open spaces Closed spaces Bathrooms Clearance Stairs and elevators ADA Radios

PRODUCED BY AN AUTODESK STUDENT VERSION

31 15'-815 16 " 22'-1132 "

16'-785 "

25'

64'

3" 46'-016

60'-1 41 " PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N

28'

240'

25'-387 "

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C H A WMC H A W PN H A W SN

H A WP WS N

H A WMC

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C H A WP WS N

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C H A WMC

H A WMC H A WP WS N

H A WMC

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A W SN

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N

H A WMC W PN

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A W PN SN

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

H A WS N

H A W SN

H A WP WS N

H A W SN

17'

H A WMC

H A WMC W PN

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

2'-8"

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C H A WMC H A W PN SN

H A WS N

H A WMC WP N

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C H A WP WS N

H A WMC

H A WMC H A WP WS N

H A WMC

H A WMC W PN

H A WP WS N

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

H A WMC

H A W PN SN

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A WMC

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A W PN SN

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N

28'

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

PPS SM SD OP T3 T2 T1 T5 T4 EH Q N C N T

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H P TCPSM N SSD OP T5 T4 T3 T2 T1 EH Q N C N T

H A WMC W PN

H A WMC WP N

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

H A W SN

H A WP WS N

H A W SN

H A WMC

H A WMC W PN

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

6'-7" 32'

15'

15'

120'

15'

15'

15'

15'

26'-11 41 " 30' 25'

3

2'

FIXABLE AREA CONFERENCE ROOM OPEN WORK SPACE OFFICES RELAXING ZONE KITCHEN/ DINING

025 32 "

45'-317 32 "

FLOOR PLAN SCALE:1/32” 34'-521 " P SM SP D T5 T4 T3 T2 T1 EN Q O C H TC N

PPSM SSP D ET1 Q O T5 T4 T3 T2 N C H TC N

44'-713 32 "

2'

P SM SP D T5 T4 T3 T2 T1 EN Q O C H TC N

P SM SP D T5 T4 T3 T2 T1 EN Q O C H TC N

25' 15'

H A WP WS N

H A WMC

H A WP WS N

H A WMC

H A WP WS N

H A WMC

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A WS N

H A WMC WP N

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

H A WS N

H A WMC WP N

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSO N PSQ T P S T1 P S T2 P S T3 PSE C

P SM SP D T5 T4 T3 T2 T1 EN Q O C H TC N

H A W SN

H A WMC W PN

H A W PN SN

H A WMC

H A W PN SN

H A WMC

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

H A W PN SN

H A WMC

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

H A W PN SN

H A WMC

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

P SM C PSPN PSON PSQT P S T1 P S T2 P S T3 PSE C

P SM SP D T5 T4 T3 T2 T1 EN Q O C H TC N

64'

OFFICE

90'

Open spaces Closed spaces Bathrooms Clearance Stairs and elevators ADA Radios

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

LOUNGE

210'

64'

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWPN HAWSN

HAWSN HAWPN

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWPN HAWSN

HAWSN

HAWMC HAWPN

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN

9" 28'-416

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC

HAWMC

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWSN HAWPN

17'

HAWSN

HAWMC HAWPN

2'-8"

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWSN HAWPN

HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

10'

HAWSN

HAWMC HAWPN HAWSN HAWPN

HAWMC

HAWMC HAWPN HAWSN

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

HAWSN HAWPN

HAWMC

HAWMC

HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWSN

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC HAWPN HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH

21" 29'-732

6'-7" 1" 26'-114 180' 25'

11" 24'-016

PSDH PSEC PSMC PSPN PSON PSQT PST3 PST4 PST5 PST2 PST1

PSDH PSEC PSMC PSPN PSON PSQT PST4 PST5 PST3 PST1 PST2

4

LABS AND MEDIA 2 SMALL LABS OFFICES CONFERENCE ROOMS REST LOUNGE FLOOR PLAN SCALE:1/32”

32'-3"

Labs Open spaces

64'

LABS

Closed spaces Bathrooms Clearance Stairs and elevators ADA Radios

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

LOUNGE

28'-1119 32"

29'-013 32"

6'-7" 10'

21'-11"

25'-213 32"

25'

Open spaces Closed spaces

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWPN HAWSN

HAWPN HAWSN

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWPN HAWSN

HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWPN HAWSN

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC

HAWMC

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWSN HAWPN

17'

HAWSN

HAWMC HAWPN

3" 56'-016

2'-8"

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWMC HAWSN HAWPN

Bathrooms

60'

HAWSN

HAWMC HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC HAWSN

HAWMC HAWPN

HAWMC HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

Clearance

HAWSN

HAWMC HAWMC HAWMC

HAWMC HAWPN HAWSN

HAWPN

HAWSN HAWPN

HAWPN HAWSN

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWPN HAWSN

HAWSN HAWPN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

6'-7" 119'-919 32" 10' 5" 15'-1032 2' 25'-63 4"

60'

Stairs and elevators

15'

ADA Radios PSDH PSEC PSMC PSPN PSON PSQT PST3 PST4 PST5 PST2 PST1

16'

1" 120'-54

30' 18'-119 32"

15' 2'

28'-103 4"

10'

46'-023 32"

3" 26'-016 60'

11'-2"

120' 13 29'-032"6'-7" 10'

31" 45'-732

60' 10'

10'

SMALL LIBRARY OFFICES

1" 89'-108 6'-7"

11'-2"

10' HAWPN HAWMC

HAWSN

HAWPN HAWMC

HAWSN

HAWPN HAWMC

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWPN HAWMC

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWSN HAWPN

HAWMC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN

HAWMC

HAWPN HAWSN

HAWMC

HAWPN HAWSN

HAWMC HAWPN

HAWSN

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

HAWMC HAWPN

HAWSN

HAWMC HAWPN

7

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

PSMC PSON PSQT PST1 PST2 PST3 PSEC PST4 PST5 PSDH PSPN

HAWSN

3" 16'-18

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

6

7'

WORK

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

30'

15'-825 32"

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

MEDIA ROOM GAMING ROOM “ACTIVITY ” OPEN WORKSPACE CONFERENCE ROOM FLOOR PLAN SCALE: 1/32”

60'

OFFICE

EMPLOYEES LOUNGE

6'-7" 1" 9'-616

OFFICE

5

30' 1" 89'-108

PSMC PSPN PSON PSQT PST1 PST2 PST3 PSEC

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

64'

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

64'

PRIVATE STORAGE MECHANICAL ROOM

30'

ROOF

-

ROOF PLAN

+

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

8

ROOF FLOOR PLAN SCALE:1/32”

+

Stack ventilation ( section)

-

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

P R O D U C E PDRBOYDAUNC EADUPTR BOY OD

19 18

PRODUC ED B

16 15

14 13

12

11

3 2 1

PLAN VIEW- 15’ GRID

PRODUCED BY AN AUTODESK STUDENT VERSION

4

T U D E N T V E R SIO N

5

PLAN VIEW - 30’ GRID

E R SIO N T U D E N T V E R SIO N

T U D E N T V E R SIO N

6

FROST LINE 4’

32’

III OUTWASH 10’

PRODUCED BY AN AUTODESK STUDENT VERSION

7

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

8

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

9

PRODUCED BY AN AUTODESK STUDENT VERSION

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

P R O D U C E D B Y A N A U T O D E S K S T U D E N T V E R SIO N

17

10

FOUNDATION PLAN

A

SECTIONS H A R V A R D

H U B

SECTION Scale:1/32” PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

32’

III OUTWASH 10’

Key Plan PRODUCED BY AN AUTODESK STUDENT VERSION

PROFILE B FOUNDATION I FILL 10’ II ORGANIC 10’ III OUTWASH 10’ IV-A MARINE 10’

FROST LINE 4’

PRODUCED BY AN AUTODESK STUDENT VERSION

II ORGANIC 10’ III OUTWASH 10’ IV-A MARINE 10’

4’

PRODUCED BY AN AUTODESK STUDENT VERSION

SECTION Scale:1/32”

Key Plan

PEELAWAY AXONOMETRIC H A R V A R -

H U B

PEEL-AWAY AXON

1.

Insulation Connection Wld 3" concrete topping reinforced with reinforcing bars bonds Double T beam 2ft depth

5.

Synthetic rubber bearing strip

Semi permeable pavers Matel Barrier bedding sand geotextile fabric aggregate base compact subgrade drainage

Steel welds connecting the facade to the structure, with Insulation inbetween.

3.

Thermal insulation Incert for window panel

Water Resistable Barrier

Water goes down the column to tank

2.

Protection Mat R -38 Insulation Drainage Filter Fabric Soil

4.

6.

Synthetic rubber bearing strip Continous Insulation Layer

Return Supply

-(0'".1#,

Water storage Soil Gravel Drainage

Lab Duct Wires Wood panels inulated from the interior

7.

8.

!"#$%&'$()*(+,(+%-#$'./(.-%$',

9.

Water purifier system

Water storage that pumps up to reflective pool

excess used for irrigation

Semi Permable edges which collects water The water goes down parrallel to the slope I FILL 10’

excess used for irrigation

II ORGANIC 10’

III OUTWASH 10’ IV-A MARINE 10’

1.

Steel angle welded to plates cast into precast tees and concrete wall support

WALL DETAIL

2. GLASS DETAIL

3" concrete topping reinforced with reinforcing bars bonds

Sage Glass - Tinted State

Double T beam 2ft depth

Inboard Llte (heat treated)

Coated Lite (annealed)

Synthetic rubber bearing strip

Support Lite (strengthened)

Insulation (Mineral wool) Sloped angle for rain Air barrier Insulation

Wood board Gypsum Board Aluminium Wood board Gypsum Board

Thermal Break

Thermal Break

Glass

3.

W o o d Panels

The facade is attached onto the structure with a weld, in between the 2 concrete is an Insulation layer aswell as a thermal barrier layer so the building will avoid heat loss or gain. The horizantal slabs are tilted so the water slides down. The glass is incerted inbetween the wood panel then placed into the concrete panel.

Interlayer low-e Coating Soil

Solar Heat

Top Header

Inboard Llte (heat treated)

Sunlight

Back Obscuration Band

Sealed Gas-filled Space

Surface 1 Surface 2 Surface 3 Surface 4

Surface 6 Surface 5

Precast Concrete Panels

4.

ORIENTATION DETAIL

ROOF GARDEN STORM WATER FLOW Soil Drainage Insulation Waterproof membrane Flat sat down drain Insulation

Metal barrier

The structure is oriented based on the sunlight and

Semi permeable pavers Bedding sand Geotextile fabric Aggregate base Compact subgrade Weld

N

S

Drainage Grass & Soil

The roof gardens are designed in a way where the water goes through the semi permable floors and down the drain to the generators where the water gets cleansed then stored and used for irrigation when needed.

E

W

Semi permeable flooring Drainage Pipe, directing stormwater In Plan

5.

STRUCTURE DETAILS

6.

RAIN GARDEN STORM

7.

9.

8.

SMALL RELECTIVE POOL

AIR FLOW

CIRCULATION

The semi- permeable edges of the small reflective pool collect the surrounding water since the landscape slopes down it directs water to the opening which they pass by then down to the tank

There are louvers are oriented in the wind direction so that the wind comes in.

There is an operable skyroof which take in all the heat in the building and releases it in the top

As the levels rise, the number of people decreases while the privacy increases. The circulation of the landscape carries the same language as the interior.

WATER FLOW We used a post and beam structure along with double T beams which is then covered with cast in place concrete.

The rain garden collects water that goes to the soil then to the gravel blanket that cleans it then onto the drainage outlet.

From Charles River Park Accessibility Main Entrance From Ave From Side Entrance

Semi-permeable edge Splice bars welded to steel angles Steel bottom plate secured to column section with anchor bolts Drypack with nonshrink grout after columns are aligned and bolted Steel angle welded to plates cast into precast tees and concrete wall support 3" concrete topping reinforced with reinforcing bars bonds Double T beam 2ft depth Synthetic rubber bearing strip

MECHANICAL H A R V A R -

H U B

ZONE 5 GALLERY

ZONE 4 STORAGE ZONE 3 LAB ZONE 2 OFFICES ZONE 1 RETAIL

PRODUCED BY AN AUTODESK STUDENT VERSION

Mechanical Equipment

Lab VAV Equipment

SECTIONS PERSPECTIVE H A R V A R D H U

B

SYSTEM INTEGRATION SECTION TECHNOLOGY & SUSTAINABILITY HUB - SCENARIO 1

COMFORT TECHNOLOGY & SUSTAINABILITY HUB

The first scenario carries VAV system and lab ducts along with wires and plumbing system.

EDUCATIONAL CENTER

-

Warm, less dense air

The second scenario Keeps the VAV system and where the lab ducts first were changes into speaker systems and more spaces is given for cables to support the educational systems.

Cooler, denser air

+

-

+

POWER SOURCE

Stack ventilation ( section)

win ter sun

Cooling capacity 1 00 tons (350 mcal/sec) Boilder room space chilled water space 850ft^2 Space for cooling towers 200ft^2

Storage Space

HOUSING / AGRICULTURE CENTER

The third scenario also keeps the VAV system and where speaker systems and more spaces is given for cables to support the educational systems changes and becomes kitchen plumbing system.

Energy converted form solar panels

Mechanical Room

Lowering roof and integrating mechanical ventelation system into the fins of the double T beams

Use solar panels as a Primary source of energy and use Natural gas a secondary source of energy.

3 The electric current flows to the inverts DC electricily to AC, the most commonly used from of electricity

4 The AC electricity flows from the inverter to the breaker box, witch direct the current to any appliance in the building that is using electricity

ENVELOPE TECHNOLOGY & SUSTAINABILITY HUB

4 sum su mer n

Using solar panels to support the building and excess energy is taken from the gas grid around.

The windows are also Sage tinted which reduces the heat impact in the summer and saves energy.

Lab Waste

Lab Duct

EDUCATIONAL CENTER

Moving the solar panels and implementing them in the facade. Adding campus sports in the garden.

3

HOUSING / AGRICULTURE CENTER

2

Closing off the terrace areas and making it greenhouses.

The exterior green area turns into a forest study area.

win ter su

Passive Solar gain from concrete floors

n

1

STRUCTURE TECHNOLOGY & SUSTAINABILITY HUB m er sum

Make the structure vibration resistant, for the future plan of extending transportation systems to the area.

sun

Speaker System

EDUCATIONAL CENTER

Make the structure able to adjust to additional floors.

Speaker System

HOUSING / AGRICULTURE CENTER

Make the structure able to adjust to additional floors supporting 4 floors which will create in 24 additional dorms.

GROUP 1 RETAIL SCENARIO 2 Requires a large amount of ventelation to air the area on hot days to ventilate the large open are. Also taking into consideration the large entry opening.

GROUP B OFFICES (2) The main duct system runs EDUCATIONAL throught the hallway then CENTER win Summer SCENARIO 3 divides into the rooms which ter su n airs the area with a split units.

GROUP C LABS Larger outlets coming from the ducts in the hallway. In which, inculde separate HOUSING/ AGRICULTURE ventilation system (dedicated to fume hoods. CENTER So additional duct.

Kitchen Duct

Adding 4 Stories: = 24 dorms in every oor

Kitchen Duct

Winter

Kitchen Plubing

Kitchen Plubing

Speaker System

The Mechanical system changes and instead of the lab duct, a speaker system for the school is replaced with the same space.

Insulated walls to block noise In the last senario, the speaker system is unintalled and a kitchen duct and plumbing system is installed in place.

Kitchen Duct

Kicthen Plubing

domestic water heater

collection

domestic water

clean water

cleaning clean water storage

excces energy needed is taken from the city’s local supply of gas

How it works?

paired side-by-side ducts carry both heated and cooled air to each zone in the building. At each zone, the two airstreams are proportioned and mixed under thermostatic control to achieve the desired room temperature.

1 5

2

Electricity is supplied by the solar pannels and the rest is natural gass supplied from nearby outlets.

Mechanical Room

sunlight hits the solor panels nd generates an electric current (DC)

Return Supply

to be used for irragation on dry days

unused electricity flows through a unility meter into the grid.

Elecriciy is drawn from the grid when the building needs more energy that is produced by the dolar panels.

KEY PLAN

RESEARCH

3500K

Linear LED

Neutral Glow sociable inviviting non-threening

Symbol

Name Manufacturer Wattage

Maintenance Features Size Mount Type Life:

Seem 6 Focal Point Lighting / Alcon Lighting 31 Watts 3000K, CRI>80,Dimmable driver (100%-10%),

PRODUCED BY AN AUTODESK STUDENT VERSION

Wattage per sq. ft

L-1

PRODUCED BY AN AUTODESK STUDENT VERSION

Tag

PSDH PSON PSMC PSEC PSQT PSPN PST4 PST5 PST1 PST2 PST3

LEDmodules and drivers are replaceable from below Emergency Backup Battery / Bluetooth

PSDH PSEC PSMC PSPN PSON PSQT PST4 PST5 PST1 PST2 PST3

W 4” x H 4” Length: 4’ or 8‘ Pendant 50,000 Hours L70

SEMPLICE | Track-Light

64'

210'

Symbol 9" 28'-416

Tag

T-1

Name

Semplice

Manufacturer

Archiprouduct

Wattage

230V

Wattage per sq. ft

2700K, 3000K e 4000K

Maintenance

LEDmodules

Features

Backup Battery /Bluetooth

Size

Flexible sizes

Mount Type

Track or ceiling-wall installation

Life:

50,000 Hours

Retails /Gallery

1" 26'-114 180'

Linear LED with acoustics

Direct and indirect pendant / Task light under the shelves

Track Lights

Hallway Linear LED

10'

6'-7"

Linear LED Labs

2'-8"

21" 29'-732

25'

11" 24'-016

PRODUCED BY AN AUTODESK STUDENT VERSION

Offices space

17'

3000K

“Soft White “ Glow Soft Warm Pleasing

Electrochromic Glass SMART GLASS From: SegeGlass Privacy Partition Switchable Film

COMFORT Reducing glare and heat while letting natural light in, Better thermal and visual comfort.

OUTDOOR CONNECTION Without blinds or shades Energy & Efficiency Blocking over 90% of solar heat in cooling seasons, or just 60% in heating seasons, provides optimized energy efficiency all year.

Cost Savings Savings can add up over a building’s life cycle, reducing overall energy loads by an average of 20% and peak energy demand by up to 26%

CLEAR

Automation & Integration All SageGlass products can be tinted and cleared using automatic settings or seamless integration with the existing building management system Mobile controls In addition to traditional wall switches, you can use our mobile app to fine-tune tint zones and save predefined scene settings for specific lighting effects from anywhere in the building—wherever and whenever you want.

SIZES We offer rectangular panes as large as 6’ x 10’ Multiple glass makeups including both double and triple pane units.

Glass layer Self adhesive layer/ ITO conductive film Liquid crystal molecular Soft flexible transparent ITO conductive film Glass layer

TINTED