Uniza Rahman, Faequa_MARCH2021

Page 1


FAEQUA UNIZA RAHMAN

funizar@clemson.edu, uniza22@gmail.com

https://www.linkedin.com/in/faequauniza-rahman-14746274/Bangladesh

+1(803)2696496

West Columbia, South Carolina


My dream journey to be an Architect started on the 6th of January 2012. My perception of life started changing and transforming from that day. The more I dug deeper, the more I have inclined towards the world of Architecture, more I have been inspired by the legends of Architecture. My instinctual urge of asking questions and knowing the unknown has helped me hovering my dream better. I started to discover everything with different dimensions. It changed my attitude, my lifestyle. To me architecture is a possibility, it is a platform where my imaginations can turn into reality. Being a traveler, I have always tried to explore things around me, from the very tiny to the large scale. I tried to learn from my experiences and thus my designs usually reflect that. Thinking and working off the limits of my comfort zone makes it more challenging and motivational to me. No wonder working on an unsolved problem is frustrating, but it certainly has not turned my interest into boredom and disengagement, rather has strengthened my spirit to take risks and execute new experiments. Henceforth, being a human, I believe it is my sole responsibility to engage myself in the transformation and the development of the world where I have been gifted with the knowledge of architecture. With prior proficient involvements in architectural design and drawing, I have mastered urban design, master planning, place-making, exterior and interior design knowledge development, and sensory architecture. I am adept in the use of different 3D visualization computer-aided design software like Autodesk AutoCAD, Lumion, Adobe Suite, SketchUp, etc. Besides, I have experience in working as a visualization artist of various types and scales of architectural projects and also as a graphic illustrator in different publications in ‘The Center for Health Facilities Design & Testing (CHFDT), Clemson University’. My future interests lie in green and sustainable architecture. I am proactive and disciplined in my approach, believe in perfection, and work hard to meet the highest standards.

“A good design is not only good by it’s visualization, but also decided by it’s contribution and surroundings.”


FAEQUA UNIZA RAHMAN ACADEMIC QUALIFICATION Master of Architecture (M. Arch.) (Fall 2019 -Spring 2021)

School of Architecture, Clemson University, USA Thomas B. Kendrick, Jr. Fellowship

Bachelor of Architecture: (Spring 2012 - Fall 2016)

BRAC University, Dhaka, Bangladesh Research Thesis: Campus in a canvas Fine Arts Institute of Rajshahi University, Rajshahi, Bangladesh

PROFICIENCES

+1 803 269 6496 funizar@clemson.edu, uniza22@gmail.com Nationality: Bangladeshi Native: Bangla, Fluent: English ; Intermediate: Hindi,Urdu;

Adobe InDesign Adobe Photoshop Adobe Illustrator Adobe Lightroom Adobe Aftereffect Adobe Premiere Rhino Autodesk AutoCAD Revit SketchUp

Lumion(animation) Grasshopper V-Ray SU Podium MS Word MS Excel MS PowerPoint Model Making Hand Drafting Teamwork

PUBLICATION Research Thesis

Fine Arts Institute of Rajshahi University I Publication on BRACU Repository http://hdl.handle.net/ 10361/7766

COMPETITION

Vertical Studio Design Charrette’16 57th Annual NASA convention,2O15 HULT PRIZE Challenge 2014

Model Showcase competition 2013 Drawing and Sketch competition 2013

(2nd position) Department of Architecture, BRAC University, Bangladesh (Honorable Mention) National Association of Students of Architecture India (NASA) (Qualified up to 2nd round) HULT International Business School and Clinton Global Initiative (Honorable Mention) Islamic University of Technology, Bangladesh (Honorable Mention) BRAC University, Saver Campus, Bangladesh

HONORS

2020 2019 - 2020 2016 2013 2013

Featured Project, SoA fluid studio Spring 2020, Clemson School of Architecture. Thomas B. Kendrick, Jr. Fellowship , Clemson University. Dean’s List of Meritorious Student for the Fall 2016_BRAC University, Dhaka, Bangladesh Dean’s List of Meritorious Student for the Spring 2013_BRAC University, Dhaka, Bangladesh Selected as Youth Delegation to meet The President of India Republic (SHRI PRANAB MUKHERJEE) in India organized by the Indian Ministry of Youth Affairs and Sports


WORK EXPERIENCES The Center for Health Facilities Design and Testing (CHFDT) Clemson University August 2019 - Present

Graduate Research Assistant

Working under the supervision of Dr. Anjali Joseph, the endowed chair in Architecture + Health Design, Clemson University and the director for the Center for Health Facilities Design and Testing (CHFDT). Working on graphical representation, blogs, design analysis diagrams, poster presentation, reserach paper graphic, conference paper graphic analysis and developer and responsible for website graphic design. At present, working in the organizing team of the coming Environmental Design Research Association (EDRA) 53 Conference 2022, as graphic developer and designer.

Dhevanand Co. Ltd, Bangkok, Thailand Jun2015-Sep2015

Intern Architect

Studio Morphogenesis, April 2015-May2015

Intern Architect

PARAA, Bangladesh November 2014

Research Assistant

EXHIBITION 2020 2018 2015 2014 2014 2013 2012

Worked directly with the ex-president of Architects Regional Council Asia (ARCASIA), Ar. Sathirut Nui Tandanand (Hon. FAIA) managing director of Dhevanand Co.Ltd. Worked with the design team of health care facilities Bumrung Rand International in design competition. Developed conceptual design, 3D Modeling, facade design, graphical presentation. Involved in schematic designphase and plan of K.PHIL’S house, Pathum Thani (Construction Completed). Worked directly with the strategy development team in order to secure clear communication with important clients. Involved in the interior design and weekly design meeting of ThongLor House,a residential project. Design Team: Involved in two interior design projects. Conducted research, created survey reports, and designed development for non-profit “Cycle of Care” project.

Fall 2019 studio project display, GUNNIN ARCHITECTURE LIBRARY, Clemson University. SOLO ART EXHIBITION; By Cool Beans Coffee. Co, Columbia SC. (Nov 4th 2018 - Jan 6th 2019) Poster presentation, Habitat with People; Low Cost Housing Project, BRAC University. Inter University Annual Art Exhibition, Bangladesh; Nominated. Poster presentation, Cycle of Care, PARAA; In Collaboration with: One Leap Microsystems (BD), LEEDO Bangladesh, Rainbow Collective CIC (UK), 0penvizor (UK), Restless Beings (tbc), EMK Centre, Dhaka Inter University Photography Exhibition; BRAC UNIVERSITY, 3 photographs nominated. ARCH-WEEK 2012 Exhibition; BRAC UNIVERSITY, 2 projects selected - 1st year.

LEADERSHIP 2021 to present 2019 2017 2016 2016 2014 2013 to present 2012 2012 to present

Graphic developer and designer, Environmental Design Research Association (EDRA) 53 Conference, 2022 Graphic developer, “Innovations in Surgical Environments Workshop & Simulations”, Charleston. Organizer, member of Media affairs & advertisement Committee of Bongotsov-2017,University of South Carolina Valuable Voluntary Services, Architects Regional Council Asia (ARCASIA) 5th OB and Committee Chair meeting. Valuable Voluntary Services, ARCASIA 1st ACPP round table meeting. Valuable Voluntary Services, 9th Convocation Ceremony of the BRAC University November 20, 2014 Member of Bangladesh youth Delegation of India IDEA GREEN CAMPAIGN -2012 by IDEA Resource Foundation and Idea Youth Forum Member of Volunteer for Bangladesh

REFERENCES ANJALI JOSEPH, PH.D, EDAC Endowed chair in Architecture + Health Design, Director, Center for Health Facilities Design and Testing (CHFDT) Clemson University anjalij@clemson.edu 404.583.5760 SALLIE HAMBRIGHT-BELUE Associate Professor of Architecture Clemson University shambri@clemson.edu 864.906.8668

MICHAEL CARLOS BARRIOS KLEISS, PHD Associate Professor of Architecture, Structures & Computation Clemson University crbh@clemson.edu 617.584.1804

DAN HARDING Director of Graduate Architecture Clemson University hardin4@clemson.edu 864.506.6645


01

02

Flat-wood Industrial Park

Glendale Shoals

03

PARAMETRIC STUDIO

Design Studio IV

AIA Cote 10 PROJECT Design Studio III

Design Studio IV

04

Design Studio V

GRAD SCHOOL PROJECTS

12

GRAPHICS Poster, Icon, Blog, Cover, logo

13

INTERNSHIP International Project

14

FREELANCING Interior, Construction

PROFESSIONAL PROJECTS


05

FINE ARTS INSTITUTE Thesis Project

06

DIABETIC HOSPITAL Pre-Thesis Project

09

REST IN SPEED Parasitic Project

07

IMAGE OF THE CITY Urban Design

10

FUEL STATION Form and Function

08

VERTICAL HORIZON High Rise

11

PRODUCT DESIGN Real Scale Product Design

UNDER-GRAD SCHOOL PROJECTS

15

FEEL THE RHYTHM Sculpture

16

PHOTOGRAPHY|SKETCH

Travel Photography, Sketch

17

PAINTINGS Oil Painting

THINGS THAT I LIKE TO DO

CONTENT


01

GRAD SCHOOL PROJECTS SPRING 2020


Conceptual Sketches | FARM

CLEMSON Masters Studio IV CONSERVATION AND DEVELOPMENT STUDIO Flat-wood Industrial Park SITE:

Flat-wood Community; Spartanburg County, South Carolina STUDIO CRITIC :

Hambright-Belue, Sallie, AIA, LEED AP Associate Professor of Architecture TEAM :

Faequa Uniza Rahman Shane Lenard This studio investigated how architecture can bridge the gap between conservation and development in order to serve the interests of the community and promote a resilient future. A 1400-acre industrial master plan encircling a conserved organic farm. We were required to develop a master-plan, envisioned connections to the farm as public space, and designed a 5000 square foot event building on the farm.


01

THE COMMUNITIES’ GARDEN

DESIGN FOR ECOLOGY

- MASTER PLAN -

S U N L I G H T

O X Y G E N

SPACE FARM

JOHNSON PROPOSED BUILDINGS

W A L L

C O M P O S T

W A S T E

JOHNSON DEVELOPMENT

G R E E N

C O N S U M E

P L A N T

COMMUNITIES GARDEN PROPOSED BUILDINGS

EDIBLE PLANTS

DESIGN FOR WATER EVAPORATION

MAJOR ROADS

PROPOSED TRAILS

PROPOSED GREEN-CORRIDOR

RUN-OFF FROM ROOF

PERMEABLE

BIOS-WALE

WATER BODIES GROUND

RAIN COLLECTION

The Communities’ Garden master plan includes a green corridor that runs along Bryant road and includes an additional 1400 acres in conjunction with Johnson Development. Our master plan keeps as many of the proposed buildings away from the Bryant road and the farm owned by S.P.A.C.E. This will create a buf fer from the road and allow for this natural beauty to still be evident along this created swath. This master plan reflects the positive experiences of the existing natural landscape that has influenced us while creating this master plan.

GRAY WATER

FILTER

SOLAR PANELS

ELECTRIC

DESIGN FOR ENERGY

SUN ENERGY PRODUCTION

INDUSTRIAL BUILDING

FARM BUILDING

RAIN GARDEN


PROPOSED MASTER-PLAN STRATEGIES

- INDUSTRIAL-

MASTER PLAN

82 %

of Site is JOHNSON DEVELOPMENT

48.45 IN of Site RAINFALL ANNUALLY

-PERMEABLE ASPHALT-

-BIOS-WALE-

221 DAYS OF SUN ANNUALLY

18 %

of Site OWNED BY SPACE

75 DEGREES

AVG. MAX TEMPERATURE

-POLLINATION OF FLOWERS-

-GREEN WALL-

ROOF

WATER FROM SERVICE AREAS

PUMP FILTER SAND LAYER

TO FIELDS

-GRAY WATER COLLECTION-

-COMMUNITY FARMING-

SUMMER SOLSTICE

WINTER SOLSTICE

PROPOSED MASTER-PLAN PROGRAMS

W

14

Fairview Church rd.

S Bryant rd.

Bryant rd.

Fairview Church rd.

ACRES OF SOLAR FARM

N

31.6

ACRES OF PIEDMONT PRAIRIE

360

ACRES OF CONSERVED GREEN

E

-SOLAR FARM-

-COMPOSTING-

13.83 MILLION CUBIC FEET OF RAINFALL PER YEAR FROM ROOF RUNOFF

5 GWH

annually

FROM 14 ACRES OF SOLAR FARM

14 GWH

annually

FROM 40 ACRES OF SOLAR ROOF (1/4TH OF ROOF AREA)


01

THE COMMUNITIES’ GARDEN - FARM-

The Flat-woods community has farmed this land for over one hundred years and our program will include space to honor that tradition by including that program on the farm owned by S.P.A.C.E. The farm will include parcels of land the community can use to produce edible plants. Some of these plants would include, peaches, apples, and other vegetables. This would be a place for the surrounding community (not just the Flatwoods residents) to have a space where they can farm and continue the tradition of the community. The Farm will feature other spaces designed to engage the public with nature and the outdoors. The 5000 sq-ft training center will act an a learning space for members of the community to learn about farming from experts. The center will also house a small cafe and be able to provide events for up to 250 people.

GROUND FLOOR


- FARM- MASTER PLAN 20’ X 20’

Community Plots

60 LIVESTOCK On the Farm

Open Outdoor Space for Large Event | PUBLIC SPACE

Camp Ground Near Water | PUBLIC SPACE

Educational Public Building & Cafe gathering space

Amphitheater

Trails

Crop Fields

PEOPLE EAT

Field for Cows

Camping & Picnic Space

Play Ground

VEGETABLES GROWN

3-4 LBS VEGETABLES PER DAY

FEED PEOPLE PER DAY

FARM PRODUCES

Sculpture Garden

Piedmont prairie

TOMATOES BERRIES PEACHES WATERMELON APPLES PEEPERS

286

Green House & Shaded Tool Storage

POLLINATION

1145 LBS/ DAY AVG. FARM PRODUCTION POLLINATORS CAN

PIEDMONT PRAIRIE

INCREASE YIELDS BY

20%

3267 PLOTS Of land Parcels

418176 LBS

Of Vegetables annually


01

THE COMMUNITIES’ GARDEN

DESIGN FOR WATER

- EVENT SPACE -

DESIGN FOR ENERGY Solar Panels East Orientation Overhang Passive cooling Passive Healing

Slope roof Hub Cistern Rain Gardens

KITCHEN CHIMNEY

DESIGN FOR RESOURCES Locally Sources Timber Locally Sources Concrete Clay Roof (for thermal mass)

SUMMER RUNOFF TO CISTERN

OPERABLE LOUVERS

SOLAR PANELS

OVERHANG

WINTER

AIR FLOW

The Flat-woods community has farmed this land for over one hundred years and our program will include space to honor that tradition by including that program on the farm owned by SPACE. The farm will include parcels of land the community can use to produce edible plants. Some of these plants would include, peaches, apples, and other vegetables. This would be a place for the surrounding community (not just the Flatwoods residents) to have a space where they can farm and continue the tradition. The Farm will feature other spaces designed to engage the public with nature and the outdoors.

30% OPERABLE LOUVERS

WATER RECYCLED

COMMUNITY SPACE

PARKING

ENERGY SAVINGS

TRAINING CENTER

75%

HUB CISTERN

EAST

PUBLIC SPACE

CAMP GROUND


VIEW FROM FIELD TO TRAINING CENTER

ALL MATERIALS SOURCED WITHIN

120 MILE RADIUS

GREENVILLE:

GREENVILLE:

45 MILES

45 MILES

WOOD FLOORING

CONCRETE FLOORING

FORT MILL:

FORT MILL:

COLUMBIA:

MAULDIN:

TAYLORS:

GREENVILLE:

110

110

113 MILES

40 MILES

35 MILES

45 MILES

WOOD PANEL (SIDING)

CLAY ROOF TILE

WOOD CEILINGS

WOOD CONSTRUCTION

MILES

MILES

MR 4.2: Constructed of 20% Recycled Content SEMI-PERMEABLE PAVING

PERMEABLE PARKING

[AutoCAD plan drawing,Revit - 3D Modeling, post production - Photoshop]


02

GRAD SCHOOL PROJECTS SPRING 2020


CLEMSON Masters Studio IV CONSERVATION AND DEVELOPMENT STUDIO Glendale Shoals SITE:

Glendale Shoals Preserve & Waterfalls Spartanburg County, South Carolina STUDIO CRITIC :

Hambright-Belue, Sallie, AIA, LEED AP Associate Professor of Architecture TEAM :

Faequa Uniza Rahman Shane Lenard This studio investigated how architecture can bridge the gap between conservation and development in order to serve the interests of the community and promote a resilient future. This project of the studio focused on an historic mill site in Glendale, South Carolina. The 11-acre site was formerly the Glendale Mill, a large cotton factory, and ruins from the mill exist today. The site is adjacent to Lawson’ Fork creek, waterfalls, dam, a Pratt through truss bridge, the Wofford Goodall Center for Environmental Studies, the Glendale Shoals Preserve, and an historic mill village. We were tasked with envisioning a new, contemporary vision for Glendale Shoals that incorporates all the unique aspects of the site.


- MASTER PLAN -

M O PRO

T

M RO

OTE TRAIL

MOTE HEAL TH RO

GLENDALE _ SITE CONDITIONS

P

The main idea of this project is to bring back the history to the people and also reuse these existing structures with new motives, engaging youths and adults in the program. A proposed restaurant and store will bring make the housing option more attractive. The new public areas will also be coupled with additional housing. We feel new housing can revitalize the shoreline along the river while still keeping in mind the size and scale of Glendale presently.

RICAL PRES TO ER IS

TAINA US S E

N

The area in which Glendale Shoals is situated is geographically known as the shoals of Lawson’s Fork Creek. The mill and surrounding town were named Bivingsville when the area was bought and developed by Dr. James Bivings in 1832. In 1880, Bivingsville was renamed to Glendale. Glendale Mill stands on the threshold between the past and the present and the boundary between the natural world and the built environment. Presently, the empty buildings are home to wildlife, vines, weeds, and undisturbed soil, however looking up through the tower reminds us of a period of rapid human expansion.

PROMOT EH

PROJECT DISCRIPTION LINK: https://youtu.be/h6bbKbKgKgI

TIO VA

02

GLENDALE HOUSING & OUTDOOR RECREATIONAL CENTER

P

GLENDALE

Y

Church

Post Office

Trail

EXISTING VEHICULAR ACCESS

EXISTING VEGETATION

EXISTING SITE

EXISTING TRAIL

Fire SPARTANBURG

1830s Mill Building

Residents

Degree On July

91

411

13min

HISTORICAL IMPACT

CURRENT POPULATION

HIGHEST TEMPERATURE

AVERAGE RAINFALL

DOWNTOWN

ESTIMATED RENT FOR OUR PROJECT

$36K

66%

1 MILE

5.6 MI

5.8 MI

6.9 MI

INCOME

AGE 45+

FOOD DESERT?

SPARTANBURG

CONVERSE COLLEGE

WOFFORD COLLEGE

175

MM

7min

Drive

Drive

SITE

Nearest

BUS STOP

$1K +

LIV

ING


SUNLIGHT ANNUALLY

WINTER SOLSTICE

NV IR M

SUNRISE

EN

G le n d al

ATURAL

nte r

N TO SS

The town of Glendale retains a unique community with unique people. This is derived partly from it’s rich history and loyal residents who see the beauty Glendale has to offer. As it continues to become a catalyst for identity with its existing residents and communities that lie just outside of this town. The town and its historical value have become very important for the people of the past, and will continue to do so for both indigenous residents and newcomers. Thus, our goal is to involve people of different ages and diversity to ensure the uniqueness of the Glendale community. Our housing strategy will incorporate a diverse mix of unit types that should attract a plethora of people to Glendale.

e

Ce

INVOLV ITY EM E

OMOTE ACC PR E

SUNSET

O

ut

do

n

al

M

UN

ENT NM

OTE CO

io o r Re cre a t

The Glendale outdoor Recreation Center will help the community to evolve again, where the people of all ages will interact with each other in a natural community space. ITE AND HIST OR THE S IC ALL

BU ILT

F O RM N CA

The Bivings - Converse House, built in 1836, is significant as an excellent vernacular example of mid-nineteenth century Roman Revival residential architecture with late-nineteenth century. It is built by Dr. Bivings, it will be bought by Dexter Converse along with the mill in twenty years.

EEN FROM DIFFER E BE S N TH EIG

H

TS

O

OM PR

NT

N RO VI

MENT

ABLE E

225 DAYS

SUMMER SOLSTICE

38.8%

37.7%

20.0%

3.5%

Age 55 - 75+

Age 35-54

Age 18-34

Age >5

Current age variance Glendale shoals


- MASTER PLAN -

PROJECT DISCRIPTION LINK: https://youtu.be/h6bbKbKgKgI

-GARDEN AREA FOR THE RESIDENTS-

-BIOS-WALE-

-PERMEABLE PAVING-

-SEMI COVERED GREEN PARKING-

PUBLIC SPACES

-AFFORDABLE HOUSING-

-RAIN GARDEN-

THIS ZONE CAN BE TURN INTO A CITY CENTER FOR THIS COMMUNITY. A grocery store along with a small pharmacy in the site, a gym , a post office and an convention center in it’s surroundings.

P

MASTER PLAN

64

PROPOSED PROGRAMS

02

GLENDALE HOUSING & OUTDOOR RECREATIONAL CENTER

PARKING FOR GROCERY STORE AND THE PARK

P

7666 SQ. FT.

GROCERY STORE

COFFEE BREAK

RESTAURANT

RIVER FRONT

HISTORIC

BRIDGE

WATER

ACTIVITY Bivings - Converse NATURAL BRIDGE FOR PUBLIC PUBLIC PARK AND PICNIC House INTO EVENT SPACES RECREATION FISHING & KAYAKING AREA PIER

40 AFFORDABLE HOUSING PLAY GROUND AREA

GARDEN FOR THE RESIDENTS

TRAIL

PRIVATE FISHING PIER

SWIMMING POOL

HOUSING AMENITIES

BBQ AREA

06

HOUSING


GLENDALE HOUSING & OUTDOOR RECREATIONAL CENTER - SITE DESIGN & APPLICATION -

49 INCHES OF RAINFALL ANNUALLY

1/2 ACRE OF PLANT PRODUCTION OF VEGETABLES ANNUALLY

These rain gardens will purify any runoff from the roofs before it reaches the creek. The way the slope of the roof is also helps those units as it allows for tall ceilings but the smallest exterior wall exposure on the south side to minimize gain. We have also developed our garden here where we will have an acre devoted to this program.

DAILY YIELD

7000 LBS

OF VEGETABLES ANNUALLY

OF VEGETABLES

19 LBS

1/2 ACRE GARDEN FOR RESIDENTS -POSSIBLE GARDEN PRODUCTIONTOMATOES PEACHES APPLES

CORN SOYBEANS GRAIN

FLOWERS BEANS SWEET POTATOES

-PARKING AREA TREATMENT-

-ROOF RUN-OFF TREATMENTRAIN GARDEN

SEMI COVERED GREEN ROOF WITH PERMEABLE PARKING MATERIAL

CAROLINA JESSAMINE “SOUTH CAROLINA STATE FLOWER”

FARM PRODUCTION

SITE SECTION THROUGH HOUSING DUPLEXES ZIP-LINE

PRESERVATION

BRIDGE

KAYAKING

PIER

PLAY GROUND

PARK

TRAIL

GARDENING

HOUSING

RAIN GARDEN


02

GLENDALE HOUSING & OUTDOOR RECREATIONAL CENTER - SITE DESIGN & APPLICATION -

PROJECT DISCRIPTION LINK: https://youtu.be/h6bbKbKgKgI

VIEW OF HOUSING LOOKING NORTH

[Auto


RUNOFF TO CISTERN & RAIN-GARDEN

SUMMER EVENING SUN BELGIAN WOOD TRUSS

*HANDICAP APPROVED BY IRC 2018 - 12 UNITS WOOD FLOORING

BRICK

WOOD CONSTRUCTION

DECENTRALIZED GRAY-WATER RECYCLING

SOLAR PANELS

WINTER EVENING SUN

RECYCLES

80% OF GREY WATER

SPARTANBURG:

INMAN:

ALLENDALE:

10 MILES

18 MILES

165 MILES

ONE COUPLE USES 160 GALLONS OF WATER DAILY WARM AIR

METAL ROOF WOOD SIDING

CONCRETE FOOTINGS

CISTERN PUMP CAN RECYCLE 130 GALLONS OF WATER DAILY COOL AIR

28 PANELS

ANDERSON:

70

MILES

GREENVILE:

GREENVILLE:

40 MILES

40 MILES

oCAD plan drawing,Revit - 3D modeling, post production - Photoshop]

PRODUCES 10,000 kWh ANNUALLY

SW

GREY WATER TO CISTERN NE

CISTERN & PUMP

POPULAR RAIN GARDEN FOLIAGE

SHRUBS PERENNIALS FERNS

In this part of the site we are exploring how wood construction can in infilled with the existing old mill concrete structure

POWERS ONE DUPLEX ANNUALLY

NEW BRICK STRUCTURE TO HOLD THE CONTOUR AND CREATING SEATING SPACE ON THE IN LANDSCAPE OLD STONE STRUCTURE COLLECTED FROM THE SHOALS

PEBBLES FOR THE RAINGARDEN

SITE SECTION


03

GRAD SCHOOL PROJECTS FALL 2019


CLEMSON Masters Studio III AIA COTE 10 COMPETITION PROJECT LOST SPACES SITE:

PORTLAND STUDIO CRITIC :

Ulrike Heine David Franco George Schafer, PhD TEAM :

Faequa Uniza Rahman Sarah Smith This project of the studio focused on Architectural solutions for left over space created by America’s elevated urban highways. The main intension is to design a sustainable solution for the left-over spaces by following maximum sustainable strategies which is needed as per the design.

[AutoCAD plan drawing,SketchUp - 3D Modeling, post production - Photoshop]


A SELF-SUSTAINING COMMUNITY FOR - EAST PORTLAND -

WORK MARKET

AM

: 15

E

T ET RI R VE

BIK

E: 4

I-84

I-405

MIN

>1

HOME

WA LK

M IN

WORK

L IL W

03

EAST-BANK MEADOWS

WALK: 9 MIN BIKE: 3 MIN

MIN

DOWNTOWN SITE

INDUSTRIAL

I-5

PORTLAND, OR

REDUCTION IN EMISSIONS

4.3

COMPARED TO 2017

ACRES

2.6%

PARKING LOTS

GREEN-SPACE

CURRENT AVERAGE COMMUTE

1

PASSENGER CAR

=

4.6

METRIC TONS CO2e PER YEAR

24.7MINUTES HOUSES

70

CAR-LESS RESIDENTS

Located in East Portland, Oregon, the Eastbank Meadows features a market supported by local suppliers, a residential tower and a large greenspace. The current 4.3 acres of asphalt will be removed and recycled to allow for the community gardens and green-space. With the goal of building up rather than out, the 14story residential building contains 24, double height units to allow for maximum light in Portland’s unique climate. The market embraces Interstate-5’s structure and brings life into the space. While cars pass along the highway overhead, residents and the local community will be able to walk or bike to all their destinations within Portland.

[AutoCAD plan drawing,SketchUp - 3D Modeling, post production - Photoshop]


[AutoCAD plan drawing, post production - Photoshop] SE TAYLOR ST

ANADE

DESIGN FOR: INTEGRATION

NK ESPL

ROTATE URBAN GRID

EASTBA

The build-able site begins to open towards and welcome in east Portland.

45

COMMUNITY GARDEN

EMBRACE THE HIGHWAY

DESIGN FOR: ECONOMY

While following the rotated grid, the footprint begins to envelope the structure of I-5 in some areas and evade it in others. DELI

PRODUCE MARKET SEASONAL FARMERS MARKET

EXTRUDE

With the interstate limiting the height of the buildings underneath, the residential tower is free to rise above, becoming a beacon for East Portland. CAFE

SE MAIN ST

HOUSING

SLICE

The architecture is blended into the new landscape through the use of angled green roofs. Also, the lower angle on the tower acts as a noise barrier and the upper angle as a western sun barrier.

GENERAL STORE

DESIGN FOR: CHANGE

SUN + WIND

SE MADISON ST

EN

N

D G AR Y

CA TI O CO

M

M

U N

IT

LL O

ES

TU RB IN

C

TR A

FF I

N CE

AL T

AR V

PH

H TR A

ED

W AT E IN

CY CL RE

R

AS

FS O RO

LS RA U M

EN G RE

CA LO

RA

S

T KE

PA TH

AR LM

PA CE

G

-S

IN

EN

W AL K

G RE

ES

TI

N

G

Airflow coming from the industrial neighborhood is cleansed by the green space before passing through the market and residential tower. Also, South facing apartments allow for maximum daylighting in Portland’s overcast climate.

TEXTURE KEY

INTEGRATION ECONOMY CHANGE

N

COMMUNITY RESOURCES ENERGY WELLNESS DISCOVERY ECOLOGY WATER

BICYCLE

PEDESTRIAN

VEHICULAR

PLAZA

CIRCULATION

PIER


03

EASTBANK MEADOWS - DESIGN STRATEGIES -

DESIGN FOR: RESOURCES MATERIALS

CURTAIN WALL

PRECAST CONCRETE

RECLAIMED WOOD

VEGETATION

A

VERTICAL CIRCULATION

B

D

E

C

DIVIDE UNITS

OFFSET UNITS

DESIGN FOR: ENERGY

VEGETATION

REUSE

2

186,000 FT

of pavement turned to greenspace and reused as foundation fill.

Virginia Creepers help shade in the summer and allow light in the winter. The bright seasonal colors paint the facade throughout the year

NOISE BARRIER

Insulated, precast concrete will help shield the lower units from noise and provide privacy.

TRAFFIC TURBINE PRECAST CONCRETE WIRE GRID GREENERY

EPOXY FIBERGLASS SLEE ABS PLASTIC


EVE

[AutoCAD plan drawing, 3D Modeling-Sketchup, Render & post production - Photoshop]

E A

D B

E1

A2

A1

C B2

D1

E2

D2

B1

C2

C1

RAIN-GARDEN

Aids in stopping runoff from entering the Willamette River. VEGETATION BIO-RETENTION SOIL MIX SAND PEA GRAVEL GRAVEL

4.3

ACRES

+ 43in

RAIN/YEAR

= 4.98

COMMUNITY GARDEN RUNOFF ACCOUNTS FOR

70%

RAIN-GARDENS FILTER

90%

80%

NUTRIENTS

SEDIMENTS

MILLION GALLONS

RUN-OFF WITH CURRENT PAVED SITE

OF WATER POLLUTION

Portland can receive as little as

2 HOURS

of sunlight in a day, which is optimal for leafy crops, and are protected from the summer sun

30,825 FT2 FT2 CROPS

PEOPLE EAT

3-4 lbs

PER DAY, TOTAL

9,864 lbs PER YEAR

30%

PRODUCE

GREEN-SPACE

Allows for the community to gather and connect with nature in the bustling city. This space is fit for a variety of activities to fit the community’s needs. WELL BEING HEALTH MOOD CREATIVITY

STRESS DEPRESSION ILLNESS


03

EASTBANK MEADOWS

[AutoCAD plan drawing,SketchUp - 3D Modeling, post production - Photoshop]

- RENDERS -

BUCKMAN NEIGHBORHOOD

DESIGN FOR: COMMUNITY

MEDIAN AGE

34.8

63% POPULATION NEVER MARRIED

82% HOUSEHOLDS WITHOUT CHILDREN

DESIGN FOR: WELLNESS

DESIGN FOR: DISCOVERY


SUMMER

SOLAR

Vegetation blocks direct sun in the summer months. In the winter, the leaves fall which allows maximum light to pass. WINTER OVERCAST

In this project, I contributed in research areas, site and context analysis, along with master plan and design solutions, 3D- Modeling and all the renders and few diagrams and statics.

81% OF THE YEAR

WATER

Planters along facade and roof systems collect rain-water to be reused throughout the building.

For Graphical Representation | Media: [AutoCAD, Rhino, Sketchup, Photoshop, InDesign]

539,972

52%

GALLONS COLLECTED

OF THE BUILDING’S WATER

CROSS VENTILATION

Operable windows placed on perpendicular walls at the base and top of the residential units allow for fresh air to flow throughout.

4-8°

TEMPERATURE REDUCTION

Model | Media: Laser Cut

47° 50°

56°

61°

41° 44° 37° 38° J

HEAT

F

M

A

68°

49° M

73°

80° 80°

75° 63°

53° 57° 58° 54°

J

J

A

S

52° 48° O

46°

42° 37° N

D

By using radiant heating in the floors, the living surface is heated rather than the air. In addition, radiant systems reduce the circulation of dust and other allergens.

DESIGN FOR:

WATER + ECOLOGY


04

GRAD SCHOOL PROJECTS FALL 2020


CLEMSON Masters Studio V SYNTHESIS: TESA STRUCTURE

PRECAST PERFORMATIVE MORPHOLOGIES SITE:

Abu Dhabi STUDIO CRITIC :

Michael Carlos Barrios Kleiss, PhD TEAM :

Faequa Uniza Rahman Yuting Lu Sai Sreekar

CANOPY

ENVELOPE

MOSQUE ENVELOPE

GEOMETRY

In this studio, in collaboration with Skidmore, Owings & Merrill (SOM) we designed two main structures, a large long-span highcanopy and an exterior enclosure wall system for several buildings on the site. As a third structure design, we also designed the exterior walls of the mosque. The main intention is to use Parametric design by using tessellation structural system in the given programs.

ISLAMIC PATTERNS

DESERT

CALLIGRAPHY

MOSQUE

ABU DHABI

STRUCTURES

DATES TREE


19.2m

- CANOPY-

A

Basic Unit

B

19.2m

19.2m

A

A

4.6m

B A

B

Single Panel Sizing

Placing the Panels on the 19.2 grid

CANOPY This project will investigate elements of parametric modeling and morphing to create original designs. In this project we were experiment with the lessons in geometry to create more advanced tessellations and new original patterns. For this project we have used grasshopper to create out pattern and design. From Initial geometric pattern, we tried to develop our own pattern and created unit tile out of it, which eventually helped to create out tessellation.

PROCESS OF CREATING MORPHING

TYPE A

A

19.2m

Development phase 01

Development phase 02

Final Unit Pattern

A

B

B

19.2m

B

C

C

19.2m

C

D

D

D

19.2m

3D View from under the canopy

1.9m

Tessellation on the single column structure

TYPE D

View from the top of canopy

View from under the canopy

Tessellation

TYPE C

Creating morphing with the four types by adding each of them 3 times A

Initial Pattern

TYPE B

4.6m

04

TESA STRUCTURE


CONCEPT FOR THE CANOPY

SITE: ABU DHABI Abu Dhabi International Air Port

SHEIKH MAKTOMTOUM BIN RASHID ROAD Proposed SOM Master-plan with a rigorous grid 9.6m and a structural grid 19.2m

Abu Dhabi Desert

Continuation and interlacing

Continuation and interlacing Wave

GENERATING CANOPY PATTERN FROM THE SITE CONTEXT AND CULTURE

Persian Gulf

Tessellation Exercise Link: https://youtu.be/7TJGrrJmmMA

Gulf of Oman

Abu Dhabi

Saudi Arabia

United Arab Emirates

Oman

[PERSPECTIVE OF THE CANOPY 3D Modeling and Rending in Rhino, post production - Lumion and Photoshop]


04

TESA STRUCTURE - CANOPY-

1.8m

9.6m

PV 13.2m

Canopy

0.5m 0.25m 0.8m

PV PANEL

PV PANEL

Concrete Beams

FACING SOUTH WEST ANGLE 150

Concrete Columns

Building Blocks

1m

3.6m

CANOPY STRUCTURAL DETAILS

EXPLODED DIAGRAM

PV PANELING DETAILS


[PERSPECTIVE OF THE CANOPY 3D Modeling and Rending in Rhino, post production - Lumion and Photoshop]


04

TESA STRUCTURE - ENVELOPE -

ENVELOPE

CREATING ISLAMIC JALI WORK IN THE ENVELOPE OPENINGS

CONSIDERING DYNAMIC SHADOW COLLABORATING MIDDLE EASTERN AND LIGHT THROUGH THE ARCHITECTURE WITH MODERN WINDOW OPENING ARCHITECTURE

Pattern Analysis Phase 01

Pattern Analysis Phase 02

STRUCTURAL WALL ENVELOPE SYSTEM

Solid Pattern Phase 03

This project will investigate elements of parametric modeling and morphing to create original designs. In this project we were experiment with the lessons in geometry to create more advanced tessellations and new original patterns. Two different tesselation were designed in this envolope system. One was structural and another was the screen. Translating from the fundamental unite to the final tessellation we have used grasshopper to create out pattern and design. TYPE 01

ENVELOPE STRUCTURAL PATTERN

Fundamental Unit

Unit

Solid Complete Unit

Mirrored Unit

Overlapped Liner Translation (x axis)

Repeat Unit

Complete Unit

Overlapped Liner Translation (y axis)

FINAL Tessellation

TYPE 02

Solid, Void and Porous

ENVELOPE OPENINGS PATTERN

A Fundamental Unit

Repeat Unit

Repeat Unit

Tessellation

A

TYPE 03

Solid and Porous

B

Solid

B


1.2m

20 cm

Solid And Porous Panel

4.2m

40 cm

Solid, Void And Porous Panel

9..6m

9.6m

Internal Glass Panel

4.8M

Corner Joint TYPE 01 (A) Solid, Void and Porous Panel Section

NORTH EAST ELEVATION

TYPE 01 (B) Solid, Void and Porous

TYPE 01 (B) Solid, Void and Porous Panel Section

4.2m

TYPE 01 (A) Solid, Void and Porous

NORTH WEST ELEVATION

Solid Panel

TYPE 02 Solid and Porous SOUTH EAST AND SOUTH WEST ELEVATION

TYPE 02 Solid and Porous Panel Section

TYPE 02 Solid and Porous

TYPE 02 Solid and Porous Panel Section

SOUTH EAST AND SOUTH WEST ELEVATION

[PERSPECTIVE OF THE BUILDING ENVOLOPE, 3D Modeling and Rending in Rhino, post production - Lumion and Photoshop]


04

TESA STRUCTURE - ENVELOPE -


[PERSPECTIVE OF THE BUILDING ENVOLOPE, 3D Modeling and Rending in Rhino, post production - Lumion and Photoshop]


04

TESA STRUCTURE

- MOSQUE ENVELOPE -

Glass

First letter of Arabic alphabet “Alif” Concrete

MOSQUE ENVELOPE

Small square inscribed in the big square along the Qibla Direction

Creating Open Space/ Seating area.

Creating Circulation

Placing Minar beside the entrance

Incorporating Green Landscape

18m

Single Square

Exploded diagram of the Minar Step 01 Creating a unite pattern by adding hexagons and squares in to a circle following geometry

0.04m

Step 02

0.17m

Single Tessellation

Step 03

Extracting this single unite from 12 fold Rosette

THE FACADE FROM SOLID TO POROUS

Envelope

Main

Design

Incorporating Islamic Calligraphy

nce

Entra

s Mosque Program Qib la

e

Dir ec

Mosque Envelop

tio

n

Landscape

In the name of God, the merciful and compassionate

0.17m

9..6 m

Final Tessellation

Open gathering spaces

Minar

Adding different scales of this pattern to create Mina

3m


[PERSPECTIVE OF THE MOSQUE, 3D Modeling and Rending in Rhino, post production - Lumion and Photoshop]


05

UNDERGRAD SCHOOL PROJECTS Final Thesis ( 5th Year)


BRAC Undergrad Studio V ARC503 | THESIS

FINE ARTS INSTITUTION SITE:

Rajshahi University Campus, Rajshahi, Bangladesh 7.6 Acres Approximately DURATION : 12 weeks CLIENT : Rajshahi University STUDIO CRITIC :

Shams Monsoor Ghani, Mohammad Habib Reza, Sajid Bin Doza, Naim Ahmed Kibria TEAM :

Faequa Uniza Rahman The undergrad thesis studio was focused on functional project along with all the research agenda. This project basically is based on true government proposed project with verified proposal letter. In this studio, I have selected a proposed grovernment project, fine arts institution in Rajshahi University, Bangladesh as my thesis project. The main intention of this studio, is understanding how the real project is conducted in the professional field of architecture in Bangladesh. Along with the design solution, we had to submit a thesis paper at the end of the design studio.


05

FINE ARTS INSTITUTION - CAMPUS IN A CANVAS -

PROJECT DISCRIPTION LINK: https://youtu.be/yH81q1cGUQs

From the early age of civilization, art has been closely attached to the life style of human race. Every people carry the seeds of art from their childhood and it is bloomed fully with the help of environment and education. In fact, art is the first key of learning. It is indeed the expression of human thoughts. Art institution is established to create a positive environment for the young students where they can exercise their keen sense of art. Fine Arts Institute of Rajshahi University is proposed to be such an art institute that is to nurture one’s talent. The initial idea was to create a space between the nature and human. That is why “Campus in a canvas” has been thought to be an appropriate name for this project. THE SITE

THE SITE ANALYSIS


[SECTIONAL PERSPECTIVE OF EXHIBITION HALL, 3D Modeling and Rending in Sketchup, V-ray and Photoshop post production]


02 05

FINE ARTS INSTITUTION - CAMPUS IN A CANVAS -

PROJECT DISCRIPTION LINK: https://youtu.be/yH81q1cGUQs CONCEPT GENERATION

FORM DERIVATION BUILDING BLOCKS

NORTH-SOUTH ORIENTATION

WEST FACADE TREATMENT

EXHIBITION GALLERY

FRAMING

INTERACTION

NATURE

PROPOSED IDEA

CREATE BOTH VISUAL & PSYCHOLOGICAL CONNECTION WITH NATURE

INCORPORATING NATURE WITH BUILT FORM

Considering the north south orientation, the form had been generated. Class rooms, studios, library, faculty rooms, library, general offices and exhibition spaces were north south oriented for best light and ventilations. As the site is in the Rajshahi, the west part of Bangladesh, the west facade treatment was a major issue. Perforated wall had been designed for west facade treatment and also for giving a pattern light in some spaces and created a light and shadow ambiance.


INITIAL IDEAS | [MEDIA _ PEN, WATER COLOR, PHOTOSHOP]

WEST FACADE TREATMENT

OUTDOOR INTERACTION SPACES

MAIN ENTRANCE

PAINTING STUDIO

SOLID AND VOID

CIRCULATION SPACES

SPACE RELATIONSHIP WITH ONE ANOTHER

EXHIBITION SPACES

PERFORATED WALL

DOUBLE HEIGHT SCULPTURE STUDIO


05

FINE ARTS INSTITUTION - MASTERPLAN CAMPUS IN -A CANVAS -

PROJECT DISCRIPTION LINK: https://youtu.be/yH81q1cGUQs

[AutoCAD, Photoshop post production]


In the plan, the north south oriental vertical lines have leaded the entire project. As it is an institutional project, the directions, ventilations and openings are needed to be solved. The existing water body, trees and green areas are needed to be merged with a rhythm. Exhibition space needs to relate to nature, which creates a SCULPTURE GARDEN. Connections and relations were two key points of the project. Structural elements designed in such a that the outlooks would give FRAME to the students for painting or making creative stuffs.

Three studio typologies are designed. I.e. type (a) for lecture hall and graphic design studio, type (b)for painting and drafting studio and type (c) for sculpture studio. Full height window are designed for the painting and drafting studio. In type (b) vent window are designed for ventilation. In type (c) double height space are designed for making big sculpture.


05

FINE ARTS INSTITUTION - CAMPUS IN A CANVAS -

PROJECT DISCRIPTION LINK: https://youtu.be/yH81q1cGUQs



05

FINE ARTS INSTITUTION - CAMPUS IN A CANVAS -

PROJECT DISCRIPTION LINK: https://youtu.be/yH81q1cGUQs

The aim of the project was to create spaces, both suitable and enjoyable to the students of Fine Arts Institute of Rajshahi University. This project was not only a thesis project for me but also a dream. I tried to see this art institute not only from the perspective of an architecture student but also from the eyes of an artist and tried to put my experiences and my knowledge about art and architecture in this project.


[3D Modeling and Rending in Sketchup, V-ray and Lunion, Photoshop post production]


06

UNDERGRAD SCHOOL PROJECTS Pre - Thesis ( 5th Year)


BRAC Undergrad Studio V ARC501 | PRE-THESIS

100 BED DIABETIC HOSPITAL SITE:

Mirpur, Dhaka, Bangladesh 165480 sq.ft. Approximately DURATION : 9 weeks CLIENT : Bangladesh Government STUDIO CRITIC :

Bashirul Haque, Mohammad Faruk, Huraera Habeen, Sheikh Rubaiya Sultana TEAM :

Faequa Uniza Rahman This studio is based on functional project. We got freedom to choose a project with function based. I wanted to design Hospital as my Pre-Thesis project. A hospital, itself is a combination of function, aesthetic and human relationship with nature. I got more interest on this basis to design the best possible solution of all the requirements. It also helped me to contribute to Increase awareness amongst large population groups, which is the major determinant for the prevention of diabetes and its complications as well as related metabolic disorders, through my design solutions.


06

HEALING ARCHITECTURE - 100 BED DIABETIC HOSPITAL -

Although hospitals are recognized for its importance as health care provider in many developed countries, in most developing countries it is still underutilized. The health sector occupies an enormously important position in ensuring sustainable overall socio-economic advancement in developing countries. In Bangladesh, the government has begun to strategically integrate the health sector into its poverty reduction plans. The alternative— An unhealthy nation is destined to perpetuate a vicious cycle of poverty. In this regard, as an undergraduate student, I was required to design a diabetic hospital of 100 beds in the middle of the capital city with the given programs according to the hospital curriculum of Bangladesh.

FUNCTION FLOW DIAGRAM


[3D Modeling and Rendering in Sketchup and Lumion, V-ray and Photoshop post production, photo montage]


06

HEALING ARCHITECTURE - 100 BED DIABETIC HOSPITAL -

DESIGN CONSIDERATION NATURE:

Must be connected to the main lobby, OPD waiting, IPD waiting, seminar hall. WEST SIDE: Diagnostic, OT, Emergency (which are required mechanical ventilation) must be located in the west part. ZONING: Zoning must be done according to the site considerations and the form placement. SPACE FOR THE PEOPLE (USERS): A walkway or park (green space is required for the patient to do their regular exercise. SPACE FOR THE PUBLIC (SOCIETY): Creating a space for public use. (Near to the node, where bus usually stops.

GROUND FLOOR PLAN

[ MEDIA _ AutoCAD and Photoshop post production]


O A S I S _ inviting nature inside and outside

This inter locking space has been designed for entering light inside the form and also creating a integrity relationship between the form and nature. In the picture 1, the sun light is penetrating through the opening space. The picture 2 and 3 are the indoor and outdoor expressions of the relationship of the function and nature.


06

HEALING ARCHITECTURE - 100 BED DIABETIC HOSPITAL -

[3D Modeling and Rendering in Sketchup and Lumion, V-ray and Photoshop post production, photo montage]



07

UNDERGRAD SCHOOL PROJECTS Year - 04 | Urban Design


BRAC Undergrad Studio V ARC402 | URBAN ANALYSIS IMAGE OF THE CITY SITE:

Banani, Mohakhali, Karail, Bangladesh 3 Acres Approximately DURATION : 03 weeks STUDIO CRITIC :

Dr. Mohammad Habib Reza, Dr. Timmy Aziz TEAM :

Faequa Uniza Rahman Nuran Nur, Shazedul Islam Shuvro

This studio is based on the urban analysis of the Dhaka city. The referred site around BRAC University campus was selected for the analysis. An urban analysis of the site was created based on the theory of urban space development in “THE IMAGE OF THE CITY” by Kevin Lynch.


07

URBAN ANALYSIS - IMAGE OF THE CITY -

The referred site around BRAC University campus was selected for analysis. An urban analysis of the site was created based on the theory of urban space development in “THE IMAGE OF THE CITY� by Kevin Lynch. Different characteristics of each area were studied and recorded, which led to the formation of programs to solve various issues or problems encountered with the aid of an overall master-plan of the site. Path, Edge, District, Landmark and Node were identified and an elaborately analyzed in this studio and we proposed the functional possibilities of the existing problems with more studies and explanations.


• The rickshaw (local transportation) connection from Gulshan, Banani Mohakhali to Karail is discontinuous • Gulshan, Banani and Mohakhali have internal transport facilities whereas Karail does not, except for pedestrian

• Users can cross this edge and get to their desired location. • These edge prohibit the movement of users to the other side of it. Thus it creates a barrier between two different areas.

Nodes are junctions or concentrated zones within an area which an observer moves through when he travels from one area to another. These are popular hubs where people gather. The nodes are also categorized into primary and secondary nodes. The assessment of these nodes is done according to accessibility, transition, facility, interaction and familiarity.

Districts are certain areas of the city having common identifying features. Districts are categorized into primary and secondary types. These districts were assessed according to facilities, familiarity, environment and land use.

Landmarks are elements within the city which is viewed externally and are well known. They help a user to identify and locate them within an area. Landmarks are categorized into primary and secondary types. These landmarks were assessed according to visibility, accessibility, typology and facilities.


07

URBAN ANALYSIS - IMAGE OF THE CITY -

PROPOSED DESIGN AND FACILITIES - PATH

PROPOSED DESIGN AND FACIL

PROPOSED DESIGN AND FACIL


LITIES - LANDMARK

LITIES - DRISTRICT

PROPOSED DESIGN AND FACILITIES - NODE

PROPOSED DESIGN AND FACILITIES - NODE

PROPOSED DESIGN AND FACILITIES - EDGE


08

UNDERGRAD SCHOOL PROJECTS Year - 03 | High-Rise


BRAC Undergrad Studio V ARC302 | HIGH-RISE VERTICAL HORIZON SITE:

Mohakhali Pertex Warehouse, Dhaka, Bangladesh 50 Storied Multi Functional Building DURATION : 05 weeks STUDIO CRITIC :

Saiqa Iqbal Meghna, Shams Mansoor Ghani Mahmudul Anwar Riyaad TEAM :

Faequa Uniza Rahman

This studio is based on designing vertical horizon. Expansion vertically and creating a structure with proper measures and following building codes for the highrises. The site was fixed and it’s in the middle of a Dhaka city, the capital of Bangladesh. We are told to design a 50 storied high rises along with the under ground parking and the services.


08

HIGH-RISE

- VERTICAL HORIZON -

Continual changes in high skylines and urban morphology of Dhaka city due to rapid urbanization and soaring land price are indicators of the need to stress on the design ideas for innovative solutions for High-rise Structures. Phenomenal increase in land price over the past three decades has made it almost impossible to think of an economically viable project without a multi-storied solution. It is therefore obvious that high-rise buildings have to be efficient in terms of space use, energy consumption, use of materials, construction, etc. Innovative solution for both structure and skin using cutting edge technologies as well as smart use of focal tools, techniques and material(s) are encouraged to push boundaries of prevailing conventional design approaches mostly driven by economic profit of landowners. Through understanding of functional flows incorporating efficient solutions for cores (main and service), intelligent propositions for how the building should touch the ‘ground’ and how it should end on the top should be reflected in the design ideas. CONCEPT DIAGRAM


[3D Modeling and Rendering in Sketchup, Rhino and Lumion, V-ray and Photoshop post production.]


08

HIGH-RISE

- VERTICAL HORIZON -

Female Toilet Electrical Room AHU Male Toilet Fire Lift Fire Stair Circulation Female Toilet Male Toilet Mechanical Room Lift CORE

[ AutoCAD, Photoshop post production]

LEVEL 01

LEVEL 05

LEVEL 10

LEVEL 25


Front Elevation

Section AA’


09

UNDERGRAD SCHOOL PROJECTS Year - 02 | Idea Project


BRAC Undergrad Studio V ARC302 | PARASITIC PROJECT

MUSIC CAFE AND EXHIBITION SPACE SITE:

Mohakhali Flyover, Dhaka, Bangladesh Government (Idea Project) DURATION : 02 weeks STUDIO CRITIC :

Shams Monsoor Ghani, Saiqa Iqbal Mahmul Anwar Riyaad TEAM :

Faequa Uniza Rahman

This studio is based on hypothetical parasitic idea project. We were told to design a cafe underneath the unused space that is created by the flyover. The site was in the capital of Bangladesh.


09

MUSIC CAFE AND EXHIBITION SPACE - REST IN SPEED | PARASITIC PROJECT-

REST IN SPEED is a meeting place which offers space for retreat to the people in motion. The site is located in one of the busiest zone of Dhaka city. The unutilized place underneath the Mohakhali flyover has been chosen to be exploded as a public gathering space. The project can be perceived as parasitic space depended structurally on its host, the flyover, or it may stand individually transferring load to the ground. The structure will house a small music cafĂŠ to offer a new kind of experience to the users/the busy passersby. The architectural intervention hovering over the busy street is expected to be designed as an armature for transformation, an instrument not for dividing and separating, but for bringing opposing ideas and people together.


[3D Modeling and Rendering in Sketchup and Lumion, V-ray and Photoshop post production.]


10

UNDERGRAD SCHOOL PROJECTS Year - 01 | Canopy


BRAC Undergrad Studio V ARC 202 | FORM AND FUNCTION HIGHWAY FUEL STATION SITE:

SAVAR, Dhaka, Bangladesh Government (Idea Project) DURATION : 01 weeks STUDIO CRITIC :

Nesfun Nahar, Tariq mahbub Khan, Amir Ebn Sharif TEAM :

Faequa Uniza Rahman

This studio is based on designing a canopy for a highway gas station by using the understanding of the vehicular movement around the site.


10

HIGHWAY FUEL STATION - FORM AND FUNCTION -

North Elevation


Dealing with function complexities of vehicular movement and docking pattern along with the scope of re-defying the very physical existence of the station to offer a revitalizing experience for any one stopping or passing by. Concept: Transition, Fluidity and Speed. Glass frame pattern is derived from the DRAGON fly’s wings.

Top Floor Plan

Ground Floor Plan

East Elevation


PRODUCT DESIGN | GRAD PROJECT KINETIC FACADE STRUCTURE The main goal is to design a kinetic structure with smart material which will create a Dynamic Facade controlled by outside temperature throughout the course of the day.

Abstract Flower lines

The inner petals represent the closing mood of the structure

The outer petals represent the opening mood of the structureA Wooden Sticks 2.5�

PRODUCT DESIGN

B Brass Back screws 4mm-8mm

Pair of adjacent ARMS needs to be fixed

A

B

Wooden Sticks 2.5�

Brass Back screws 4mm-8mm

AC

Wooden KRL Cut to Sticks Length2.5â€? Nitinol Spring STD Temp 115°F (45°C) 0.040" (1.0mm)

Joining all the arms with rolling boundary condition to move/ rotate with respect to another.

đ?‘šđ?‘Žđ?‘ đ?‘ ≈ 70đ?‘”đ?‘š

đ?‘šđ?‘Žđ?‘ đ?‘ ≈ 70đ?‘”đ?‘š

When � ≼ 450

B Brass Back screws 4mm-8mm

A C

Wooden Sticks Nitinol 2.5â€? KRL Cut to Length Spring STD Temp 115°F (45°C) 0.040" (1.0mm)

CA

KRLWooden Cut to Length Sticks Nitinol 2.5â€? Spring STD Temp 115°F (45°C) 0.040" (1.0mm)

DB

2 pieces Brass Back screws 70g Weight 4mm-8mm

DB

2 pieces Brass Back screws 70g Weight 4mm-8mm

EC

E

F

D 12â€? in NaturalC Jute Âźâ€? thick and 2 pieces KRL Cut to Length Twine String Rope Nitinol length Square Wood 70g for Weight Spring STD Temp 115°FDowel Rods the base (45°C) 0.040" (1.0mm)

FD

Jute Nitinol Âźâ€? thick and 12â€? in 2 pieces KRL Natural Cut to Length Twine String Rope115°F length70g Square Wood Weight Spring STD Temp (45°C) 0.040" (1.0mm)Dowel Rods for the base

E

Natural Jute Twine String Rope

When đ?‘‡ ≈ 450

Actuator: Sensor: Shape Memory Alloy, Atmospheric and a pair of external Temperature. body masses act as the actuator and helps in closing the floret.

When � ≤ 450

Smart and responsive kinetic structure: The smart system interacts with outside temperature and acts dynamically according to it.

DB

Brass2 Back piecesscrews 4mm-8mm 70g Weight

EC

F D

2 pieces Natural Jute Nitinol Âźâ€? thick and 12â€? in KRL Cut to Length 70g Weight TwineSTD String Rope115°F length Square Wood Spring Temp (45°C) 0.040" (1.0mm) Dowel Rods for the base

E

Natural Jute Twine String Rope

E

Natural Jute Twine String Rope

F

Ÿ� thick and 12� in length Square Wood Dowel Rods for the base

F

Ÿ� thick and 12� in length Square Wood Dowel Rods for the base

Kinetic Facade

đ?œƒ ≅ 300

đ?œƒ ≅ 300

11

A Wooden Sticks 2.5�

Smart Material Shape Memory Alloy

F

Ÿ� thick and 12� in length Square Wood Dowel Rods for the base


PRODUCT DESIGN | UNDER GRAD PROJECT 360 ROTATING DRAFTING TABLE Project Duration: Project Type:

Scale:

01 week STUDIO TABLE 360 DEGREE folded Drafting table. Both the sides of the table can be used for drafting and model making. 1’ - 0” = 1’-0”

A CUBE IS DEAD Project Duration: Project Type: Scale:

01 week LIGHT 1’ - 0” = 1’-0”

In order for the light to shine so brightly,the darkness must be present. _ Francis Bacon


GRAPHICS DESIGN | GRADUATE ASSISTANTSHIP WORKS

12

PROFESSIONAL EXPERIENCES - GRADUATE ASSISTANTSHIP -

CHFDT Website Link: http://www.clemson.edu/centers-institutes/health-facilities-design-testing/index.html Website Graphic Degin

Working under the supervision of Dr. Anjali Joseph, the endowed chair in Architecture + Health Design, Clemson University and the director for the Center for Health Facilities Design and Testing (CHFDT). Working on graphical representation, blogs, design analysis diagrams, poster presentation, reserach paper graphic, conference paper graphic analysis and developer and responsible for website graphic design. At present, working in the organizing team of the coming Environmental Design Research Association (EDRA) 53 Conference 2022, as graphic developer and designer. Website Graphic Degin for the A+H Center for Health Facilities and Design and Testing

Graphic Degin for Clemson Blogs


Graphic Degin for Research Paper and Conference Paper TASK: INTUBATION

Intubation

MORE THAN JUST WAITING What do care partners find important in a surgery center waiting room?

SUPPLY ZONE 1 ANJALI JOSEPH, PhD, EDAC

ROXANA JARARIFIROOZABADI, EDAC Ph.D. Candidate Clemson University

Endowed Chair in Architecture + Health Design and Research, PATIENT ACCESS ZONE 1 SUPPLY ZONE2 Clemson University

RUTALI JOSHI, Pennell Fellow, MS, EDAC

Deborah Wingler, Phd, MSD-HHE, EDAC

Ph.D. Candidate Clemson University

Vice President, Health Research Lead, HKS Adjunct faculty, Clemson University

CHALLENGES (with the mirror

Sidedness equipment for specific in the PICU

PATIENT ACCESS ZONE 2 PATIENT ACCESS ZONE 3 HEALTHCARE JOURNEY REGISTRATION AND WAITING AREA

FINDINGS

PREOPERATIVE AREA

OPERATION ROOM

POSTOPERATIVE AREA

SUPPORT ZONE

Division of Waiting Area into Sub-regions

Demographic Information TOTAL PARTICIPANTS: 92

Example: C only allows patients le

Gender distribution

46% males

54% females

Age ranges

TRANSITION ZONE 1

53%

18-24 years 36%

25-34 years 35 years + 11%

To date, limited research exists regarding the impact of the built environment on the waiting experience during surgeries in healthcare facilities as well as ways to improve this experience.

Roller coaster of emotions while confronting

challenges related TRANSITION ZONEto 2 diagnosis and treatment

Sanson-Fisher et al., 2000, Kutash & Northrop, 2007

Overall decor and physical environment of waiting rooms and linked with perception of quality of care & satisfaction

Biddiss et al., 2014

Biddiss et al., 2014; Kutash & Northrop, 2007; Tsai, 2007; Leather et al., 2007

Tsai, 2007; Arneill & Devlin, 2002; Deitrick et al., 2005; Donahue, 2017

Visual Privacy

Visibility of registration desk

registration desk • Visual access to staff

Physical comfort

Aesthetics • Attractiveness and appearance of furniture • Fabric comfort

Convenience

SEAT ZONE 2

R1

51-75/-%

76-100%

76-100%

12.0

Perception of seat comfort

14.1

“Definitely outlets and natural light, I’m a big natural light fan- those are the best two.”

3.3

20.7 17.4

48.9

17.4 23.9

34.8

53.3 44.6

41.3 22.8

71.7

Auditory privacy

5.4

Important (percentage)

Seat location (p <.0001)

Haworth_Selma_Seat

Visibility of registration desk

23.9

32.6 17.4

2. 2

Important (percentage)

Seat location (p <.0001)

7%

SCENARIO TASKS

Original (room A)

SNOIT

Mirrored (room B)

SAFETY

13%

21%

SEAT QUALITY 56% comfort 14% seat location 6% individual seats 3% each presence of side tables, footrest, armrest, back support, variety, cleanliness, presence of workstation, appearance, color

17%

VISIBILITY TO

41% registration desk/ staff 28% OR corridor 24% waiting room space 3% power outlets 3% information display

21%

PRIVACY

68% peer distance 18% presence of secluded area 7% visual privacy 4% accompanying the loved one 4% auditory privacy

18%

ACCESSIBILITY TO 73% positive distractions 10% power outlets 7% outdoor spaces 3% each spaces in living rooms, rest rooms, exit doors

CONCLUSION

19%

Haworth_Riverbend-StraightBench 33d 67w 31h - Mid Back

FURNITURE

Workstation/desks, secluded seats/areas, recliner chairs, seats facing registration desk, play areas for children, trash cans, cafe table, seats with cup holders etc.

29% ACCESSIBILITY

Power outlet, restroom, food/cafe/vending machine, information display, spaces to relax, water fountain, Wi-Fi, thermostats, free head sets

RT always the door si family zone

TRADEOFFS

Nurse serv far from nu zone). High nurse of the patie Additional intubation RT would b room traffic Required t

3%

SIGNAGE

Solution 2 Standardize room configurations to be same-handed

Not having their back to people

FACILITATOR

50%

SOURCES OF POSITIVE DISTRACTION

TV, reading material, plants, music, games, artwork, background noise, aquarium/fish tank, water features, more colors

75%

25%

Solution 1 Maintain patient sidedness and flipping boom location in mirrored rooms FACILITATOR

“I just wanted some place that would just help me see my patient the first time he just comes out of the door. “

Feature Participants Would Like To See Changed In The Waiting Room

Not having their back to people

50% other people 27% OR corridor 23% registration desk

Pre-briefing And Consent

19.6 66.3

80.4

Auditory privacy

PROXIMITY TO

Answer open-ended interviews questions and demographic survey at the end of the experiment

42.4 51.1

47.8

19.6

3.3

15.2

33.7

29.3

4.3

Perception of seat comfort

17.4 48.9

29.3

Seating location

2%

Rate the experience by completing a survey after each scenario

79.3 35.9

Type of seating

CROWD

PARTITIONS

SEAT LOCATION The optimal seat location in the waiting area varies based on the type of task/activity patients’ family engage in during wait time: Open-ended questions

26-50%

51-75/-%

52.2

27.2

Seating location

Visual Privacy

Demographic Survey

76-100%

Haworth_Riverbend-StraightBench 33d 67w 31h - High Back

18.5

65.2

Type of seating

In this study, participants evaluated an outpatient waiting room (designed by LS3P Associates) using virtual reality (VR) platform For the purpose of this study we included furniture from Haworth Health Environments.

Perform tasks based on 4 scripted scenarios in the waiting room eg. Check in at the registration desk, answer a phone call, get coffee from the cafeteria, waiting to be called to the consultation room

27.2

Visual appearance of seating Visibility of registration desk

Factor Considered While Choosing Seats

Exit Survey

76-100%

51-75/-%

18.5

78.3

Visual appearance of seating

METHODS

Survey

26-50% 51-75/-%

26-50%

43.5 79.3

Visual Privacy

What is the relationship between the type of activity/task that users participate in while waiting and factors considered important by users for seat selection?

76-100%

26-50%

12.0 19.6

92.4 38.0 18.5

SCENARIO 3

R2

What are the most important factors affecting care partners’ seat selections in a surgical outpatient waiting room?

Usability Survey

0-25%

76-100%

16.3

18.5 33.7

7.6 2. 2

Auditory privacy

“ I wanted to be in a quieter corner for a conference call.”

SCENARIO 4

RESEARCH QUESTIONS

Scenario 4

0-25%

51-75/-%

76-100%

26-50%

69.6 46.7

Seating location Perception of seat comfort

• Detectability and accessibility to power outlets • Availability of space for different foot positions • Physical access to cafe • Physical access to toilet

• Comfort of seat cushion • Angle of back recline

Survey

51-75/-%

Haworth_Riverbend-StraightBench 33d 67w 31h - Mid Back

42.4

41.3

Visibility of registration desk Type of seating

Scenario 3

51-75/-%

26-50%

8.7

37.0

Seat location (p <.0001)

MONITOR ZONE Safety and

• Usable for a wide range of sizes and age

45.7

“I would say that the presence of other people in the space was the most important factor in me choosing where I was going to seat.”

Important (percentage)

Survey

26-50%

0-25% 0-25%

Communication Interruptions Communication

0-25%

76-100%

42.4 Important (percentage)

Visual appearance of seating

76-100%

51-75/-%

51.1

48.9

17.4

DESIGN CATEGORIES

Scenario 2

Environment

26-50%

60.9

37.0

Sitting with the loved one (p <.0001)

RESEARCH GOAL

Survey

Layout

Interruptions

0-25%

5.4

25.0 83.7

28.3

Auditory privacy

To determine how the seating type and location impact care partner preferences based on scenario-based simulated tasks in a virtual environment.

Scenario 1

Environment

51-75/-%

12.0

32.6

60.9

9.8

10.9

Visual Privacy

Each Participant Had Been Asked To:

26-50%

6.5

Seating location Perception of seat comfort

23.9

32.6

14.1

Sit with Loved one

METHODOLOGY OVERVIEW

0-25%

38.0 50.0

34.8

Type of seating

PARAMEDIC CHAIR ZONE

SEAT ZONE 2

Layout

56.5 26.1

Visual appearance of seating

Feature participants would like to see ADDED in the waiting room

MONITOR ZONE

Very Important

SCENARIO 2

PARAMEDIC CHAIR ZONE

SEAT ZONE 1

Moderately Important

The Most Selected Interviews Seat Type:

Left of patient Right of patient

“Atmospherics” of the waiting room can impact psychological readiness & physiological state

Biddiss et al., 2014; Kutash & Northrop, 2007

• Stability of seats SEAT ZONE • Visual access 1 to

WORKSTATION ZONE

Factor Importance By Scenario Type

The optimal seat location in the waiting area should allow sitting with the loved one and provide visibility to the registration desk, OR suite door/corridor, and window views simultaneously. Private and secluded areas/seats should be considered in waiting rooms for conducting certain activities such as talking on the phone and private conversations. Seats should be provided in the café areas adjacent to the waiting rooms.

All vents a patients on tubes from field in cas ECMO)

Right of patient Left of patient

Edwards & Clarke, 2004; Beukeboom et al., 2012; Fenko & Loock, 2014

support

DOOR ZONE 1

5 Expert

2.55 Mean VR experience

Right of patient Left of patient

Waiting rooms can positively impact health outcomes by increasing patient compliance

WORKSTATION ZONE

DOOR ZONE 2

1 Novice

Occupied seat

SCENARIO 1 Close proximity to family members; access and visibility to staff can comfort family members

Waiting room physical

environment DOOR ZONEand2 functionality can

PATIENT ACCESS ZONE 3

TRANSITION ZONE 2

Sofa

Not Important

help reducing anxiety & stress

TRANSITION ZONE 1

Stool

Chair (type 3)

Heat Map Showing Seat Choices

PATIENTZONE2 ACCESS ZONE 1 SUPPLY

SUPPORT ZONE

Chair (type 2)

Chair (type 1)

Right of patient Left of patient

DOOR ZONE 1

PATIENT ACCESS ZONE 2

Couch/Bench

ANALYSIS

Feature participants would like to see ADDED in the waiting room

SUPPLY ZONE 1

Vr experience

Standardiz for all team No need to and orienta

SEAT TYPE Furniture comfort is an important factor considered by users while selecting seats.

Usibility

Usibility

0-25%

0-25%

0-25%

26-50%

51-75/-%

Graphic Degin for Telimedicine Project Sponsored by - Agency for Healthcare Research Quality

76-100%

within VR environment

The top-ranking feature of the real furniture used in this study (regardless of the type of task/activity) was stability of the furniture pieces such that they could not be easily tripped over.

Graphic Degin for HAWORTH

SNOITULOS

Graphicenable Degin for Children’s access to right or left side of patient. Healthcare of Atlanta (CHOA) TRADEOFFS If the provi RT remains on the family side room Project Sponsored byof-the Children’s Booms can remain standard or mirrored from right n Nursing is not impacted for standard care tubing will Healthcare of Atlanta

Solution 3 Purchase new ventilators with central circuits and FACILITATOR

Solution 4 Purchase right sided vents for mirrored rooms such that patient can be accessed from right side.

FACILITATOR

If the provider has to access patient from right neck then the ventilator tubing will cross the sterile field

TRADEOFFS

Staff trainin inventory


PROFESSIONAL EXPERIENCES - INTERNSHIP -

INTERNSHIP| THAILAND, BANKOK

K.P H I L ’ S HOUSE, PATHUM THANI

13

In this project I was involved in the schematic design phase and also the plan design, facade, interior and exterior development. I have worked directly with the strategy development team in order to secure clear communication with important clients. This house has been designed for an ex-military american Mr. K. Phil and his Thai wife. It was required to design two different but semi-attached residents. One is for wife’s mother and sister and another one is for K. Phil and his wife. In this Project I got an opportunity to work with the Principle Architect of Dhevanand.Co.Ltd. The ExPresident of ARCASIA, Ar. Sathirut Nui Tandanand (Honorary Member American Institute of Architects (AIA).


K. PHIL’S HOUSE, PATHUM THANI Project Type: The Client: Location: Year of construction: Site Area:

Residential Mr. K. Phil Pathum Thani, Bangkok, Thailand 2015 - 2018 22830 sq. ft.


FREELANCING INTERIOR PROJECT

FREELANCING | INTERIOR PROJECT

- INTERIOR -

14

Project Type: Duration: The Client: Site Area: Location: Basic Service:

Year of construction:

Resident Interior 05 weeks Mrs. Ferdoushy Akter Keya 2100 sq. ft. House# 43, 8th floor, Road#03, Block#B, Pallabi, Dhaka, Bangladesh SITE SURVEY AND ANALYSIS , BASIC PLAN, ESTIMATION , DESIGN AND 3D Visualization, CONSULTANCY AND SUPERVISION 2015 - 2018



FEEL THE RHYTHM - SCULPTURE -

Project Duration : Project type : Size : Materials :

01 week Sculpture 3’ x 2’ Nails ( Different Sizes)

SCULPTURE

The mythology of Pre- Christian Ireland did not entirely survive the conversion to Christianity. However, much of it was preserved in medieval Irish literature, though it was shorn of its religious meanings. This literature represents the most extensive and best preserved of all the branches of Celtic mythology. Although many of the manuscripts have not survived and much more material was probably never committed to writing, there is enough remaining to enable the identification of distinct, if overlapping, cycles: The Mythological Cycle, the Ulster Cycle, the Fenian Cycle and the Historical Cycle.

15

The Mythological Cycle represents the flow, the fluidity the Ulster Cycle represents rigidity, strength, hope the Fenian Cycle represents relationship, blending the Historical Cycle represents rhythm.



16 PHOTOGRAPHY | SKETCH



PAINTINGS

17

Here, I have portrayed my thoughts on human evolution. There was a time when King David started reigning Jerusalem by defeating the giant Goliath with the help of God. He was the King against whom all the other kings were measured, the ancestor of Jesus. In fact, God himself stated him as “a man after my own heart”. People used to think him as a part of God. Human life was very simple back then. Though humans now have conquered everything including outer space, they are losing their own credentials due to technological advancements and mechanical life. The whole thinking process of human race nowadays has changed. Now everything has become so self-centralized that humans are turning into machines from the beginning of their life. This is, certainly very pathetic and heart-aching. I want the earth to be green again, I want the love between all human races to be spread and showered again. That’s why here I played with the vibrancy of colors to showcase the ‘Evolution of Human Race”.


Instagram: Uniza_artarcade Website: https://unizaartarcade.webnode.com/



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