Manish Kushwaha

architecture portfolio manish kushwaha

B. arch IV, IIT Roorkee

table of contents Curriculam Vitae Studio Projects 1.

2.

3.

4.

5.

6.

Banquet Hall Design, IITR Health-food Haat Design, Roorkee Auditorium Design, IITR Faculty Housing Project, IITR Book Cafe interior Design Cafeteria Landscape Project

(food,

shelter

&

clothing),

and

I

believe

it

deserves

to

be

supplemented by the best tools humans currently have (digital technology), which it - sadly - doesn't. I want to be able to contribute to the architecture community (and hence humanity) by working in this very area.�

1 4 5 7 9 10

Workshops

11-13

Competetion Entries

14-24

Miscellaneous

25-27

7. Handloom 8. Fractal Geometry in Architecture 9. Brick Bonds

“Architecture (shelter) constitutes one of our three basic needs

1-10

11. PLEA 2018 12. LIK 2016 13. LIK 2015

11 12 13

14 15 17

Manish Kushwaha Bachelor of Architecture IV year, Dept. of Architecture and Planning, Indian Institute of Technology Roorkee

current address: DF-23, Jawahar Bhawan Indian Institute of Technology Roorkee, Roorkee, Uttarakhand - 247667

+91-9456522346 tzmanish97@gmail.com

EDUCATION

COMPETITIONS

INTERESTS

WORKSHOPS

2015-present CGPA-7.1 Indian Institute of Technology Roorkee 2014 93.4%, CBSE 2012 CGPA-9.4, Jawahar Navodaya Vidyalaya, Basdei, Chhattisgarh

Travelling Animation Artificial Intelligence Augmented Reality Virtual Reality Software Development Computer Modelling BIM PC Gaming

Permanent Address Manish Kushwaha S/o Jagat Narayan Kushwaha 177, Ward No 4, Wadrafnagar, Balrampur, Chhattisgarh - 497225

2015, 2016 Louis I. Kahn Trophy 2016 GRIHA 2016 Bambootech, Cognizance 2015-16 2018 PLEA (Passive and Low Energy Architecture)

2015 2016 2016 2017 2017

Handloom workshop Fractal Geometry in Architecture Brick Bonds in Construction Computer Animation and Modelling Augmented Reality in Architecture

SOFTWARE SKILLS

Adobe Photoshop Illustrator Autodesk Autocad Revit Sketchup Lumion Ecotect Office Python C++ SQL

LANGUAGES Hindi English

CurriculumVitae

studio projects

Banquet Hall (sem. VI, 2018)

We had to design a Banquet Hall with a capacity of 1000 people on a hypothetical rectangular site of 24000sqm (240m X 100m).

Our teachers emphasized the functionality of the design, stressing on the appropriate degrees of proximity between spaces, as well as the services (electrical, plumbing, HVAC) and site circulation.

274'-7"

2 Parking Roof 12000

Third Floor 9000

3

Second Floor 6000 Ceiling 3800 First Floor 3000 Toilet Height 2500 Ground Floor 300 Ground 0

1

ELEVATION

2 DN

1. Car Porch 2. Entrance Lobby 3. Pre-Function 4. Banquet Hall 5. Kitchen 6. Storage 7. Back of the House Functions 8. Toilets 9. Meeting Room 10. Board Room 11. Bridal Rooms 12. Guest Rooms 13. Dining 14. Service Corridor

3

1 DN

9

9

1

10 2

8

3

6 DN

DN

5

4

4

a c d f

7

e g

DN

h j

DN

5

DN

k

14

b

i

11

13

a. Recieving b. Cold Storage c. Dry Waste d. Wet Waste e. Locker Room f. Security Office g. Kitchen h. Control Room i. Toilets j. Mechanical k. Electrical l. Plumbing

12

0 2m 4m

8m

PLAN

l 0

5m 10m

20m

SITEPLAN

DESIGN

1

4

UP

1

5 1

2

2

3

4

5

6

Parking Roof 12000

Third Floor 9000

Second Floor

3

6000 Ceiling 3800 First Floor 3000 Toilet Height 2500 Ground Floor 300 Ground 0

4

SECTION 4

0

1m

2m

5

UP DN

5

DN

6

PARKING PLAN UP

7

8

9

10

11

12

13

14

15

16

17

18

4 4 7

8

9

10

11

18 12

13

14

15

16

17

17

16

15

14

13

12

18

11

10

9

8

7

Parking Roof 12000

Parking Roof Third Floor

12000

9000 -

Third Floor Second Floor

9000

6000 Ceiling 3800 First Floor

Second Floor 6000 Ceiling

3000 Toilet Height

3800 First Floor

2500 Ground Floor

3000 Toilet Height

300 Ground

2500 Ground Floor

0

300 Ground 0

SECTION 5

0

1m

2m

4m

ELEVATION

0

1m

2m

4m

2

4m

2

Second Floor

3

6000 Ceiling 3800 First Floor 3000 Toilet Height 2500 Ground Floor 300 Ground 0

SECTION 1

1 Second Floor 6000 Ceiling 3800 First Floor 3000 Toilet Height 2500 Ground Floor 300 Ground 0

SECTION 2

1 Ceiling 3800 First Floor 3000 Toilet Height 2500 Ground Floor 300 Ground 0

SECTION 3 0 1m 2m

4m

3

Health Food Haat, Roorkee (sem. VI, 2018) A riverfront redevelopment project in which we had to analyse the needs and requirements of the general public, and local vendors, redesigning the existing food and vegetable market present on site while also providing the city with a pleasant informal urban space where people would like to spend their free time.

SECTION 2 0 .5m 1m

2m

+0.0

OAT

Deck

+3000

Toilets

+4500

Juice Stall

0 1m 2m

ELEVATION 4

Design

4m

Unpaved area

Parking and entry Toilets secluded seating for solitude

Small track to have a walk

Deck for nice view of bridge and cool breeze

Dustbins drinking water service gate

OAT and circular seatings for public interaction and gathering gives nice view of canal and level difference helps reducing noice from road

No vehicles are allowed inside the park, all entries are secured with Bollards

ROAD

OAT

SECTION 1

0 .5m 1m

2m

View from other side of canal

0 1m 2m

4m

ELEVATION 3

4

Auditorium for IIT Roorkee (sem. V, 2017) Requirement : Designing an Auditorium (with a capacity of 1000 people), a parking, and an Open Air Theatre.

OPEN AIR THEATRE

Space for temporary activities like carnival or

CONVOCATION HALL

food stall

MA

AUDITORIUM

C

PARKING

Cen

tuar

te y ga

(20 cars + 600 cycles)

0

Design

5m 10m

20m

N’

L’ K’

7

7

7

8

7

DN

8 To OAT

From convocation hall

5

+1200

DN

12 +150

9 C

C

11

B

1

Lounge/Foyer

2

Refreshment Facility

3

Booking/Security Office (G) + Projection Room (1)

4

Caretaker’s Office

5

Stage

6

Ramps

7

Green Rooms

8

Store

9

Documentation Room for Confrences

B A

10

Generator Room

11

AC Plant Room

10

+1650

E

8

6

D

E D

13

Electric Mains Toilets (M)

14

Toilets (Fl )

6

3 M

13

12

M’

UP

14 N

BLOCK

+300

2

GROUND BOTTOM 1

4 GROUND TOP BALCONY DN

TOTAL

DN

K

+/- 0 L

SEATS

A

96

B

62X2

C

28X2

D

51+49

E

68X2

F

188

G

125X2

276

236 0

1m 2m

Groundfloor plan

950 SEATS

Sports Ground

Top 11477

Top 11477

Gallery roof 9000

Gallery Roof 9000

Balcony top 6600 Balcony 4800

Stage 1200 Ground 0

Balcony Top 6600 Balcony 4800

Cricket Pitch

Stage 1200 Ground 0

SECTION MM’

SECTION KK’

SECTION LL’’

4m

438

Hockey G.P.

Top 11477

Top 11477

Gallery Roof 9000

Gallery roof 9000

Balcony Top 6600

Balcony top 6600

Balcony 4800

Balcony 4800

Stage 1200 Ground 0

Stage 1200 Ground 0

SECTION NN’

Football G.P.

5

K’

L’

N’

+4850 G

13 G

F

M’

M 14 +6600

N

0

K

1m 2m

4m

Balcony plan

L

6

Faculty housing project in IITR (sem. V, 2017)

IITR Community Center

Type VI flats

PHASE II 11500 SQM

Block I

Block III

Park Block II

VIKAS NAGAR

Block IV VIKAS NAGAR

Type V flats

Existing trees Proposed trees Seatings Built area Road

DESIGN

SITEPLAN PLAN

kitchen master bedroom

utility servent dining living

bedroom

family launge

We were required to design an apartment complex for the Professors of IIT Roorkee, on a site of 12,400 sqm. These were to be built in stead of the existing single storey houses, due to a scarcity of space on campus.

Requirement : 150flats (60 3BHK units + 90 2BHK units), with an FAR 0f 2.1, and ground coverage of 35%

bedroom

TYPE 5 UNIT

VIEW 1

+32500

+32500

+29250

+29250

+26000

+26000

+22750

+22750

+19500

+19500

+16250

+16250

+13000

+13000

+9750

+9750

+6500

+6500

+3250

+3250

Âą0

VIEW 2

Âą0

7

bedroom bedroom family launge

master bedroom bedroom

utility kitchen servent dining living

LIFTS

STILT PARKING

TYPE 6 UNIT

3D

8

The book cafe (sem. V, 2017)

B’

3

Location : the pentagon mall, haridwar Area : 80 m2

2.5 2.1

0.9 A

A’

B

+_ 0

B’

3 2.5 2.1

SHOP SHOP SHOP

0.9

PATH THE SHOP BOOK SHOP CAFE

B’

+_ 0

B

SHOP SHOP SHOP

3

KEYPLAN

2.5 2.1

B

0.9 Designed for spacious ambience, ample light and healthy reading environment, ‘the book cafe’ provides a hybrid space diminising the barrier between formal and informal organisation.

A

A’

3

The cafe has been designed to have a free flowing circulation to provide simplicity for service and thus create no disturbance for the readers.

2.5 2.1

The simplicity of design make it possible for the users to operate without any assistance thus providing a informal feeling to the space and hence it is also economical for the owner.

0.9

A’

DESIGN

+_ 0

A

+_ 0

9

CANTILEVERED STEEL BEAM

SPACE FOR GROUP MEETINGS

- CONNECTS THE TWO PHYSICALLY SEPERATED HALVES. - FRAMES THE EXTENSE OF NESCAFE. - PROMINENT FEATURE HELPFUL IN DRAWING ATTENTION OF PASSERS-BY. - OVERHEAD CYLINDRICAL FORMS HUNG FROM IT GENERATE INTEREST. - SEEM TO BE FLOATING ABOVE SPACE.

SCULPTURE AT HUMAN SCALE - RESPONDS TO HUMAN SCALE; MEANT AS AN INSTALLATION THAT VISITORS CAN PHYSICALLY INTERACT WITH/ PASS THROUGH. - PLACED ALONG THE MOVEMENT SPINE OF THE CONCERNED SPACE. - FRAMED/ ENCLOSED BY FOUR PLANTERS ON ALL FOUR CORNERS

SHADED EATING AREAS

Landscape Design, Cafeteria (sem. IV, 2017) Redesigning the landscape of existing cafeteria to make it more attractive and improve user experience

- PROVIDES A SENSE OF ENCLOSURE AND PRIVACY. - APPROACHED BY MEANS OF A VISTA WITH TREE AT TERMINUS. - DESIGNED TO FOCUS ON THE SPEAKER. SPACE FOR SOLITUDE, SMALL GROUPS - CONNECTED, CONTINOUSLY VARYING LEVELS. - ACCOMODATES A VARIETY OF ACTIVITIES, FROM EATING TO REFLECTING. - HEXAGONAL MODULAR FLOORING, WITH SHRUBS IN INTERSTITIAL SPACES.

C’

B

D’

D

A

A’

WATER BODY

- SIX UNITS GROUPED INTO TWO SEPARATE BIGGER UNITS BROUGHT TOGETHER BY THE CONTINUITY OF OVERHEAD BARRIER. - CAN ACCOMMODATE 7-8 PEOPLE PER UNIT, WITH AN IDEAL OCCUPANCY OF 2.

- SEPARATES SPACES FOR SOLITUDE AND GROUP MEETINGS/INTERACTION. - SHAPE HELPS MAINTAIN CONTINUITY OF THE SCHEME. - INTERACTIVE FEATURE; JUTS ONTO THE PATH, CAUSING VISITORS/ PASSERS-BY TO PAY ATTENTION TO IT.

N

C

B’

12500

7500 4500 3300

SECTION A - A’ BIRD’S EYE VIEW 1

12500

BIRD’S EYE VIEW 2

4500 3000

SECTION B - B’

SECTION C - C’ 12500

3500

VIEW 1 (V1): APPROACH TO NESCAFE

VIEW 2 (V2): SCULPTURE ACCESSED BY A CENTRAL AXIS

SECTION D-D’

DESIGN

10

workshops

Handloom Workshop, 2015

We explored the traditional fabric weaving techniques of Uttarakhand, and learnt how they are woven - from choosing perfect quality of thread to selecting the pattern of weave, and also how these techniques can be beneficial for architects and structural engineers.

Over the course of the workshop, I got to operate the handloom for the first time in my life.

WORKSHOPS

11

Fractal Geometry in Architecture, 2016

Understood how similar basic units can be added to each other to form complex structures, and learnt how this principal of modularity can be applied in structures.

5

4

1

3

Cup

6 Output

WORKSHOPS

2 Basic Unit

12

we laid bricks using the various bonds we had learnt in class (only theoretically), and witnessed their real world manifestations first-hand.

Brick Bonds, Construction, 2016

- Mr. R. S. Pasupleti

7

1

Rat-Trap bond Pier Wall 2

Flemish bond English bond Stair

3 4

WORKSHOPS

5

6

13

competitions

PLEA 2018

PROBLEM : synthesise an architectural response to the predicted 2 degree rise in world temperature.

APPROACH : With a 2 degree rise in the word temperature there would be more severe heat waves, rising sea levels (due to melting glaciers), and more frequent flash floods in the coastal regions of India. Keeping

- The thermoelectric effect is the direct conversion of temperature differences to electric voltage and vice versa via a thermocouple.

- A thermoelectric device creates voltage when there is a different temperature on each side.

Heat Source

-

-

N

P

-

this in mind, we designed a fully equipped modular floating house, capable of sustaining itself without any external aid. We used Semiconductor diodes in the form of thermoelectric paint which will be applied on the external walls of the house, resulting in electricity generation due to the temperature difference on the upper and lower part of the structure, thereby sustaining the house efficiently.

Sun Heat

+

+ -

+

Bi2Te3 N-type semiconductor (painted on surface)

+ -

Sb2Te3 P-type semiconductor (painted on surface)

+

+

-

+

+ +

Surface of the Dome

-

Styrofoam Deck

Cool Side

Ocean

THERMOELECTRIC EFFECT Cold Sea

+

= Concrete

Sb Te + Ball-milled TE particle Mixed

Thermoelectric Paint : It is a paint which captures the waste heat from hot painted surfaces and converts it into electrical energy.

Inorganic TE Paint

Painting Process

Styrofoam

Heat treatment (After sintering for 10 minutes at 450 °C, the painted layers form a uniform film about 50 micrometers thick)

P

N

P

N

P

P

The house will be made to float using Styrofoam base upon which concrete will be laid and then the house will be constructed such that it is partially submerged under water and partially above the water.

Module

N

Skylight

N

CONVENTIONAL THERMOELECTRIC DEVICE

DETAIL

N

N

P

BASE SKELETON

APPLICATION ON HEMISPHERICAL BODY Window

COMPETITION

14

Studied construction techniques of vernacular architecture in Almora, Uttarakhand, primarily via a detailed documentation of several houses along the main bazaar.

COMPETITION

Louis I. Kahn Trophy 2016

15

COMPETITION

16

We documented the Ahilya Fort in Maheshwar, and presented the data thus recorded through the medium of hand-made sheets

COMPETITION

Louis I. Kahn Trophy 2015

17

Louis I. Kahn Trophy 2015

COMPETITION

18

COMPETITION

19

COMPETITION

20

COMPETITION

21

COMPETITION

22

COMPETITION

23

COMPETITION

24

miscellaneous

IIT Roorkee Convocation Logo

Dome of IIT-R main building

Gear is used as a symbol for techniccal institute graduation cap

CLASSWORK

25

Playing With Forms,

Carton Joints,

Graphics

Creative Workshop

Still Life Drawing,

Paper Work,

Visual Arts

Creative Workshop

CLASSWORK

26

Model of Bergiselschanze, Creative Workshop

Poly Art, Visual Arts

Papier Mache, Creative Workshop

Typography, Visual Arts

CLASSWORK

27

THANKYOU Manish Kushwaha tzmanish97@gmail.com +91 9456522346 Indian Institute of Technology Roorkee