Sidharth Krishna Urban Design Portfolio

selected works

l

Portfolio

l

Sidharth krishna

6/9/23, 5:53 PM

IMG_5823.heic

HELLO!! I am SIDHARTH KRISHNA https://drive.google.com/drive/my-drive

1/1

Welcome to my architectural portfolio! As an architect, I believe that the built environment has a profound impact on our daily lives, and it is my passion to create spaces that are not only aesth- etically pleasing but also functional and sustainable. This portfolio showcases a selection of my projects, ranging from residential to commercial and cultural spaces. Each project is unique and represents a different set of challenges and opportunities, which I approached with creativity and innovation. Through this portfolio, I hope to demonstrate my design philosophy, technical expertise, and commitment to creating spaces that enrich the lives of those who use them. Thank you for taking the time to explore my work, and I look forward to the opportunity to collaborate on future projects.

Toronto, ON M1G 2Z7 +12498765544 sidharthprayar@gmail.com

EXPERIENCE

TABLE OF CONTENT PROJECTS CITY OF MISSISSAUGA TACTICAL URBANISM (CREDIT WOODLANDS) INTERNSHIP

URBAN DESIGN STUDIO 2 PROJECT (Erin Mills Town Centre, Canada)

URBAN DESIGN STUDIO 1 PROJECT

------------

------------

(1 PORT STREET EAST, Canada)

------------

ATHANI NURSING HOME

------------

POLICE BETTALION HEAD QUATERS, (THIRUVANANTAPURAM, KERALA, INDIA)

CHILDREN’S PARK (KOLLAM, KERALA, INDIA)

ELEPHANT REHABILITATION CENTER (ERC)

------------

------------

(KOTTOOR, KERALA, INDIA)

------------

FREELANCE PROJECT

------------

MIXED USE BUILDING

(54 & 64 HOLLAND STREET WEST, BRADFORD WEST, GWILLIMBURY, ONTARIO, CANADA)

ART INSTALATION (PORT CREDIT, MISSISSAUGA)

------------

------------

PAGE NO

--------------

06 - 09

--------------

10 - 15

--------------

16 - 21

--------------

22 - 27

--------------

28 - 33

--------------

34 - 37

--------------

38 - 43

--------------

44 - 49

--------------

44 - 47

--------------

48 - 49

1

CITY OF MISSISSAUGA ( Tactical urbanism ) CREDIT WOODLANDS INTERNSHIP The idea was to make the space vibrant and interactive,considering the area’s natural curved sides. Financialaspects and low-cost maintenance were kept in mind whileplacing these elements across the street.

Waves with pastel shades werechosen to bring flow and vibrancy tothe place.

The planets were added in a flowingpattern according to their sizes topromote learning and interaction.

To foster physical health alongsidelearning, the flow patternincorporates physical exerciseelements.

CONCEPT DEVELOPMENT

+

Our vision is to craft an extraordinary interactive and cheerful space,designed to captivate hearts and minds while being financially responsibleand resilient.

Planets have been incorporated intothe street’s design, strategicallyintegrated with physical exerciseelements, aiming to promote bothphysical and mental well-being whilefostering interactive learningexperiences.

Waves have been integrated on bothsides of the street, complementing thenatural form of the surroundings andfacilitating a harmonious flow. Pastelshades have been employed to infusevibrancy into the area, enhancing itsoverall appeal and ambiance.

To enhance theinteractivity of thespace, the incorporationof a maze offers acaptivating andengaging element,encouraging visitors toexplore and interact withthe environment,fostering a sense ofintrigue and intellectualstimulation.

2

The Erin Mills Town Center Mall redevelopment project embodies a visionary approach to urban growth, seamlessly harmonizing space utilization with evolving urban lifestyles. Rooted in the concept of a “15-minute city,” the primary goal is to reimagine the area as a dynamic, adaptable nexus where mobility shifts from car-centric to pedestrian, transit, and cycling-focused. The parking lots, designed with foresight, can transform into vibrant communal spaces – a flexible canvas accommodating diverse activities, such as bustling farmers’ markets, cultural events, and recreational gatherings, fostering a sense of community.

During evenings, the parking lot metamorphoses into a captivating theater realm, capitalizing on idle hours and vehicular infrastructure. Cars become viewing booths, hosting cinematic experiences that unite entertainment and innovation.

The architectural layout accentuates the four quarters, delineating distinct zones – nature, learning, living, and commerce.

The nature quarter radiates serenity, blending green spaces, walking trails, and contemplative corners. The learning quarter pulsates with educational vitality, housing collaborative spaces, libraries, and interactive platforms. The living quarter boasts residential marvels, embracing sustainable design and promoting a harmonious urban lifestyle. The commercial quarter thrives as a bustling hub of economic vitality, integrating diverse businesses and fostering growth.

Concept

3

URBAN DESIGN STUDIO 1 PROJECT (1 PORT STREET EAST) Port Credit, located in Mississauga, Ontario, Canada, is a historic neighborhood at the mouth of the Credit River on Lake Ontario’s north shore. Once an incorporated town until 1974, it was designated for its heritage value by the City of Mississauga in 2004. Our design concept aimed to provide a blissful experience while respecting the location, minimizing development impact, and considering the community’s needs. Emphasizing culture, history, and inclusivity, the design prioritized pedestrians and cyclists. Gratitude to Jainual Patel and the team for their teamwork and persistence. credits ( jainual, unnati)

4

ATHANI NURSING HOME Welcome to the portfolio showcasing the architectural marvel known as the Athani Nursing Home. Nestled amidst the captivating embrace of heavy contours, this extraordinary project represents a harmonious blend of functionality, aesthetic appeal, and compassionate care. The Athani Nursing Home stands as a testament to the transformative power of architecture, creating an environment where physical healing and emotional well-being converge seamlessly.

The site itself serves as an idyllic canvas for the creation of this healthcare facility, with undulating terrains and natural beauty that shape the character of the project. Located in a serene locale, the Athani Nursing Home provides a tranquil haven for its residents, enabling them to experience a nurturing and restorative atmosphere.

Designed with meticulous attention to detail, the architectural composition of the Athani Nursing Home is a symphony of form and function. The contours of the land have been ingeniously integrated into the building’s design, harmonizing with the surrounding landscape while maximizing the site’s potential. This approach not only enhances the visual appeal but also ensures a seamless integration of the facility with its natural surroundings. credits (Habitat technolohy group)

Road network

View point

Space Utilisation

5

POLICE BETTALION HEAD QUATERS, THIRUVANANTAPURAM The police battalion headquarters in Thiruvananthapuram, Kerala, India, faced challenges due to an outdated government building with poor design choices from its 2004 construction. In 2019, our team took on the ambitious task of redesigning the site and adding a new second floor. Discussions with employees revealed issues like inadequate lighting, insufficient file storage, lack of meeting and lunch spaces, unusable washrooms, and structural damage.

Committed to excellence, we collaborated with experts to revamp the entire space. Our redesign addressed lighting, optimized file storage, established meeting areas, added functional lunchrooms, and restored washrooms while rectifying structural issues. We aimed to create a revitalized, productive, and pride-inducing environment through innovative design and modern amenities, fostering well-being and efficiency in the police battalion headquarters. credits (Habitat technolohy group)

W

2

W

2

8 64

2

3 72

W

W

2

2

E IC FF E O AC SP

W

71

11

W

2

N D

3

72

1 D 1 D

3

31

E C EN R FE 925 N

2

O C

W

O

0

6

2

69

D AR TY R U

M

50

1 D

O C

O R W

N D

N D

6

40

TI EA R EC R EA AR

W

2

AL N

1

53

O

1 D

3

72

1 D

2

IG

E IC FF

2

0

3

3 D

W

0

15

E IC FF

2

0

V2

E

5

6

89

42

V2 4 20 T

IL

3

72

3 D

TO

15

D ET IL 0 TO 15

O

26

P

2

E IC FF

54

O

O

P

P

W

AM C

1 D

AM C

W

G AD

P

O

TO

ET

IL

E IC

FF

W

2

0

50

2

W

2

W

2

W

2

W

2

W

2

3

0

66

5 37

E IC FF E O AC SP

72

W

2 W

3 72

25

0

D1

UP

D2 D1

E IC

2 46

RE O

2 W

D1

M O RO

0

ET IL TO0

14

25

3 31

1 W

D1

RO

D1

D

6

2

D1

W

2 W

69

AR TY UR CO

RS E 2 46 IC FF O 369 TY DU OM

N

D3

2 W

IO AT IC UN M M CO OM RO

ST

FF O

0 25

S ER AG AN M

D2

ET IL

0 25

TO

0 50

2

W

W

D1

UP 2

NG TI AI W EA AR 406

UP

D1

2

W 3

72

5

E

AC

3 72

P M CA

2

W

E

3

2

3 26

2

H

G

ET IL TO 0

20

E IC FF O

V2

DI

AS W

V2

W

ET IL TO 150

W

72

IC FF O

D3

0 15

ET IL TO

D3

D1

D1

2 W

22

5

SP

0 30

42

E

IC

FF

O

E IC FF O

2 W

C

0 50

A/

2 W

D

9 71

V1

0 50

2 W

2 W

P M RA UP

G IN RK PA

2 W

ST RE

0 55

UP

M O RO

31

2

0

ET 279 20

ET

2

IL

16

IL TO

0

TO

15

R O O FL

0 55

W

2

T

T 9 E IL TO 200 27

R OR TO P O S M AN TR OM RO

UP

VE O AB

9 64

RE O ST 2 31

RD CO RE OM RO

2

O RO

W

ER RV SE

M

2 W

2 31

2 W

CONCEPTUAL MODERN ARCHITECTURE

CONCEPTUAL TRADITIONAL KERALA ARCHITECTURE

12 CM THICK R.C.C.

PARAPET LEVEL +1135.0 LVL

LINTEL

FLOOR LEVEL +1075.0 LVL

PARAPET WALL AT 120 CM HEIGHT STAIR ROOM

PARAPET LEVEL +885.0 LVL

TERRACE +405 LVL

FLOOR LEVEL +765.0 LVL

HANDRAIL AT 120 CM HEIGHT

LINTEL LEVEL +615.0 LVL

360

+ 567 LVL

CORRIDOR +405 LVL

FLOOR LEVEL +405.0 LVL

PARAPET WALL AT 120 CM HEIGHT

DUTY OFFICERS ROOM LINTEL LEVEL +255.0 LVL

+ 207 LVL

CORRIDOR +45 LVL

PLINTH LEVEL 45.0 LVL GROUND LEVEL 0.0 LVL

FOUNDATION AS PER DESIGN

PLINTH LEVEL -210.0 LVL

EARTH FILLING

GROUND LEVEL -255.0 LVL

RETAINING WALL

PARAPET WALL AT 60 CM

12 CM THICK R.C.C.

LINTEL FLOOR LEVEL +945.0 LVL

LINTEL LEVEL +855.0 LVL STAIR ROOM

HANDRAIL

PARAPET LEVEL +765.0 LVL

120

PARAPET WALL AT 120 CM HEIGHT

TERRACE +545 LVL

FLOOR LEVEL +545.0 LVL

CORRIDOR +645 LVL

20

19

18

FLOOR LEVEL +645.0 LVL 17

16

15

28

TERRACE +645 LVL

14

Handrail to detail

CORRIDOR +345 LVL

20

1 19

2 18

3

17

4

FLOOR LEVEL +245.0 LVL

16

15

50 45

ROOM

260

LINTEL LEVEL +255.0 LVL

ROOM

VERANDAH +45 LVL

1

2

3

6

7

12

8

11 9

10

+ 495 LVL

MID LANDING LEVEL +495.0 LVL

285

ROOM

5

28

ROOM

260

LINTEL LEVEL +455.0 LVL

13

4

5

14

6

13

7

12

8

11 9

10

FLOOR LEVEL +345.0 LVL

+ 195 LVL

MID LANDING LEVEL +195.0 LVL

135

PARAPET LEVEL +665.0 LVL

PLINTH LEVEL +45.0 LVL GROUND LEVEL ±0.0 LVL

PLINTH LEVEL -55.0 LVL GROUND LEVEL -100.0 LVL

P.C.C. EARTH FILLING

EARTH FILLING

FOUNDATION AS PER DESIGN

6

CHILDREN’S PARK( KOLLAM, KERALA, INDIA) The Kollam Children’s Park is an innovative architecture project aimed at creating an interactive space for kids to learn about traffic rules, responsibility, and road safety.

It addresses the concern of rash driving behaviors by focusing on early education. The park integrates various elements like interactive displays, simulations, and hands-on activities to teach traffic rules effectively. These activities encourage active participation, aiding in understanding and skill development. A core feature is a traffic training area with mini roads, signals, and crossings, allowing kids to practice safe navigation using pedal-powered vehicles. Instructors guide them on responsible driving and pedestrian behavior. The park also includes a multimedia center with interactive screens, videos, and exhibits providing comprehensive information about road safety and traffic rules. This center complements practical training, ensuring a well-rounded educational experience for children of all ages. credits (Habitat technolohy group)

Children play area Sand models

3m wide roundabout

Ticket Counter & Parking Space 50c mw

Overb

ide

ridge

ian

med

1.5m

wid

e ze

bra

Amphitheatre 6m dia.

slide@

2m ht

cros

sing 1.5

mw

EN

TER

3m wide Pavement

ide

1.5

1.5

wal

kwa

mw

mw

ide

Parents waiting area, Snacks Bar & Clock Tower

y

ide

50 road roa cm wid d em e

dian

1.5m wide p Ram

h was n basi

D2

ilet M.to 120 150x

h was n basi D2

t F.toile 120 150x

7

The Elephant Rehabilitation Center (ERC) in Kottoor stands as a pioneering architectural feat, dedicated exclusively to preserving elephant habitats and holistic well-being. Comprising 49 thoughtfully designed structures, including two I had the privilege to create, ERC is an extraordinary endeavor. It offers refuge to injured elephants while enabling visitors to immerse themselves in nature’s beauty. This sanctuary is staffed with dedicated caregivers who find respite in purpose-built accommodations. ERC’s core mission revolves around advanced medical care and healing for elephants, incorporating elements mirroring their natural habitats. It’s not just a sanctuary but an educational haven, blending harmoniously with the surroundings and fostering appreciation for conservation. Through meticulous collaboration, ERC’s symbiotic environment nurtures both elephants and caregivers, ensuring sustainability.

Designing for ERC has been an honor, realizing a shared vision of sanctuary creation and emphasizing the awe elephants inspire. credits (Habitat technolohy group)

0

46

3 44

0

23

90

OM

RO

15

0

W

3

90

23

60

90

23

10

4

0

27

07 17

3

23

81

76

W

90

OM

RO

D1

15

0

W

3

17

3

D2

M

90

O RO

23

V

10

4

15

0

W

3

A 0 4 +2

76

H D2 AT B EA R lvl

ET l IL 0 lv TO+24 D2 D2

90 D1 lvl

23

M

il ta de

D1

O RO

to ail

r nd Ha

W LO BE

45 +2

EN SE

46 44

0

23

D1

il to

ra

nd

OM

RO

lvl

D2 TH BA EA l AR40 lv +2

45

5 56

R

D2

3

ET IL lvl TO+240

OM

RO

W

45

+3

lvl

E

AC

RR

TE

V

0

D1

15

6 85 79 8

3

W

23

3

B

0 44 63 4

23

23

D

3

46 0

44

3 W

60

23

90

V 60

0

15

lvl

3 W

D2

OM RO

0

ET

-6

IL TO

3 W

60

90

23

D2

60

D1

90

23

V

OM RO

-6

TH BA EA l AR 0 lv

OM RO

2 W

4

10

C

0

15

5

lvl

3

81

76

17

07

lvl

W

27

0

cm 45

ht

3 14

TH BA EA AR

D2 -6

at

-5

D1

ET IL

D2

lvl

TO 0 -6

D1

at Se

D

23

lvl

90

OM RO

D1

N m W 30 c m DO D = 15 c EA = TR ISE R

5 +4

0

15

cm 30 = cm UP D 15 EA = TR ISE R

W

3

3

17

90

22

V

10

4

lvl

D2

ET IL lvl TO -60

OM RO

+0

0

15

D2

0

lvl

3 W

D2

D1

TH BA EA AR -6

D1

+

D2

TH l BA 40 lv

lvl 5 l +1 0 lv +3 cm 30 DN D = 5 cm 1 EA = TR ISE R

D1

OM RO

76

0

23

Ha

lvl

OM RO

D1

il

l 0 lv +3 5 lvl +1

2

23

il

OM RO

0

-6

D1

lv

60

D2

W

3

ET IL lvl TO -60 D2

M

V

en ch Kit

23

D1

N

b sla

W

3

60

60

m 0c

KW

2

AB SL

15

65

0

30

2 30

KW

@

7 11

23

HT

V

cm 30 = cm D 15 EA = TR ISE R

CM 60 ,1 CM

D1

80

l

23

ve l le te lin

S

RE

CK

15

pto

RA

O ST

23

ll u wa Fin

D1

0 15

8 ht ig he

60

at

3 W

23

l ve l le te lin

23 87

AN PL

4 16

pto ll u wa Fin

HE TC lvl KI +45

O RO

AB SL

0

LL HA

ets bin 60 ca t 1 ad igh he he er ov

AB SL

NG

l

15

ve l le te

3 lin

23

0 15

R O O FL

90

23

W pto

0

D

81

15

ll u

NI DI

17

wa Fin

23

at

2 TH BA EA D AR l

60

l ve

76 23

l le te lin

ta de

D1

3

or

0 15

flo

W

il to ra nd Ha

3 st fir

23

UN RO G

to

W up

7 12

ll wa

D1

0

44

90

M O RO

ta de

17

in V ith F sw g pe tin pi oa S c M oxy ep

il to ra nd

ET IL

+4

TO

23

0

4

AN

lvl

2 W

l ve l le te lin

0 15

15

4 10 23

3

il ra nd tail Ha de cm to at cm = 30 cm l at t 45 AD 15 5 lv E = 4 Se igh TR ISE +3

he

+2

il ta D1

de

il

ta

de

cm

95

Ha

pto

ll u

wa

L

LV

07 27

5 +4 30

3 or flo

W st

90

3 0 20

22 23 76

3

w

Lo il to

ra

nd

Ha

23

pto

ll u

wa

Fin

76

23

30

60

3

PL

0

cm 30 = cm D 15 EA = TR ISE lvl R

60

11 10

90 23 0

20 87

C

15

2

3

0 15

11 0

22 76

23

R

20 40

90

2 23 90

10 23 90 60

22

O

fir

A

90

B

23

0

3 46

30

90

10 23

60

84 23

7 12 23

64

14

3

W

23

to up

57

60

0

UP

l 0 lv +3 5 lvl +1

V

+

ET IL lvl TO240 D2

D H T BA EA l R lv

lvl

4 10

0

90 23

23

O FL

ll wa Fin

0

23

20

3 22 23 60

6 6

A 40 +2

D1

45 +2

2

90 90

14 16

OM

RO

H

D1

AT D1

be

tu

OM

RO

0

GI

V

15

T RS

15

0 +

23

30 30

40 +2

D1

0

FI

0

463 0 20

42 23

44

ET IL lvl TO 340

D2

15

A

2

A

il ta de

3

+ D2

3

23

TH BA EA lvl AR 40

W

7 263

90

B A D2 RE lvl D1

to ail

r nd Ha

5 56

OM

L LV

RO

D1

to up

90

44

0 23 3

22

23 60

23

A

20

A

3

60 23

2

3

15

90 23 60 90 23 4 11

D2

D1

lvl W

40

0

N cm W= 30 cm DOAD 15 E = TR ISE R

45 +3 cm 30 = cm D 15 EA = TR ISE UP R

3

ll wa Fin

52

0 44

40 0 4

10 20

23

60 0

+

OM

D1

2

60

10 23

RO

8 44

ET IL lvl TO240

0

3

10

4

W

150

23

90

23 22

60 6 48

12

40

76 23 10 00

V

3

3

W

W

23

A

A

60

0 10 62

76 23

0 15

D 10

90

65 1

90 23 60 11 1 20

23

15

0

PARAPET WALL AT 60 CM

12 CM THICK R.C.C.

LINTEL FLOOR LEVEL +945.0 LVL

LINTEL LEVEL +855.0 LVL STAIR ROOM

HANDRAIL

PARAPET WALL AT 120 CM HEIGHT

PARAPET LEVEL +665.0 LVL

TERRACE +645 LVL

CORRIDOR +645 LVL

20

19

18

FLOOR LEVEL +645.0 LVL 17

16

15

TERRACE +545 LVL

FLOOR LEVEL +545.0 LVL

14

Handrail to detail

LINTEL LEVEL +455.0 LVL

ROOM

ROOM

CORRIDOR +345 LVL

20

1 19

2 18

3

4

6

5

16

15

14

LINTEL LEVEL +255.0 LVL

ROOM

1

VERANDAH +45 LVL

2

13

7

12

8

11 9

10

+ 495 LVL

MID LANDING LEVEL +495.0 LVL

FLOOR LEVEL +345.0 LVL 17

FLOOR LEVEL +245.0 LVL

ROOM

PARAPET LEVEL +765.0 LVL

3

4

5

6

13

7

12

8

11 9

10

+ 195 LVL

MID LANDING LEVEL +195.0 LVL

PLINTH LEVEL +45.0 LVL GROUND LEVEL ±0.0 LVL

PLINTH LEVEL -55.0 LVL GROUND LEVEL -100.0 LVL

P.C.C. EARTH FILLING

FOUNDATION AS PER DESIGN

EARTH FILLING

PARAPET WALL AT 70 CM

MUD TEXTURE STUCCO

FLOOR LEVEL +945.0 LVL

LINTEL LEVEL +865.0 LVL

STONE CLADDING ON FIN WALL

PARAPET WALL AT 60 CM FLOOR LEVEL +645.0 LVL

PARAPET LEVEL +635.0 LVL

FLOOR LEVEL +545.0 LVL

LINTEL LEVEL +455.0 LVL

FLOOR LEVEL +345.0 LVL

FLOOR LEVEL +245.0 LVL

LINTEL LEVEL +265.0 LVL

PLINTH LEVEL +45.0 LVL GROUND LEVEL ±0.0 LVL

ELEVATION A

23

6

B'

A'

D

3 20 23

5

8 15

90 23

15

C 0

05 16 3 20

3 68

3 W

0 15

RY O l IT 5 lv RM+14 DO

lvl

90

3 W

8 15 23

2 W

3 20

23

5 4 3

D2

RY O l IT45 lv RM+3 DO

7 6

2 1

+

ET IL lvl TO340

UP

cm 30 = cm D 15 EA = TR ISE R

D2 D1

1 2 3 4 5 6

cm 30 m D= 5c EA = 1 TR ISE R

l 0 lv T +4 OILE

T

D2 D2

D1

1 2

22

3

21 20 4

N

H 5

lvl

+

ET IL lvl TO240

RY O

lvl

IT

45

RM DO

D1 +2

cm 30 = cm D 15 EA = TR ISE R

2 W

0

7 18

7

17

8

16

9

15

10

14 13

5

B

cm 30 = cm D 15 EA = TR ISE R

lvl 12

A

8 15

4 43

4 43

UP

UP

19

6

5 +4

A ND

W DO

D AR TY vl UR 15 l CO +

D

RA VE

23

113 23

23

23

V

0 10 15 4

f el Sh ide w cm 50 elf Sh

RY O IT lvl RM+345 DO

cm 30 = cm D 15 EA = TR ISE R

+

2 W

Y BB lvl LO 45

3

23 23

D

0 44

A'

23123 45

0 10

41

2 W

RY O l IT lv M 45

45 +1

el

cm Sh

f el Sh wide f 50

cm 30 = cm D 15 EA = TR ISE R

0 44

46

W3

300 100 W2

C

E AClvl RR575 TE +

R +1 DO

ET l IL 0 lv TO+14

ET l IL 0 lv TO+14

M

Up p m 0 Ra 1:1

3 77 2 23 0 10

de wi e cm ad 60 nsh su

3 46

60

60

150 150 60

3 77 2 23 00 1

60

9

113 W3 D2

123 8 157 240 150 238 6

23

150 23 90 10 8

610

354 400

150 90 23 143 V 13

12

11

7 6 5 4 3 2

23 23 E AClvl RR 75 TE +6

BE

BE

TO ER D DD ILE LA TA DE

TO ER D DD ILE LA TA DE

23

23 187 63 100 47

330 150 1

90

BE

D AR W TY LO UR BE CO EN SE

B'

N

be to il ra ut nd d o Ha taile de

lvl O 5 RO +4 'S

RO AT M

A

22 21 1 20 2 19 3 18 4 17 5 16 6 15 7 14 8 13 9 12 10 11 be il to out ndra ed Ha detail

11

AN PL

UP UP

2 11 02 23 2

TO ER D DD ILE LA TA DE

D1

E AClvl RR375 TE +

lvl

240

B

V

68

M D1 75 +3

lvl

113

W3

0

1

E AClvl RR 75 TE +4

O

W2

23 113

150 113 90

143

90 50 23 1

5 41

B 05 +3

23

A

de wi de cm ha 60 uns s

EL R O O FL

ST HO D

W3

RO N O lvl TI 75 EA +3 CR RE

de wi de cm ha 60 uns

0 54 6 6

58 68

ES DI LA

UN RO G

150 60 60

W2

240

150

60

60

A s

77 3 2 0 23 10

69 OWN D

V V

169 23 92

46

B

AN PL

EL ST HO CE RA

S IE

R TE

W3

5 23 1

8 15760 53 41 0 0 10 12 12

39

150

74 23

W3

241 69

D LA

23

300

113 23 45 150

23 83 150 610

+795 LVL

50

13 CM THICK RCC FILLER SLAB

PARAPET WALL LVL +695 LVL

TERRACE LVL

257

+562 LVL

154

317

+585 LVL

13

LINTEL LVL

120

23 CM THICK INTERLOCKING MUD BLOCK WALL

120

+692 LVL

13

50

+755 LVL

STAIR ROOM SLAB LVL

PARAPET WALL LVL

11.5 cm thick brick parapet

PARAPET WALL LVL

15

15 cm thick RCC Lintel

LINTEL LVL +555 LVL

LINTEL LVL

LINTEL LVL +393 LVL

TREAD = 30 cm RISE = 15 cm

165

+210 LVL

LOBBY

MID LANDING LVL +183 LVL

PLINTH LVL

45

GROUND FLOOR LVL

45

+45 LVL

PCC

EARTH FILLING

PLINTH LVL

TREAD = 30 cm RISE = 15 cm

138

+255 LVL

MID LANDING LVL

317

LINTEL LVL

60

210

150

+420 LVL

15

317

+455 LVL

LINTEL LVL

0 LVL

+45 LVL

GROUND FLOOR LVL 0 LVL

RUBBLE MASONRY PCC

LADIES HOSTEL SECTION AA'

PARAPET WALL LVL +795 LVL

PARAPET WALL LVL +755 LVL

STAIR ROOM SLAB LVL +692 LVL

LINTEL LVL +585 LVL

PARAPET WALL LVL +695 LVL

TERRACE LVL +562 LVL

LINTEL LVL +555 LVL

LINTEL LVL +455 LVL

LINTEL LVL +420 LVL

LINTEL LVL +393 LVL

LINTEL LVL +255 LVL

MID LANDING LVL +210 LVL

PLINTH LVL +45 LVL

GROUND FLOOR LVL 0 LVL

ELEVATION A

PLINTH LVL +45 LVL

GROUND FLOOR LVL 0 LVL

8

FREELANCE PROJECTS MIXED USE BUILDING ( 54 & 64 HOLLAND STREET WEST, BRADFORD WEST, GWILLIMBURY, ONTARIO, CANADA) I created visually stunning exterior renderings for a building complex in Bradford West Gwillimbury, Ontario. The complex featured commercial spaces on the first floor and residential floors above.

Additionally, I designed a detailed 3D model and rendering for a nearby seniors’ residence, prioritizing functionality, accessibility, and comfort. By employing industry-standard software and techniques, I ensured high-quality, realistic renderings that accurately depicted architectural elements, textures, lighting, and atmosphere. These projects exemplify my passion and dedication to creating captivating visual experiences. I eagerly anticipate showcasing more work and pushing the boundaries of 3D modeling and rendering in future collaborations.

9 ART INSTALATION(PORT CREDIT, MISSISSAUGA) Engaging in an urban intervention through an immersive art installation at Port Credit, Mississauga, has been a transformative journey. Partnering with artist Gullar Mustafa, I contributed significantly to shaping an innovative vision that aimed to enrich the community’s urban space. Employing advanced 3D modeling and video production techniques, our goal was to imbue J.C. Saddington Park with an intriguing, thought-provoking atmosphere.

By meticulously translating the artist’s vision into a detailed 3D model, our installation seamlessly integrated with the park’s natural charm. Through vivid renderings and a compelling video narrative, our project aimed to positively impact the community, offering a space for creativity and cultural enrichment.

This experience fuels my commitment to merging art and technology, elevating urban spaces and fostering imagination and innovation.

Thank you !!