Aditya - Undergraduate Portfolio

PORTFOLIO Aditya

Selected Works

2022-2024

EXPERIENCE 2022-24

Graphics Head

2023-24

Movie Club Head

2023-24 2024

Digital Media Team The Drawing Board | Competition

2024

Next – Gen Public Toilet Competition

2024

Origami Workshop

2024

Marsception | Volume Zero Competition

2024

Kitchen Built Project

Courtyard | College Newsletter

Finalist

SKILLS

city dob tel email

patna | mysore 04-04-2004 8210114030 adityaptjm@gmail.com

DRAFTING

AutoCad

3D MODELLING

Sketchup Rhinoceros 3D 3ds Max

RENDERING

D5 Render Lumion V-Ray

POST-PRODUCTION

Adobe Photoshop Adobe Illustrator Adobe Indesign Procreate

OTHER SOFTWARES

DaVinci Resolve Adobe Animate Adobe Premiere Pro TouchDesigner Krita

CONTENT 01 | Industrial Design | Semester 07

01

02 | The Drawing Board | Competition

11

03 | Loo(k) For Future : Next – Gen Public Toilet| Competition

25

04 | Working Drawings

29

05 | Form Exploration | Rhino

33

06 | Miscellaneous

39

01

DYEING INDUSTRY

Semester 08

Studio Guide Surendran A

Built Area Upto 7000 m²

This industrial facility is designed to harmonize functional efficiency with environmental responsiveness. The architectural form emerges from a tiered extrusion process, incorporating zoning-derived setbacks to create a contextual and volumetric integrity. The roof features a striking sawtooth profile, formed by angular and repetitive planes that optimize natural daylighting and enhance ventilation while facilitating efficient water drainage.

The large mass is fragmented into smaller components, improving airflow and allowing natural light to permeate interior spaces. Vertical fins reduce glare and heat gain by deflecting sunlight while promoting cross-ventilation for enhanced cooling. Integrated skylights in the angled roof sections further illuminate interior spaces, reducing energy consumption.

01

02

Isometric View

The isometric view of the project highlights its dynamic tiered form, created through setbacks that respond to zoning requirements. The sawtooth roof profile is with smaller components breaking the structure into well-ventilated, light-filled zones. Vertical fins accentuate the facade, emphasizing sun shading and airflow sustainability.

03

s prominently visible, showcasing the angular planes that integrate skylights for natural daylighting and enhanced ventilation. The fragmented massing is evident, w optimization. The interplay of angled forms and repetitive geometries gives the project a modern, functional aesthetic while emphasizing its commitment to 04

BASE MASS CREATION

S

Extrusion, integrating Extrusion, setbacks integrating derivedsetbacks derived from zoning , resulting from zoning in a tiered , resulting in a tiered form. The process form. reflects The aprocess contextual reflects a contextual response while maintaining response while the maintaining the volumetric integrity volumetric of the initial integrity of the initial geometry. geometry.

R u p i a

BASE MASS BASECREATION MASS CREATION

STRUCTURE STRUCTURE PROFILEPROFILE

Extrusion, integrating Extrusion,setbacks integrating derived setbacks derived from zoning ,from resulting zoning in a , resulting tiered in a tiered form. The process form.reflects The process a contextual reflects a contextual response while response maintaining while the maintaining the volumetric integrity volumetric of the integrity initial of the initial geometry. geometry.

Roof profile isRoof sliced profile fromisthe sliced massfrom the mass using a seriesusing of angular, a seriesrepetitive of angular, repetitive planes, creating planes, a sawtooth creatingform a sawtooth that form that introduces both introduces functional both and functional and aesthetic dynamics. aesthetic dynamics.

ROOF ARTICULATION ROOF ARTICULATION Optimizes natural Optimizes daylighting naturalthrough daylighting through angled glazing, angled reducing glazing, energy reducing use, energy use, while its sloped while design its sloped enhances design enhances ventilation and ventilation efficient water and efficient water drainage. drainage.

Extrusion, integrating setbacks derived from zoning , resulting in a tiered form. The process reflects a contextual response while maintaining the volumetric integrity of the initial geometry.

05

BASE MASS BASE CREATION MASS CREATION

ROOF ARTICULATION ROOF ARTICULATION

F

Optimizes natural Optimizes daylighting natural through daylighting through angled glazing, angled reducing glazing, energyreducing use, energy use, while its sloped design while itsenhances sloped design enhances ventilation and efficient ventilation water and efficient water drainage. drainage.

F s a

STRUCTURE PROFILE

FORM FRAGMENTATION FORM FRAGMENTATION Fragmentation Fragmentation of a large mass of ainto large mass into

smaller components, smaller improving ventilation improving ventilation Roof profile is sliced from the mass using a series ofcomponents, angular, repetitive and natural daylighting. and natural daylighting. planes, creating a sawtooth form that introduces both functional and aesthetic dynamics.

ANGLED FINS ANGLED FINS

S

Fins deflect sunlight, Fins deflect reducing sunlight, glare reducing glare and heat gain, while and heat their gain, orientation while their orientation promotes cross-ventilation, promotes cross-ventilation, improving improving airflow and cooling airflow efficiency. and cooling efficiency.

S a l s

ANGLEDANGLED FINS FINS

SKYLIGHT SKYLIGHT

Fins deflect sunlight, Fins deflect reducing sunlight, glare reducing glare and heat gain, and while heattheir gain, orientation while their orientation promotes cross-ventilation, promotes cross-ventilation, improving improving airflow and cooling airflow efficiency. and cooling efficiency.

Skylights are Skylights integratedare into integrated the into the angled sections angled to maximize sections natural to maximize natural light penetration lightinto penetration the interior into the interior spaces below.spaces below.

ANGLED FINS

SKYLIGHT ADDING PERGOLAS ADDING PERGOLAS

Fins deflect sunlight, reducing glare and heat gain, while their orientation promotes cross-ventilation, improving airflow and cooling efficiency.

Skylights for are integrated into angled outdoor spaces, for outdoor reducing spaces, heat the reducing heat while enhancingwhile enhancing appeal.aesthetic appeal. penetration into theaesthetic interior spaces be

ADDINGADDING PERGOLAS PERGOLAS

Provide shading Provide and shading passive cooling and passive cooling for outdoor spaces, for outdoor reducing spaces, heatreducing heat while enhancing while aesthetic enhancing appeal. aesthetic appeal.

Provide shading Provide and passive shading cooling and passive cooling

g

STRUCTURE PROFILE Roof profile is sliced from the mass using a series of angular, repetitive planes, creating a sawtooth form that introduces both functional and aesthetic dynamics.

FORM FRAGMENTATION Fragmentation of a large mass into smaller components, improving ventilation and natural daylighting.

ROOF ARTICULATION

ROOF ARTICULATION

FORM FRAGMENTATION

Optimizes natural daylighting through angled glazing, reducing energy use, while its sloped design enhances ventilation and efficient water drainage.

Fragmentation of a large mass into smaller components, improving ventilation and natural daylighting.

ROOF ARTICULATION ROOF ARTICULATION

FORM FRAGMENTATION FORM FRAGMENTATION

Optimizes natural Optimizes daylighting natural through daylighting through angled glazing, angled reducing glazing, energy reducing use, energy use, while its slopedwhile design its sloped enhances design enhances ventilation andventilation efficient water and efficient water drainage. drainage.

FragmentationFragmentation of a large mass of into a large mass into smaller components, smaller improving components, ventilation improving ventilation and natural daylighting. and natural daylighting.

ANGLED FINS

SKYLIGHT

Fins deflect sunlight, reducing glare and heat gain, while their orientation promotes cross-ventilation, improving airflow and cooling efficiency.

Skylights are integrated into the angled sections to maximize natural light penetration into the interior spaces below.

ANGLEDANGLED FINS FINS

Optimizes natural daylighting through angled glazing, reducing energy use, while its sloped design enhances ventilation and efficient water drainage.

Fins deflect sunlight, Fins deflect reducing sunlight, glarereducing glare and heat gain,and while heat their gain, orientation while their orientation promotes cross-ventilation, promotes cross-ventilation, improving improving airflow and cooling airflowefficiency. and cooling efficiency.

SKYLIGHT SKYLIGHT

Skylights are integrated Skylights are intointegrated the into the Fragmentation of a large mass into smaller components, improving angled sections angled to maximize sectionsnatural to maximize natural light penetration light into penetration the interiorinto the interior ventilation and natural daylighting. spaces below. spaces below.

ADDING PERGOLAS

SKYLIGHT

Provide shading and passive cooling for outdoor spaces, reducing heat while enhancing aesthetic appeal.

Skylights are integrated into the angled sections to maximize natural light penetration into the interior spaces below.

d sections to maximize natural light elow.

FORM FRAGMENTATION

ADDINGADDING PERGOLAS PERGOLAS

Provide shading Provide and passive shadingcooling and passive cooling for outdoor spaces, for outdoor reducing spaces, heat reducing heat while enhancing while aesthetic enhancing appeal. aesthetic appeal.

ADDING PERGOLAS Provide shading and passive cooling for outdoor spaces, reducing heat while enhancing aesthetic appeal.

06

B

A’

A

B’

Plan At 3500mm

07

The plan features a well-organized machinery layout with dedicated zones for storage, dyeing, drying, and finishing, ensuring a seamless workflow. A modular column grid supports the structure, optimizing spans for heavy equipment and unobstructed movement. Service corridors and utility areas are strategically placed for efficient operations. The design balances functionality and structural stability, creating a streamlined and efficient industrial environment.

Plan At 7000mm The office layout integrates natural lighting and ventilation through large windows and skylights, creating a comfortable and energy-efficient workspace. This multi-level design optimizes functionality while maintaining a professional and cohesive environment.

08

B

A’

A B’

Section AA’ The section design showcases a balanced integration of structural elements and spatial quality. Columns, beams, and trusses provide stability and clear spans, while the sawtooth roof design optimizes daylighting and ventilation. High ceilings and large windows enhance the sense of openness, while natural ventilation promotes comfort. The layout ensures smooth transitions between the industrial and office spaces, fostering efficient movement and a pleasant working environment.

Section BB’ The longer section emphasizes the industrial workflow, with clearly defined zones for machinery and equipment. High ceilings and strategic openings ensure optimal lighting and ventilation, while the layout maintains smooth circulation paths for materials and personnel. The section also highlights efficient air circulation and daylighting through skylights and windows, creating a functional and comfortable environment for both production and staff.

09

10

02

THE DRAWING BOARD

Site Madurai

Built Area Upto 4000 m²

The project draws its inspiration from the essence of Liebeslied—a piece that embodies profound emotional resonance, composed by Austrian violinist Fritz Kreisler and transcribed for piano by Sergei Rachmaninoff.

Much like the act of admiring Rachmaninoff’s performance from a distance, seated before a Steinway & Sons piano, this design reflects the idea of admiration through space—a respectful acknowledgment of something greater, observed from a position of reverence.

Here, the historic columns become the composer, their sheer presence exuding a timeless authority. The architecture, in turn, serves as the symphony, a response orchestrated by the grandeur and rhythm dictated by these columns. Every element of the intervention is carefully crafted to allow the columns to retain their dominance, their narrative unbroken. The spaces we create do not overshadow or compete with these monumental forms; instead, they exist to frame, complement, and amplify their significance.

11

12

The streets, once dense and constricted, created an unwelcoming and oppressive environment.The architecture appeared introverted, with little permeability or interaction with the street level.

The design intervention began by pushing t much-needed relief space between the histo environment. This deliberate shift transform streetscape into an inviting, breathable zon dominate the spatial narrative.

The circulation spaces were thoughtfully designed across multiple levels, introducing a dynamic vertical layering that enhances the sense of publicness and inclusivity.

This multi-level approach allowed for a more fluid and interconnected spatial fabric, transforming the previously rigid and confined movement patterns into an engaging and versatile experience.

13

the existing structures inward, creating a oric columns and their immediate built med the once-congested and claustrophobic ne, allowing the grandeur of the columns to

The structural intervention aimed to achieve a lightweight and ephemeral quality, complementing the historic columns rather than competing with their monumental presence. The new architecture was envisioned as a subtle and transparent framework that appears to float, creating a contrast between the permanence of the historic columns and the transient, almost immaterial nature of the new structures.

The design is articulated in three distinct layers, each addressing a specific aspect of the site’s context, functionality, and urban interaction, creating a balanced and harmonious architectural narrative.

14

B’

A’ B

A

Bird Eye Plan The master plan is orchestrated to emphasize spatial harmony, drawing visitors into a narrative of reverence and admiration.

Pathways guide movement in a rhythmic flow, mirroring the grandeur of the historic columns. Pergolas are thoughtfully placed to create moments of pause and reflection, offering shaded interludes that frame views of the monumental forms.

These lightweight structures complement the solidity of the columns, providing a delicate interplay of light and shadow that enhances the spatial experience. Together, the arrangement balances openness with intimacy, creating spaces that honor the timeless presence of the columns while fostering a serene, contemplative atmosphere.

15

Plan At 3500mm The plan at this level showcases interconnected platforms that establish a seamless flow between spaces while maintaining a sense of individuality. These platforms are strategically positioned to frame the historic columns, creating vantage points that celebrate their grandeur. Subtle variations in height define each platform, adding a dynamic rhythm to the spatial sequence. Pathways and transitions are carefully aligned to guide movement, while the open design ensures visual connectivity across the space. Together, the platforms form a harmonious composition, uniting the architecture into a cohesive dialogue that respects and amplifies the historic context.

16

Section AA’

The section reveals platforms gracefully traversing the columns, establishing a dialogue between the monumental verticality of the historic structures and the horizontal flow of the design. These platforms are elevated and staggered to create layers of perspective, allowing visitors to engage with the columns at varying heights. Open voids and interstitial spaces enhance the spatial quality, letting light and air flow freely while framing dynamic views of the columns.

The interplay of scale and proportion fosters a sense of both intimacy and grandeur, emphasizing the timeless authority of the columns while inviting movement and reflection within the architectural composition.

17

18

Section BB’

This section highlights the central role of the historic column, surrounded by a thoughtful interplay of platforms and pergolas. The platforms are positioned to radiate around the column, creating a layered spatial experience that directs attention toward its commanding presence. Pergolas hover above the platforms, casting delicate patterns of light and shadow that enrich the atmosphere. Together, these elements frame the column as the focal point, with the pergolas adding a sense of lightness and rhythm to the composition. The resulting spatial quality evokes a balance of solidity and openness, fostering a contemplative connection to the column’s timeless authority.

19

20

Renders 21

22

Exploded Maquette Render 23

24

03

NEXT-GEN PUBLIC TOILET

Site Fictional

Built Area Upto 150 m²

The concept of a vertical toilet ia a multi-story, compact public restroom structure designed to maximize the use of vertical space, particularly in dense urban environments where horizontal space is limited. This architectural approach rethinks traditional public toilet design by stacking facilities on top of each other, effectively reducing the building’s footprint while maintaining and enhancing functionality. This toilet challenges traditional concepts with its innovative, transparent design .

The site here is a dense urban context, which has malls and apartments on either side of the road and there is a pedestrian overbridge running across the road. The public washroom is integrated with the bidge and can be accessed from both top and bottom.

25

26

Plan At 1600mm

Renders

27

Plan At 3400mm

Plan At 5200mm

Section AA’

Steel Framework

Section BB’

Levels

Circulation

Toilet Cubicles

Key Elements

28

04

A

WORKING DRAWINGS

E

D

NEIGHBOUR HOUSE

01

4350

3635

Semester

PARKING

4491

07

Studio Guide

C

B

±150

4600x4350

ROAD 1240

Surendran A 960

Built Area

1100

STORAGE

525

02

1550

1350x1040

1520 360

Upto 150m²

D5

550 850

D4

ENTRY

UP

1615

800 02

01

03

04

05

07

06

03 ±0

WALL 230MM 1240

1740

1850

730

5600

A

B

C

D

B

C

A

E

D ____

____

S

c

S D

NEIGHBOUR HOUSE

01 W6

870

870

1500 900 STUDY

BEDROOM

±2300

1500x1500

2300

2900

D5 D4

700

02

3400

W5

1350

4500

1460

ROOM

D6

825

1535x1260

1690 D4

2850

1020 745

ROAD

ROOM

S

840

2440

LIVIN

690

±2300

2100x1600

A

____

W/C

D5

ROOM

±2300

1280x840

1280x750

D4

3950x3100

3900x2

1480

DINING

KITCHEN 1280

230 650

1045

480

230

D6

720 2900

UP

1400 S

UP

____

Sagamine House, designed by Tomoaki Uno Architects, is a minimalist residential design that emphasizes simplicity, light, and openness. The house features a sleek, modern aesthetic with a focus on natural materials and an open-plan layout. Large windows invite abundant natural light, connecting the interior to the surrounding landscape. The design incorporates a thoughtful use of space, where the architecture’s form complements its function, creating a calm and tranquil living environment.

The house also integrates sustainable features, prioritizing energy efficiency and a seamless relationship with its environment.

2400x2300

B

04

03

02

800 01

01

02

03

04

05

06

D3

UP

07

01

02

03

03

2600

1700

4100

420

12700

29

B

C

____

____

S c

A

S D

D

Notes

A

C

B

1700

01 6000

1500

F

E

D

4000

2900

1200

TERRACE

WOODEN SPINDLES SUSPENDED FROM ROOF

4700

3800

PLYWOOD LANDING (650X35)

6150

PLYWOOD TREAD(250X35)

BRICK WALL 230MM PLYWOOD UNDERLAY 10MM FLOOR JOIST 150X30MM

2300

250

02

SITE PLAN Sagamine 1800 House

1450

SECTION Sagamin

SLAB 135mm

RCC SLAB 150MM

03 ±170 ±0

GF

170 408

Plan At 1800mm Section AA’ ADITYA Notes USN: 4CM21AT001

01

SEM: VI

ADITYA

A

C

B

D

F

E

No

USN: 4CM21AT SEM: VI

Revision no.

0

625

1250

0 1:50

0

2500

625

1250

2500

0 1:50

50

Checkers signature: E

50

Checkers signatur

Authors signature:

ALL DIMEN

ALL DIMENSIONS ARE IN MM E

D

02

25/04/2024

DATE OF ISSUE:

F

25/04/2024

12000 2500

6000

C

B

A

DATE OF ISSUE:

1600

2700

1100

4000

TERRACE

01 WINDOW (630X600)

1900 1800 PLYWOOD UNDERLAY 10MM FLOOR JOIST 150X30MM

4200 D4

250

02

600

BRICK WALL 230MM

1800 6200 ±2300

2900

S

2300

A

____

NG

6100

650

W4

RCC SLAB 250 150MM

SECTION Sagamine

4300

FLOOR PLAN 1800 Sagamine House

2190 S

150 ±0

B

____

04

05

Section BB’

GL

06

03

00

Plan AtAT 3500mm PLAN 2300MM A

ADITYA

USN: 4CM21AT001 SEM: VI

0 0 1:50

01 Revision no.

E

625

1250

C

D

E

ADITYA

USN: 4CM21AT0 SEM: VI

F

0 0 1:50

625

1250

2500 50

30 Checkers signature:

2500 50

B

Checkers signature:

Authors signature:

ALL DIMENS

145*145

Floor Tile Somany Volga Dry Area

Wet Area

5

Geyser

4

A0 Smith HSE-V @1800MM Fro

Glass Par 50mm Gr

3

Wash Basin

2

Jacquar FUS-CHR-29233NK 1

Mirrow

6

5

4

3

2

1

Towel Han

Notes B

A

1800 Bidet Shower Nanhi Trap

9

Nanhi Trap

Slope 2%

SLOPE

10mm Anti-Skid Floor Tile 145*145

8

Toiler Pot

Soap Holder

Jacquar Bidspa Rimless 7

420

Shower

Floor Tile

Jacquar Blak

6

145*145

285

Floor Tile

Somany Volga Ivory 145*145 Dry Area

Wet Area

5

1400

145

c

145

Geyser

4

A0 Smith HSE-VAS-X-025 @1800MM From FFL

Wash Basin

145

Glass Partition 50mm Granite

3

2

c’

145

Notes

600

Jacquar FUS-CHR-29233NK 1

Mirrow

6

5

4

3

2

1

Towel Hanger 400

Plan B

B’

A

A’

1800

Sagamine House Toilet Drawings

SLOPE

300

300 300

False Ceiling 420 390 390 390 Geyser 285 A0 Smith HSE-VAS-X-025 @1800MM From FFL

145

c

1400

Glass Partition 145

c’

ADITYA

USN: 4CM21AT001 Glass Partition

145

SEM: VII

Towel Hanger145

Revision no.

Wall Tiles

600

Wall Tiles

380x130

130

130 380

130 380

380

380x130

Shower

Shower

Jacquar Blak

1800 B’

670 670

670

Checkers signature:

A’

SCALE 1:10

Wash Basin

Jacquar FUS-CHR-29233NK

940 940 Toiler Pot Jacquar Bidspa Rimless 600 600 600 Floor Tile Somany Volga Ivory 145*145

940 900 900 760 760

760

900

840

760

760

ALL DIMENSIONS ARE IN MM

95 House 95 95 Sagamine

DATE OF ISSUE:

Toiler Pot

840

Authors signature:

1839

1839 1839

Door

400

840

Jacquar Blak

Soap Holder

1800 1800

A

False Ceiling

27/11/2024

2.

Toilet Drawings

Jacquar Bidspa Rimless

300 300

300

Floor Tile 230 230

230

770

770

770 760

Somany Volga Ivory 145*145

E

Section AA’ AA’

D

CC’

SCALE 1:10

ADITYA

Section BB’ BB’

Section CC’ USN: 4CM21AT001 SEM: VII Revision no.

Toilet Details Checkers signature:

Authors signature:

ALL DIMENSIONS ARE IN MM

SCALE 1:10

DATE OF ISSUE: 27/11/2024

31

3.

Notes 1800 40MM DIA HOT WATER PIPE 40MM DIA WATER INLET PIPE

Nanhi Trap Flushed To Floor

Slope 2%

Notes

Soil Water Pipe

1800

CPVC Pipe 75mm Dia.

40MM WASTE WATER PIPE

Waste Water Pipe

75MM DIA SOIL WATER PIPE

CPVC Pipe 40mm Dia.

285

Slope 2%

420 Dry Area

1400

Wet Area

40MM WASTE WATER PIPE

Waste Water Pipe

75MM DIA SOIL WATER PIPE

Hot Water Supply CPVC Pipe 25mm Dia. Cold Water Supply

285

CPVC Pipe 25mm Dia.

420 Dry Area

CPVC Pipe 75mm Dia. CPVC Pipe 40mm Dia.

145 145

40MM DIA HOT WATER PIPE 40MM DIA WATER INLET PIPE

Nanhi Trap To Floor ColdFlushed Water Supply CPVC Pipe 25mm Dia. Soil Water Pipe

1400

Wet Area

145

Hot Water Supply

145

CPVC Pipe 25mm Dia.

Plan

Plan Scale 1:10 Rcc Slab

150 mm Thick

Plan Scale 1:10

Geyser

A0 Smith HSE-VAS-X-025 @1800MM From FFL

Sagamine House Plumbing Layout

Rcc Slab

150 mm Thick

ColdGeyser Water Supply

A0 Smith CPVC Pipe 25mmHSE-VAS-X-025 Dia. @1800MM From FFL

Sagamine House Plumbing Layout

Hot Water Supply CPVC Pipe 25mm Dia. Cold Water Supply

ADITYA

CPVC Pipe 25mm Dia.

USN: 4CM21AT001 SEM: VII

Glass Partition

12mm Toughened Glass

Revision no.

Hot Water Supply CPVC Pipe 25mm Dia.

ADITYA

USN: 4CM21AT001 SEM: VII

Glass Partition

Checkers signature:

12mm Toughened Glass

Authors signature: Revision no.

ALL DIMENSIONS ARE IN MM DATE OF ISSUE:

Section Scale 1:15

Section Scale 1:15

SCALE 1:10

27/11/2024

Checkers signature:

5.

Authors signature:

ALL DIMENSIONS ARE IN MM DATE OF ISSUE:

Section

Scale 1:15 AA’ Section

Section

Scale 1:15 BB’ Section

SCALE 1:10

27/11/2024

5.

Plumbing Details

32

05

FORM EXPLORATION

This form exploration in Rhino focuses on architectural anomalies, experimenting with unconventional shapes and structures that challenge traditional design norms. The process involves creating dynamic, organic forms that push the boundaries of architectural expression, blending fluidity with complexity. By leveraging Rhino’s powerful modeling tools, the exploration aims to generate innovative, visually striking designs that offer new perspectives on space, structure, and materiality in architecture.

33

34

35

36

ORIGAMI This exploration of origami forms in Grasshopper focuses on the folding and unfolding mechanism, utilizing computational design to simulate the intricate movements of paper. The study involves creating geometric patterns that dynamically shift between folded and unfolded states, showcasing the potential of origami in architecture and design. The process highlights how complex, flexible structures can be achieved through simple folding principles, offering insights into adaptable and efficient design solutions.

37

Sun spike crease, inspired by the sun, featuring radiating spikes or rays. It might resemble a starburst or sunburst pattern, capturing the appearance of sunlight or solar flares.

Chevron corrugation, a fascinating and

intricate form of paper folding that creates a pattern resembling a series of V-shaped (chevron) folds. This technique is often used to create textured surfaces and complex threedimensional shapes.

Miura ori, also known as the Miura fold, is an ingenious method of folding a flat surface into a compact form. Developed by Japanese astrophysicist Koryo Miura

38

The drawing was made as a homage to the beautiful village of Rangori which is located in Sarahan district of Himachal Pradesh, showcasing the spectacular view of the whole village. The stunning Kath Kuni style houses, the narrow alleys, the sloping roofs, and the lush greenery, all sum up and create this stunning landscape. The idea was to showcase Kath Kuni architecture, which is a reflection of the cultural heritage and environmental adaptation of the Himalayan people and how the traditional construction technique of Kath Kuni is vanishing and new buildings made of concrete and bricks are emerging up which do not align with the context of Himachal Pradesh.

The drawing is made on an A1 sheet with pen and ink

The illustration, created in a minimalist style, highlights the alarming rise of sea levels due to deforestation and industrialization, which threaten to submerge one-third of the world’s cities by mid-century. The image portrays the concept of “Ex-cities,” emphasizing the displacement of millions and the destruction of land. The color blue symbolizes the impact of climate change on sea levels, marking the beginning of a “Blue Period” as cities face increasing risks. The work invites reflection on the urgent need for action in response to this global crisis.

ILLUSTRATIONS 39

This illustration, created on Procreate, showcases a vibrant and dynamic interpretation of architectural college. The design incorporates bold, vivid colors that bring energy and life to the structure, emphasizing the modern, youthful spirit of academic spaces. The use of contrast and color highlights the architectural features, while the overall composition creates a sense of movement and innovation, reflecting the lively atmosphere of a college environment.

This abstract illustration features Tetris blocks and a cat falling, blending elements of playfulness and chaos. The falling shapes represent unpredictability, while the cat adds a whimsical, surreal touch. The composition captures a sense of movement and disarray, with the blocks and the cat tumbling through space, evoking a sense of both tension and lightheartedness in a visually engaging way.

40

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