ARCHITECTURE PORTFOLIO b.arch VATSAL GAUR by vatsal gaur

ARCHITECTURE PORTFOLIO

VATSAL GAUR

a tiny book of tiny stories by a tiny human

Hello Iím

Vatsal Gaur.

Welcome to my architecture portfolio ñ a manifestation of my passion for transforming abstract ideas into captivating designs that redefine spaces and inspire imagination. an architect driven by a relentless pursuit of crafting spaces rich in meaning and emotion. I thrive on mixing different patterns, colors, and architectural styles to create unique environments.

Beyond architecture, I explore form through product design, crafting pieces that blend functionality with sculptural aesthetics. Material explorations are also a significant part of my journey.

Academic Projects

Ticket Counter at Dwarka Metro Station -Kiosk Design

Residence Design

Government School design,Patna,Bihar

Redevelopment of Mehrauli Archaeological Park

Incubation and Innovation Centre,Dwarka,Delhi

Government Hospital Design,Dwarka sec-14,Delhi

T.O.D Project-catering to Housing Design,Karkardooma,Delhi

Urban Design Project,Jammu,Jammu & Kashmir

Merak Resort Thesis,ladakh

Research And Documentation

Liminal Spaces

+91 - 8750018454 CONTACT

EMAIL vatsalgaur0330@gmail.com

ADDRESS NEW DELHI

Education

2019-24 2010-2019

Quality Of Heterotopic Urban Villages: Exploring The Influence Of Edges On The Continuation Of Heterotopia

Urban Transformation; Kanak Mandi,Jammu,Jammu & Kashmir

Competitions

Currency Notes Design,Industrial Trophy,NASA

Bus Terminal Redesign,ANDC (Shortlisted)

The Urban Wild Slaughterhouse,GSEN,2022 (Citation)

Freelance work

EXHIBITION STALLS design and visualisation

GRAPHICS DESIGN Logo Design Menu Design

University School of Architecture and Planning

Bachelor of Architecture

Hamdard Public School,Talimabad

Senior Secondary Education

Experience

Internship at MONOCHROME DESIGN STUDIO - 4 mons

Architecture designer at MONOCHROME DESIGN STUDIO5 mons

part-time job at DUSTKARI - 1 mon

Software skills

Autocad

Autodesk Revit Sketchup Enscape Lumion Twinmotion

Adobe Photoshop

Adobe Illustrator

Dexterity

Material Exploration

schematic design product design graphic desiging

HOSPITAL DESIGN TRANSFORMATIVE MULTISPECIALTY HEALTHCARE 02

COMPETITION THE URBAN WILD SLAUGHTERHOUSE

AUTOMATA SCAPES

HOUSING PROJECT

DIACHRONIC TRANSFORMATION OF KANAK MANDI URBAN DESIGN 03

CONCEPTS FOR EXHIBITION STALLS SPACE

EXHIBITION BOOTH DESIGN

ENTS

MERAK RESORT, LADAKH

PSH RESORT

MONOCHROME DESIGN STUDIO

INTERNSHIP

AUTOMATA SCAPES

PROJECT TYPE

Housing mixed use development

SOFTWARE USED

Autodesk revit,adobe photoshop,adobe illustrator,rhino,grasshoppper

PROJECT BRIEF

T.O.D SITE CATERING TO RESIDENTIAL DEVELOPMENT.

Mixed Land use Division (Minimum FAR) ñ50% for Residential | 10% for Commercial | 20% FOR PSP (Public and Semi Public)

Ground Coverage ñ 40%

ABOUT THE PROJECT

The context-sensitive solar-driven design using cellular automata (SDCA) project aims to maximize solar radiation incident (SRI) on building exteriors in dense urban environments. It employs a performance-based form exploration process, integrating four residential towers with a mixed-use commercial complex following Transit-Oriented Development (TOD) guidelines. The project's innovative framework and tool leverage cellular automata to optimize solar exposure, energy efficiency, and overall livability. By prioritizing sustainable design and community integration, it exemplifies a visionary approach to urban architecture.

4. TETRIS PUZZLE

3. CELULAR AUTOMATA

2. VOXEL

1. INCIDENT SOLAR RADIATION PLANES

Generative design (GD), a computational and evolutionary system reflective of a specific design problem or characteristic determined by the designer (Herr 2002), has long been viewed as a paradigm shift by using rules to dynamically and autonomously generate complex outcomes unconceivable by humans alone (McCormack et al. 2004). By bringing the power of GD into existing design workflows and automating the process, high levels of accuracy, consistency, and efficiency can be achieved to strike a balance between subjective preferences and performance-based criteria. In performance-driven design, environmental factors such as solar and daylighting are improved by simulating a building formís massing, orientation, etc.

The iterative nature of GD makes it an ideal early-stage (ES) design approach by allowing for rapid exploration of countless design alternatives. This provides an opportunity to find higher performing solutions when optimizing for sustainability-related objectives such as increased solar energy potential is demanded.

This PROJECT developed a framework and tool for context sensitive solar-driven design using cellular automata (SDCA) in performance-based form exploration process in order to maximize solar radiation incident (SRI) upon building external surfaces in dense urban environments. MASSING:

This project centers on the design and development of a high-density, mixed-use residential complex at the Karkardooma Metro Station site, leveraging Solar-Driven Cellular Automata (SDCA) within a Transit-Oriented Development (TOD) framework. The aim is to create sustainable, human-centric living spaces that maximize solar energy utilization and enhance urban livability.

The design process employs generative design methodologies, specifically SDCA, to optimize building forms for solar gain. By dynamically generating complex outcomes through cellular automata, this method enables rapid exploration of design alternatives, ensuring that the final forms not only meet performance-based criteria but also respect the contextual nuances of the urban environment.

CIRCULATION AND TRANSIT FEATURES

The site design adheres to key Transit-Oriented Development (TOD) guidelines, creating a sustainable, efficient, and user-friendly environment. It ensures easy access to public transportation by leveraging the site's proximity to the metro station, thereby reducing car dependency. The mixed-use development integrates residential, commercial, and public spaces, promoting diverse activities and maximizing land use efficiency. Pedestrian-friendly design elements enhance walkability, while a multi-utility zone supports convenient transit access and local commerce. Dedicated cycle paths encourage eco-friendly transportation options. Efficient service lanes ensure access for service and emergency vehicles. Integrated parking solutions, including surface and basement parking for residential and commercial zones, meet parking needs without disrupting the site's functional coherence. The absence of boundary walls along main vehicular lanes enhances safety and fosters a sense of community. These TOD principles collectively ensure a well-connected, accessible, and vibrant urban space.

INCIDENT RADIATION

DIRECT SUN HOURS

R3

Floors-23

Area -13,904sqmt.

Tower R3 is dedicated to providing housing for both the Economically Weaker Section (EWS) and the Middle-Income Group (MIG). It offers 2-bedroom flats for EWS residents and 3-bedroom flats for MIG residents. The tower

R1

Floors-32

Area -8,984sqmt.

This tower caters to the Middle-Income Group (MIG) with spacious 4BHK and 3BHK flats. It features a central service core serving each floor, conveniently opening to an open-front corridor. Safety is ensured with two fire safety staircases flanking both sides of the tower. Standing tall with 32 floors, Tower R1 offers a range of comfortable living options.

Designed for both the Middle-Income Group (MIG) and High-Income Group (HIG), Tower R2 offers a mix of 2-bedroom and 4-bedroom flats. With 18 floors, this tower provides residents with modern living spaces designed to meet various lifestyle needs. Tower feature modular layouts made by combining cells of 6x6 meters in different compositions. Shared terraces promote community engagement, while double-height options add versatility to the living spaces. Additionally, the towers are generatively designed to maximize sunlight, ensuring residents enjoy a well-lit and comfortable living environment through-

Floors- 30 Area -9,198sqmt.

It features a distinctive single-loaded corridor open to the sky on one side, enhancing natural light and ventilation while fostering a unique living experience.

FLOOR PLATES ZONE

R3 TOWER PHYSICAL MODEL

TRANSFORMATIVE MULTISPECIALTY HEALTHCARE

PROJECT TYPE

hospital design

SOFTWARE USED

adobe photoshop,adobe illustrator,sketchup,autocad,autodesk revit,lumion

PROJECT BRIEF

multispeciality government hospital site area-6.2 hectare location-dwaka sector 17,pocket a ,new delhi

ABOUT THE PROJECT

The government multispecialty hospital is a cutting-edge project that aims to provide comprehensive medical, surgical, and technical support under one roof. It focuses on affordability, accessibility, and quality care while promoting a friendly and safe environment for patients and staff.

The hospital's design emphasizes connectivity and efficient movement, creating a healing space that diverges from the typical clinical atmosphere. With a patient-centric approach and a dedicated workforce, the hospital aims to impact lives positively and provide excellent healthcare for all.

DOCTORíS CIRCULATION

1.OPD

2.RECEPTION

3.WAITING

4.TOILET

5.ENQUIRY ROOM

6.BILLING COUNTER

8.CONTROL ROOM

9.PHARMACY

10.CONFERENCE ROOM

PATIENTíS CIRCULATION SERVICES/CSSD

11.BLOOD DONATION

12.SCREENING ROOM

13.FOOR COURT

14.DOCTOR'S ROOM

15.DOCTOR'S LOUNGE

16.NURSE'S LOUNGE

17.NURSE STATION

18.SUB WAITING

19.CONS. AND EXAM.

20.OPEN TO SKY

21.STAIRCASE

22.LIFTS

23.SAMPLE COLLECTION

24.XRAY

25.CONSOLE ROOM

26.CHANGING ROOM

27.DARK FILM ROOM

28.PROCEDURE ROOM

29.MAMOGRAPHY

30.EQUIPMENT ROOM

31.MRI

32.UTRASOUND

33.DIRTY UTILITY

34.CLEAN UTILITY

35.A.H.U

36.ELECTRICAL ROOM

37.CT SCAN

38.STAFF LOUNGE

39.RADIOLOGIST ROOM

40.SECRETARY ROOM

41.EMERGENCY ENTRANCE

42.RITIRING ROOM FOR AMBULANCE DRIVERS

43.P.C.R

44.TRIAGE

45.ECG

46.TECHNICAL ROOM

47.INJECTION ROOM

48.FRACTURE AND PLASTER ROOM

49.BLOOD STORAGE

50.CLINICAL LAB

51.DRUG DISPENSARY

52.RESUSCITATION

53.OBSERVATION ROOM

54.PRE OPERATION ROOM

55.POST OPERATION ROOM

58.ANAESTHESIST ROOM

59.ANAESTHESIA ROOM

60.AUTOCLAVE ROOM

61.TSSU ROOM

62.LOCKERS

EMERGENCY/OPERATION THEATRE BLOCKLABORATORY AND PRIVATE ROOM BLOCK

DIACHRONIC TRANSFORMATION OF KANAK MANDI

PROJECT TYPE

SOFTWARE USED

urban design-adaptie reuse,redevelopment,redesign adobe photoshop,adobe illustrator,sketchup,autocad,lumion,rhino

PROJECT BRIEF

documentation-old jammu,jammu and kashmir site-kanak mandi

ABOUT THE PROJECT

The theme of the design in this PROJECT is "Transformation." The city and its artifacts are constantly changing to adapt to evolving social needs, patterns, and technology, resulting in several layers of time. In the context of Kanak Mandi, a historic place that has undergone significant transformation, the thesis explores the design potentials of architectural intervention within this rich historical fabric.

The design approach recognizes the importance of blending the past with the present to cater to contemporary requirements while preserving the legacy of the area. With multiple layers of history superimposed and contrasting settlements nearby, the DESIGN seeks meaningful interventions through critical reasoning. This involves exploring questions of what should be built, how to relate to the existing architectural character, and whether to focus solely on the present moment or acknowledge the historical context.

THE URBAN WILD SLAUGHTERHOUSE

PROJECT TYPE

GSEN COMEPETITION 2022 CITATION

SOFTWARE USED

adobe photoshop,adobe illustrator,sketchup,autocad

ABOUT THE PROJECT

Can we think of architecture as a catalyst for housing bees, insects, or bug farms in urban areas?

Can design protect threatened or vulnerable species? Can we really? At the times when humans put themselves on a pedestal of superiority, can we expect them to bow down to other species and compromise on their basic needs?

If their concerns about climate change depend mostly on whatís trending on twitter, can we expect generation alpha to give up social media JUST BECAUSE EMR AFFECTS A SPARROWíS NAVIGATION back to her nest?

CAN ALL THE INADVERTENT EFFORTS,IN THE NAME OF development, that gradually drove them away be reversed in the blink of an eye?

An architectural system is developed in cohesion with the human needs, with the continuous aim of improving the quality of our own lives. Does this human-centric system think of other species over themselves? People are becoming aware of climate change, the evils of urbanisation, or the pollution caused by a zillion reasons; but how many? And at what rate?

T h e c u r r e n t r a t e o f e x t in c t io n is be tween

100 an d 1, 000 times higher than theprehumanbackgroundrateof

W i n d o w c r a s h e s k i l l m i l l ions o f bir ds eac hyear

cities , onavergae , were2degreesCel sius h otter th an th ei r i m m de i at e s u r r o u n d i n g s i n t h e s u m m e r m o n t hs o f 2020 we collectively emitaround50billiontonnesofCO2e

sparrow populationf rom 24m to 14m i n 10 years U r b a n p o p u la t io n g row t h ( annua l %) in India was reportedat 2. 2978%in2020

Delhi' sairqualit ycontinues to d et eri orat e as A Q I n e a r s 5 0 0m a r k

75% of mu ni cipal g a r b a g e i n I n d i a d u m p e d w tihou t p rocess ing

maojrcititsehtaahve rpeorted a massi ve l oss of wetl a nd s . a r e M u m b a i w i t h 7 1 % B e n g a lu ru 56%, Ahmeda ba d 57%, Hy derabad55%, Delhi/NCR38%andPune37%. thefashionindustry’ sgreenhousegasemissions willincreaseb y more th an 50% b y 2030

maharsahtra:50moretutrlesfounddeadatkalyanlake

Somebugpopulationswerereducedupto70percentin areas exposed to diesel exh aust and o z o n e c o n t a m i n a t i o n v In d ia ’s fores ts de ter iorate d arcoss 15, 200squarekilomerteosf 10millionmetrictonsofgrowthinthemarketfor petrochemical s

Telecomtowerinstallationrateincreasesby25%in2021 2016 to 2020 , sh o w ed t h a t G o o g l e s e a r c h e s o n n a t u re loss an d b io d ivers ity increase d by 16%wroldwide

N oi s e f r o m s h i p p i n g , c o n s t r u c t io n, so nar an d se simic survey s is "drowning out " urabn wild

The world is currently undergoing a significant transformation, shifting fromaphysicaltoamoremetaphysical,orvirtual,existence.Thischange is driven by influential billionaire visionaries like Elon Musk, Jeff Bezos,andMarkZuckerberg,aswell as pioneering companies like DeepMind, a subsidiary of Alphabet Inc. These leaders in the tech industry are creating a new reality that operates independently of traditional global authorities.

With the rapid advancement of technologies such as Artificial Intelligence (AI), blockchain, quantum computing, Virtual Reality (VR)andAugmentedReality(AR),the Internet of Things (IoT), 3D printing, biotechnology, and genetics, humanity is on the cusp of transitioning into the Metaverse. The Metaverse is a collective virtual shared space, merging physical and digital realities, where people can interact with each other and the environment in unprecedented ways.

As these technologies evolve, various aspects of our lives are shiftingtothevirtualrealm.Currency is moving towards cryptocurrencies, education is increasingly offered online, recreation is becoming more virtual, and even fashion is experiencing a digital transformation. Simultaneously, automation is revolutionizing the workforce, transportation, and service industries, leading to more efficient and innovative solutions.

From cryptocurrencies to the Metaverse to Tesla bots, these technological advancements aim to improve human life, making it more convenient and enriched. This new lifestyle might reduce the need for conventional social gatherings, traditional automobiles, and even currentfoodconsumptionpatterns.If technology can effectively stimulate our neural and hormonal responses, wemayfindourselveslessinclinedto leave the comfort of our homes.

This dramatic change in lifestyle is expected to have significant environmental benefits. With fewer people commuting and a reduction in physical activities that contribute to pollution, population growth rates mightslowdown,andenvironmental impactscoulddecreasesubstantially. The move towards a more virtual existence could help mitigate many of the pressing issues facing our planet today

Habitat : Fields, bushes, drains, under human structures, gagrdens/backyards.

Food: Frogs,worms.eggs,insects,fruits

Habitat : Human colonies/homes

Food: Meat, certain vegetables, human made dishes.

Habitat : parks, near/in houses (mostly near flowers)

Food:Flowers,fruit,leaves,seedlings,grasses, shoots of young plants,

: Fresh water, dry land, underground,under houses, drains

Food: Small invertibrates

Food: Small invertibrates,acquatic plants, to fish/crustaceans

Habitat : building roofs, poles, street lights, in parks,farms,inbuildingnooks,A.C.s,window sills etc.

Food: Small birds, mammals, reptiles, carcasses, frogs, worms, eggs, insects, fruits, seeds, vegetables, aquatic plants, fish

Habitat : Marshlands

Food:blue-greenalgae,insectlarvae,small insects, mollusks and crustaceans, plants, rroots, seeds, worms, fishes

small mammals

Habitat

shes and amphibians

let it be

It is an architectís ego to solve every problem, but sometimes itís beyond us.

Humanshavebeengainingexpertiseinmodifyingandmouldingour environment with our ever-rising needs to meet our comfort standards.Wecutthefloraandtreplaceditwithskyscrapers,touched the soil and replaced it with concrete paving, gazed at fauna, and took their homes to make our own. Thereby, whenever we give a form to any space to meet our needs and fit our liking, it becomes uninhabitable for someone else.

Antilopes: They will nd the curvilinear paths quite easy to travel andwill ndittobea spot safe from predators.

Siberiancrane: Feed on aquatic plants/animals

Moneys: Will use existing structures in amusement park to travel without the danger of being hurt/killed/scared away

Owls: Will ndshelterinexisting structures and will not be disturbed by human activityduringdaytime

Bees: The absence of pesticides such as neonicotinoids and widespread owering plants all around will revive the dwindlingpopulation.

Rats: Crevicesinstructures,drains,channels, aswellasbuildingswillprovideasafe homeastheywillnotbethreatenedby micetrapsplacedbyhumans.

Nilgai: Softscapes of amusement parks will becomegrazinggroundsforthem.

Siberiancranes: With the increase in marshlands and the decrease in pollution, migratory birdswill ndshelter in high ruins of amusement park to beideal.

Insects: Will be used as an alternate for meat due to their rapid production cycle, scalablity and high

Crickets: It is also far cheaper to raise insects than it is to rear cattle, pigs, or poultry, due to the amountofresources—suchas landandwater—used.

Cranes: Native as well as migratory bird species willinhabitwetlandsas they can nd there shelter,wateraswellas prey.

Deer: Mortality rate due to car accidents reduces, and can access more area due to absence of humans

Moneys: Large covered spaces will provide them comfort from the scorching summer sun yetprovidingthemspacetomovefreely.

themexposedandlimitedlike duringtheearliertimes

Squirrels: Covered spaces will provide them safety from predatory birds.

Sparrows: `Astelecommunicationtowers will become obsolete, sparrows will start coming backtotheurbancenters.

Rabbits: Naturally growing foliage will help provide them shelter from predators and not leave

Ducks: They will nd here a wide variety of aquatic plants to feed upon as well as safetyfrompredatorbirds.

But the advent of technological revolution is changing it all, as we speak, we are no longer bound by constraints of the universal laws when we can have a metaverse to fulfil our ever-rising expectations and curiosity. So, the banished can reclaim their stolen space and design it as per their needs. Then we will truly return to the grassroots where the wild is free to roam under the open sky instead of a cage crafted by us humans. The architecture which stole their habitat from them would eventually become their new natural habitat, in its ruins. The transcendence would enable a world where the humans and other species would harmoniously, share their space, but ironically, not their experience.

Pigeons:

Peacocks: Abandoned structures willbeusedtorooston

Cats: Will sustain themselves on mammals and birds,andusestructurestolivesafely

Parrots: Willnotbecapturedaspetstobekeptincages and would live in existing structures, feeding onfruitsandseeds

Dogs: Streetdogswouldeventually turn wild and adapt to the newenvironmenttobecome selfsustaining.

Mongoose: Willinhabitdrains, channels, and carcasses of vehicles to get a safety cover from predators such as eagles and hawlks.

Birds: Theywouldsupporttheir nests on the creepers suspended on the buildingfacades.

Redcrownedcrane: Increase in marshland area will reduce con icts between individuals and hencepopulationwillgrow

Flamingos: Increase in habitable land will increase population migrating toliveableareas

Crickets: Mainly found in tropical regions and would thus prosperinmarshlands

Dodo: Species thought to be extinct, will come back fromthedepthsofforest.

Hawks/Eagles: Will ndshelteron thehighstructures without the danger of being shot down by humans, to get a better view for prey.

Monkeys: They will use these high structuresasasafeheaven, where their gangs can live togetherinsafety

Leopards:

MERAK RESORT

PROJECT TYPE

PSH resort design

SOFTWARE USED

adobe photoshop,adobe illustrator,sketchup,autocad,rhino

PROJECT BRIEF

sustainable material oriented PSH resort design site area-2.3 hectare

location- merak , ladakh, India

ABOUT THE PROJECT

Located in Merak, Ladakh, just below the main tourist point of Pangong, the Merak Solar Sanctuary offers a serene resort destination. Emphasizing panoramic views of Pangong Lake from northeast to southeast, the siteís natural contours guide the placement of structures, ensuring uninterrupted vistas. The resort blends traditional techniques with modern materials to withstand Ladakh's severe climate. Passive solar heating, using Trombe walls and strategic window placements, maintains interiors at +15 C during harsh winters, despite outside temperatures of -4 C. Designed to address future climate challenges, including extreme summers and heavy snowfalls, the resort minimizes environmental impacts.

Constructed with rammed earth and locally sourced wood, it promotes sustainability and aesthetic harmony with the landscape.

The Merak Solar Sanctuary offers a sustainable and tranquil retreat, merging cultural authenticity with innovative design amidst Ladakh's stunning natural beauty.

Arrangement of clusters such that they avoid mutual shading and maximise south sun

Maximum number of openings on west, south and south east side for higher exposure to sun

staggered forms also help in reflecting sun into the space through clerestory windows

Curved surfaces for higher reflection of light

Use of cattle and livestock as generators of heat Locating heat generating spaces centrally to increase heat gain by convection

Flooring like dark surfaces that absorbs solar radiation and stores in thermal mass (wood) . This then releases radiation at night keeping the space warm

Enclosed courtyards can be used as wind barriers

Using water as thermal mass that slowly releases heat at night

operating high fans in clockwise direction to bring the warm air lower.closable apertures to reduce heat loss.plastic sheets block cold winds.

stepped structures with skylights facing south to increase solar radiations entering the space

use of skylights in circulation and buffer space to increase amount of solar radiation

Zoning into partial subterranean structures. Ground temperature is higher than outside temperature(insulator) during nights

Sun spaces to store heat that slowly release the heat into the space at night

Skyights for entry of diffused light into the space

Reflective flooring outside openings to increase diffused light entering the space

Shallow courtyards collect heat during the day and release it in late evening

Glass spaces with metal or black surfaces that trap heat and allow circulation of warm air to interior spaces

larger windows and openings to allow maximum heat gain through radiation

locating building clusters such that they block the cold winter winds

Roof and ceilings angled such that they eliminate mutual shading onto other surfaces

Increasing surface area for absorption outside during the day, but reduce it on the inside to reduce heat loss in the night

Use of skylights in circulation and buffer spaces to increase amount of solar radiation

use of trombe walls painted in dark colours facing the equator to store large amounts of thermal energy

Airlock doors that have an extended entry. This reduces air flow into the primary space

SERVICCE BLOCK

The service block is strategically situated at the highest point of the site to leverage gravity for water distribution to all other blocks. By placing it at this elevated position, the natural force of gravity facilitates the flow of water downward to various parts of the site without the need for pumps or mechanical devices. This setup not only minimizes energy consumption but also reduces the environmental impact associated with the operation of such equipment.

COTTAGES

The cottages are carefully arranged to ensure each one provides an optimal view of Pangong Lake while also maximizing solar heat gain. Their strategic positioning avoids casting shadows on one another, allowing for uninterrupted sunlight throughout the day. Passive solar heating techniques are employed, harnessing the sun's energy to naturally warm the cottages. This thoughtful layout and design ensure that each cottage benefits from both scenic views and efficient, eco-friendly heating.

STAFF ACCOMODATION

The staff block is strategically positioned at the corner of the site to ensure staff can easily access both public areas and cottages. This placement allows staff to manage the resort efficiently while maintaining a peaceful environment for guests. By being located at the periphery, the staff can perform their duties without causing any disruption to the visitors, ensuring a seamless and tranquil experience for everyone at the resort. This thoughtful design helps in balancing operational efficiency with guest comfort.

PUBLIC BLOCK

The positioning of the public block near the entrance serves several strategic purposes within the resort's layout. Firstly, it accommodates multiple functions, such as facilities that can be used by both guests and locals. By situating it near the entrance, the resort effectively separates public activities from the exclusive guest areas. This separation helps in maintaining the overall tranquility and exclusivity of the resort, ensuring that guests can enjoy a peaceful and undisturbed stay.

CONNECTIVITY

The road network on the site is planned to follow natural contours, maximizing integration with the landscape. It aligns with the site boundary to ensure comprehensive coverage and convenient access for all areas. Internally, the interconnected roads provide direct access to each cottage, promoting easy movement within the resort. The strategically positioned public block is well-connected from all sides, facilitating efficient service to essential facilities like the kitchen, dining areas, cafe, and multipurpose hall. This thoughtful design enhances operational efficiency and guest convenience, creating a cohesive and harmonious resort environment that complements its natural surroundings.

SERVICES

Dry Toilets

The cottage is equipped with dry toilets, which are well-suited to the climate and ecological needs of Ladakh. These toilets do not require water for flushing, conserving water resources. The compost generated from the dry toilets is utilized as fertilizer, contributing to sustainable waste management.

Waste Management

Each module has its own septic tank and soak pit system to manage wastewater and sludge. This ensures that waste is processed and disposed of in an environmentally friendly manner.

Water Supply

Fresh water is supplied to each module using solar-driven generators, which draw water from the main water tank located at the highest point of the site. This setup allows gravity to assist in distributing water throughout the site, reducing energy consumption.

SUSTAINABLE CONSTRUCTION MATERIALS AND TECHNIQUES

The cottage construction in Ladakh emphasizes sustainability and thermal efficiency through the use of locally sourced materials and innovative design elements. Rammed earth, abundant in the region, forms the main structure, providing natural insulation and contributing to the building's durability while minimizing its environmental impact. Local poplar wood, chosen for its thermal properties and availability, further enhances the structure's sustainability.

Stone footing is strategically employed to enhance thermal insulation at the base of the cottage, ensuring a comfortable indoor climate throughout the year. A notable feature of the design is the Trombe wall, which acts as a solar heating element. This wall absorbs solar radiation during the day and releases the stored heat slowly, helping to maintain warmth inside the cottage during chilly nights.

To optimize energy efficiency, double-glazed windows are installed to minimize heat loss. These windows prevent the transfer of heat to the outside, ensuring that the warmth generated inside remains trapped within the building. This holistic approach to construction not only aligns with environmental principles but also ensures that the cottage remains thermally comfortable and energy-efficient in Ladakh's challenging climate conditions.

Waterproofing

Straw-clay bricks for parapet

2 layers of Straw-clay brick

GI sheet on overhang

100 X 100 mm wooden square section

25mm thk safada planks

Strawclay bricks

Treated Pashmina waste

Overhang projection

50 X 250 mm wooden joist

150mm planks

100 X

100mm thk

rcc overhang

600

ips flooring

skylight

rcc walls in wet areas

600

100 mm thk ring beam The plinth beam prevents anyuneven settlement , and provides earthquake resistance. masonary foundation

600 mm high CLC block around the periphery

The Public Block is a welcoming space for both locals and tourists, offering a variety of amenities that reflect the rich culture and scenic beauty of Ladakh. Upon entry, visitors are greeted by a spacious reception and a comfortable waiting area. The in-house bakery, with cozy seating for 15-20 people, serves fresh pastries and bread, making it an ideal spot to relax. Adjacent to the bakery, a gift shop offers curated souvenirs, capturing the unique charm of Ladakh.

The restaurant features a well-equipped kitchen, bar, live performance area, and dining space for 40-50 people, serving local Ladakhi dishes. The building is designed with passive solar heating and large windows, providing warmth and breathtaking views of Pangong Lake. Constructed from rammed earth, the structure is environmentally sustainable and aesthetically reflective of Ladakh's landscape.

ARCHITECTURAL AND DESIGN FEATURES

The Public Block ingeniously combines traditional and modern techniques. Semi-open and fully covered sloped roofs maximize heat and light gain, ensuring well-lit and warm interiors during the day, and providing opportunities for stargazing at night. Extensive use of glass enhances thermal efficiency and offers panoramic views of the Ladakhi landscape, blurring the lines between indoor and outdoor spaces.

maximum solar gain.

gets solar gain and pangong views

add slopes according to the design requirements and PSH techniques providing maximum solar gain from the roof and

add slopes to the transition spaces to deal with the contour on site

combine diiferent styles of sloped roof to provide skylights for stargazing and solar heat gain

RECEPTION+WAITING

INHOUSE BAKERY + CAFE SEATING

KITCHEN DINING

MULTIPURPOSE HALL TRANSITION SPACES

MULTIPURPOSE HALL

The multipurpose hall is strategically located at the back of the property to ensure it does not interfere with activities in the front areas. This versatile space serves as a cultural center, showcasing Ladakh's rich culture through exhibitions and promoting local arts and crafts. It is also suitable for yoga programs and various community activities. The hall features large windows that allow ample natural light and solar heat, creating a warm and inviting atmosphere.

INHOUSE BAKERY+CAFE

The cafÈ is conveniently located near the reception area, making it accessible for both guests and locals. Seating 20-25 people, the cafÈ offers scenic views of Pangong Lake and panoramic views of Ladakh, creating a delightful environment for visitors. This inviting bakery encourages tourists not staying at the resort to visit, enhancing the resort's appeal. Additionally, a gift and souvenir shop is integrated into the space, promoting local Ladakh art and culture, and creating a unique and enriching experience for all visitors.

TRANSITION SPACE: AS GREENHOUSE

Transition spaces between different areas of the building are designed as greenhouses, featuring glass walls and roofs. These glass enclosures trap heat, making the adjacent spaces warmer and more energy-efficient. The greenhouse effect created by these transition spaces ensures that even in the colder months, the interior of the building remains cozy and inviting.

RECEPTION+WAITING

The reception and waiting area is strategically located near the entrance for easy check-in and check-out. An airlock buffer protects the cozy indoor temperature from Ladakh's harsh climate, serving as an insulation barrier. Equipped with dry toilets and a locker room, it offers convenience for guests. The reception area features Trombe and solar walls on the south side for maximum heat gain, while the waiting area boasts a large east-facing scenic window, providing a welcoming and warm environment.

RESTAURANT DINING

Designed to seat 45-50 people, the restaurant features a unique roof that allows for stargazing at night, enhancing the dining experience. The seating is strategically arranged to provide panoramic views of Pangong Lake and the Ladakh region, ensuring a stunning backdrop for every meal. Additionally, the restaurant includes a small bar and a live performance area, offering guests a vibrant and entertaining atmosphere along with their dining experience.

EXHIBITION STALL CONCEPT DESIGN

PROJECT TYPE

exhibition booth design

SOFTWARE USED

adobe photoshop,sketchup,lumion,autodesk autocad

ABOUT THE PROJECT

In this project, the focus is on the conceptual design of exhibition stalls in accordance with the theme provided by the exhibition organizers. These stalls are temporary structures featuring kiosks and booths to create engaging and functional spaces for visitors. The design process involves understanding the central theme of the exhibition, efficiently planning the space to include displays, seating, and interactive areas, and creating visually appealing and cohesive designs. The layout is designed to be user-friendly, ensuring easy navigation and access to key areas, while the use of temporary construction materials allows for ease of assembly and dismantling.

The integration of kiosks and booths facilitates effective product displays, information dissemination, and visitor interaction, ultimately aiming to create an immersive and memorable experience for attendees.

I have designed exhibition stalls for various companies such as PAWAN ENTERPRISES, ART AND CRAFT, JUNIPER FASHION, AND NYARO.

Exhibitions like ACETECH, AAJAR, AND THE INDIAN GARMENT FAIR.