PORTFOLIO ANUDESH SAINI
EDUCATION
Senior Secondary Education - Greenway Modern Senior Secondary School (CBSE) ,Roorkee ,Haridwar,Uttarakhand
Graduation- B.Arch - Guru Nanak Dev Engineering College, School Of Architecture, Ludhiana ,Punjab
ANUDESH SAINI
ARCHITECT
I’m Anudesh Saini, a passionate architect and design enthusiast dedicated to creating spaces that harmonize human habitation with nature. I specialize in designing environments that integrate green spaces, emphasizing modern and efficient building techniques. My approach is deeply rooted in considering climate and the surrounding context, ensuring that each project is sustainable and responsive to its environment. My goal is to craft spaces that are not only functional but also enrich the lives of those who inhabit them, fostering a strong connection between people and their natural surroundings.
CONTACT
Address - Roorkee ,Haridwar, Uttarakhand Email - anudesh5846saini@gmail.com Mobile - +91-6398467899
• Bus stop (1st year)
• Cafeteria (1st year)
• Handicap Residence (2nd year)
• Primary school (2nd year)
• Village documentation (qila raipur) (2nd year)
• Rural community centre (2nd year)
• Boutique hotel on hill (3rd year)
• Mahabharata museum (3rd year)
• 640 Dwelling Apartment housing (3rd year)
• 1000 seating Auditorium (3rd year)
• 400 Bedded hospital (4th year)
• Inter state bus terminal (4th year)
• Architecture Institute (5th year)
• Commercial complex at CBD (5th year)
• Science city (thesis project)
COURSES AND WORKSHOPS
ANUDESH SAINI
Complete perspective drawing (Udemy)
Auto-cad drafting (Hr Cad Centre)
Estimation and costing (Designopolis)
ARCHITECT
Structure, form and architecture (NPTEL)
Carpentry- joints in wood (GNDEC)
Bottle by bottle-sustainable use of plastic bottles (NASA)
Revit workshop (gndec-soa)
• Bus stop (1st year)
• Cafeteria (1st year)
ACADEMIC PROJECTS
• Handicap Residence (2nd year)
• Primary school (2nd year)
• Village documentation (qila raipur) (2nd year)
• Rural community centre (2nd year)
EDUCATION
• Boutique hotel on hill (3rd year)
Design + BIM workshop (ethos)
Architecture photography (Ar. Karan Dhawan)
Golden Ratio In Architecture (NASA)
V.R. Modelling in Architecture (NASA)
• Mahabharata museum (3rd year)
• 640 Dwelling Apartment housing (3rd year)
Senior Secondary Education - Greenway Modern Senior Secondary School (CBSE) ,Roorkee ,Haridwar,Uttarakhand
• 1000 seating Auditorium (3rd year)
• 400 Bedded hospital (4th year)
Graduation- B.Arch - Guru Nanak Dev Engineering College, School Of Architecture, Ludhiana ,Punjab
• Inter state bus terminal (4th year)
ACADEMIC PROJECTS
• Architecture Institute (5th year)
COA international essay writing competition 2020 (COA) 2019
ANUDESH SAINI
Liveable space for nowhere people (ethos) 2020
Innovative design award (a3 foundation awards) 2021
ARCHITECT
SD sharma sustainable design award(A3 foundation) 2021, 2022, 2024
Saint-Gobain Transparence 18.0, 2024
• Bus stop (1st year)
EDUCATION
• Commercial complex at CBD (5th year)
• Science city (thesis project)
• Cafeteria (1st year)
• Handicap Residence (2nd year)
Senior Secondary Education - Greenway Modern Senior Secondary School (CBSE) ,Roorkee ,Haridwar,Uttarakhand
• Primary school (2nd year)
• Village documentation (qila raipur) (2nd year)
Graduation- B.Arch - Guru Nanak Dev Engineering College, School Of Architecture, Ludhiana ,Punjab
• Rural community centre (2nd year)
ACADEMIC PROJECTS
ANUDESH SAINI
ARCHITECT
• Boutique hotel on hill (3rd year)
Evaluating criteria for sustainable development : a case of qila raipur
• BY EXTENDING THE BOUNDARIES OF ARCHITECTURE BOTH BY RESPECTING THE EXTREMES AND EFFECTIVELY UTILIZING MY SKILLS IN A ROLE AS AN ARCHITECT, I ALWAYS TRY TO CREATE SOMETHING THAT CAN BE CONSIDERED UNIQUE.
• Mahabharata museum (3rd year)
• 640 Dwelling Apartment housing (3rd year)
• Bus stop (1st year) Cafeteria (1st year)
• Handicap Residence (2nd year)
• 1000 seating Auditorium (3rd year)
• Primary school (2nd year)
• 400 Bedded hospital (4th year)
• Inter state bus terminal (4th year)
• Village documentation (qila raipur) (2nd year)
• Architecture Institute (5th year)
• I AM AN ARCHITECTURE STUDENT, WHO KNOWS THE IMPORTANCE OF UNLEARNING TO LEARN, WHICH MAKES ME WANT TO CLIMB NEW STEPS IN THIS GLORIFYING PROFESSION OF ARCHITECTURE AND TO BROADEN MY KNOWLEDGE AND PROMOTE MY DESIGN IDEAS TO THE WORLD OF PROFESSIONALS
Address - Roorkee ,Haridwar, Uttarakhand
Email - anudesh5846saini@gmail.com
• BY EXTENDING THE BOUNDARIES OF ARCHITECTURE BOTH BY RESPECTING THE EXTREMES AND EFFECTIVELY UTILIZING MY SKILLS IN A ROLE AS AN ARCHITECT, I ALWAYS TRY TO CREATE SOMETHING THAT CAN BE CONSIDERED UNIQUE.
• I AM AN ARCHITECTURE STUDENT, WHO KNOWS THE IMPORTANCE OF UNLEARNING TO LEARN, WHICH MAKES ME WANT TO CLIMB NEW STEPS IN THIS GLORIFYING PROFESSION OF ARCHITECTURE AND TO BROADEN MY KNOWLEDGE AND PROMOTE MY DESIGN IDEAS TO THE WORLD OF PROFESSIONALS
• BY EXTENDING THE BOUNDARIES OF ARCHITECTURE BOTH BY RESPECTING THE EXTREMES AND EFFECTIVELY UTILIZING MY SKILLS IN A ROLE AS AN ARCHITECT, I ALWAYS TRY TO CREATE SOMETHING THAT CAN BE CONSIDERED UNIQUE.
• I AM AN ARCHITECTURE STUDENT, WHO KNOWS THE IMPORTANCE OF UNLEARNING TO LEARN, WHICH MAKES ME WANT TO CLIMB NEW STEPS IN THIS GLORIFYING PROFESSION OF ARCHITECTURE AND TO BROADEN MY KNOWLEDGE AND PROMOTE MY DESIGN IDEAS TO THE WORLD OF PROFESSIONALS
Address - Roorkee ,Haridwar, Uttarakhand
Email - anudesh5846saini@gmail.com Mobile - +91-6398467899
• Commercial complex at CBD (5th year)
• Rural community centre (2nd year) Boutique hotel on hill (3rd year)
• Science city (thesis project) CONTACT
• Mahabharata museum (3rd year)
• 640 Dwelling Apartment housing (3rd year)
• 1000 seating Auditorium (3rd year)
• 400 Bedded hospital (4th year)
• Inter state bus terminal (4th year)
• Architecture Institute (5th year)
• Commercial complex at CBD (5th year)
• Science city (thesis project)
2002 - BORN 7 SEPTEMBER 2019 – SENIOR SCHOOL 2019- GNDEC SCHOOL OF ARCHITECTURE 2023 – PROLIFIC ARCHITECTS, LUDHIANA 2017 – HIGH SCHOOL 2019 – JEE MAINS 2022 – ARCH 10 DESIGN CONSULTANT, GURUGRAM 2024 – GRADUATED B o r n o n S e p t e m b e r 7 , 2 0 0 2 , i n R o o r k e e , H a r i d w a r , U t t a r a k h a n d I c o m p l e t e d m y s c h o o l i n g a t G r e e n w a y M o d e r n S c h o o l , R o o r k e e u n d e r t h e C B S E b o a r d w i t h a s c o r e o f 8 4 % G o t a d m i s s i o n i n G N D E C s c h o o l o f a r c h i t e c t u r e , L u d h i a n a u n d e r I K G P u n j a b T e c h n i c a l U n i v e r s i t y f o r p u r s u i n g A r c h i t e c t u r e e d u c a t i o n W o r k e d u n d e r A r R a v i n d e r S i n g h a s a j u n i o r a r c h i t e c t o n p a r t t i m e b a s i s f o r m J a n2 0 2 3 t o M a y - 2 0 2 4 ( 1 y e a r 5 m o n t hs ) 1800 SQFT RESIDENCE AT MOHALI PROPOSAL DRAWINGS WORKING DRAWINGS ELEVATION 3D ELEVAT ON DEATILS BOUNDARY WALL DETAILS CONSTRUCT ON DETAILS 2200 SQFT RESIDENCE AT LUDHIANA PROPOSAL DRAWINGS WORKING DRAWINGS ELEVATION 3D ELEVAT ON DEATILS BOUNDARY WALL DETAILS CONSTRUCT ON DETAILS 3100 GAJ OFF CE PLUS FACTORY PROPOSAL DRAWINGS WORKING DRAWINGS ELEVATION 3D ELEVAT ON DEATILS BOUNDARY WALL DETAILS CONSTRUCT ON DETAIL S TOY SHOP ELEVAT ON ELEVATION 3D ELEVAT ON DETAILS CAFE NTERIOR 3D RENDERING AND DETA L 2D DRAWINGS 1 0 S c h o o l i n g f r o m G r e e n w a y M o d e r n S c h o o l , R o o r k e e C B S E w i t h 8 . 4 C G P A A l l I n d i a r a n k 1 5 2 7 1 6 M o n t h i n t e r n s h i p w h e r e i w o r k e d o n f o l l o w i n g p r o j e c t CONCEPT B OGAS POWER PLANT OFF CE INTER OR KR SSH GREENS (GROUP HOUS NG) ELECTRICAL DRAWINGS PLUMB NG DRAW NGS DETA LS DRAWINGS KR SSH GREENS CLUB LAYOUT DRAW NGS FLOOR NGS DRAW NGS ELEVATION DETA LS KINGSTON GREENS (GROUP HOUSING) ELECTRICAL DRAWINGS UG TANK WORK NG DETA LS BOEING HANGER (INDUSTRIAL) RWH TANK LAYOUT HANGER DRAIN LAYOUT SITE DRAIN LAYOUT SEWAGE LAYOUT UNDERGROUND DRA N LAYOUT HOTEL (COMMERC AL) FURN TURE LAYOUT ELECTRICAL LAYOUT ARMY ACCOMMODATION SANCTION DRAW NGS G r a d u a t e d f r o m G N D E C S c h o o l O f A r c h i t e c t u r e w i t h 8 1 S G P A ( 1 s t - 9 t h S e m A v e r a g e ) a n d a t h e s i s o n S c i e n c e C i t y m u s e u m i n I n d i a
Graduation- B.Arch - Guru Nanak Dev Engineering College, School Of Ar chitecture, Ludhiana ,Punjab
SCIENCE CITY
IGBC GOLD RATED GREEN CAMPUS
OPTIMUM
HEALING SPACE
440 BEDDED HOSPITAL PRE ENGINEERED
BUILDING INTER STATE BUS
II
I
III
CONTENT
III IV V
ENGINEERED
BUILDING
BUS TERMINAL
HOUSING FOR
NOWHERE PEOPLE
HOUSING FOR MIGRANT LABOUR
MISCELLANEOUS
3D VISUALIZATION
WORKING DRAWINGS
CONTENT
TYPE: MUSEUM
YEAR: 2024
LOCATION: DEHRADUN
• Science city is a popular name for interactive science museums in India. These institutions are designed to promote science education and awareness among the public, especially students and young people.
• The regional science centre in Dehradun is set to undergo a transforming redevelopment, evolving into a vibrant sciences city, aligning with the visionary proposal put forth by the Uttarakhand council of science and technology (UCOST).
SCIENCE CITY , DEHRADUN
IGBC GOLD RATED GREEN CAMPUS
SCIENCE PARK REGINAL SCIENCE CENTER EXISTING SCIENCE EXPLORATION HALL SPACE ODYSSEY CONVENTION CENTRE OPEN AIR THEATER GATE COMPLEX
THESIS 2024
HUMAN ATTRACTION TOWARDS
NATURE
BIOPHILIA: The word biophilia originates from the Greek, ‘philia’ meaning ‘love of’. It literally means a love of life or living things. Humans have a deeply engrained love of nature which is an intuitive and natural drive imprinted into our DNA
BIOPHILIC ARCHITECTURE
Biophilic design is an approach to architecture that seeks to connect building occupants more closely to nature. Biophilic designed buildings incorporate things like natural lighting and ventilation, natural landscape features and other elements for creating a more productive and healthy built environment for people.
SOME TECHNIQUE OF BIOPHILIC DESIGN
SCIENCE CITY
IGBC Green Campus Rating System Points Available REMARK Point available Point achieved Modules 100 74 Gold – National Excellence Site Planning and Management 25 21 SPM MR 1 Green Buildings within the Campus Required Done SPM MR 2 Soil Erosion Control Required Done SPM Credit 1 Green Buildings within the Campus 10 8 SPM Credit 2 Site Preservation 3 3 >75 % site preserved SPM Credit 3 Green Cover or Vegetation 6 6 44.61 Green % (13.06 acre) SPM Credit 4 Heat Island Reduction, Non-roof 4 2 >75 non roof area is shaded SPM Credit 5 Outdoor Light Pollution Reduction 2 2 Lighting fixture installed as per ASHRAE 90. 1-2010 baselines Sustainable Transportation 11 5 ST Credit 1 Pedestrian Network 3 3 Shaded pedestrian network ST Credit 2 Bicycle Lanes Network 4 0 Non dedicated bicycle lane in the campus ST Credit 3 Access to Sustainable Transportation 4 2 Electric Shuttle service available Water Conservation 19 15 WC MR 1 Rainwater Harvesting Required done WC Credit 1 Rainwater Harvesting 6 6 Design underground rainwater harvesting and recharge system WC Credit 2 Landscape Design 4 2 turf area < 20% of total landscape area WC Credit 3 Management of Irrigation Systems 2 2 Sprinkler system and drip irrigation system is planned for trees WC Credit 4 Wastewater Treatment and Reuse 4 2 Onsite Sewage treatment plant WC Credit 5 Optimize Water Use for Construction 1 1 As per construction WC Credit 6 Water Metering 2 2 As per municipal water supply Energy Efficiency 21 18 EE Credit 1 Energy Efficiency in Infrastructural Equipment 10 8 Use energy equipment as per ASHRAE Standard 90. 1-2010 baseline EE Credit 2 On-site Renewable Energy 5 4 Generating energy through solar panels generating more than 40% of site energy EE Credit 3 Off-site Renewable Energy 4 4 More the 50% of off-site energy is purchased through renewable source EE Credit 4 Energy Metering 2 2 Power supply meter installed by the local MNC Material and Resource Management 6 4 MRM MR 1 Segregation of Waste, Postoccupancy Required done MRM Credit 1 Organic Waste Management, Postoccupancy 3 1 Segregation of waste MRM Credit 2 Handling of Waste Materials, During Construction 1 1 As per construction, waste material is used in construction of site roads MRM Credit 3 Local Materials 2 2 More then 75% of the Material used are manufactured locally within a distance of 400km Health & Well-being 9 4 HWB MR 1 Tobacco Smoke Control Required Done Smoke free campus HWB Credit 1 Basic Amenities 2 1 Most of the basis amenities are at a distance of 800m HWB Credit 2 Health & Well-being Facilities 4 0 HWB Credit 3 Universal Design 2 2 Overall campus is universal accessible HWB Credit 4 Basic Facilities for Construction Workforce 1 1 Provided at the time of construction Green Education 3 3 GE Credit 1 Green Education 2 2 Connected with NGOs to spread awareness about green building GE Credit 2 Green Campus Guidelines 1 1 IGBC guidelines have been followed Innovation in Design 6 4 ID Credit 1 Innovation in Design Process 4 4 ID Credit 2 IGBC Accredited Professional 2 0 No IGBC Accredited professional are involved in designing of project CHECK POINT LIST OF IGBC GREEN CAMPUS RATING CITY SITE PLAN PARAMETERS VALUE Maximum height 30M Set-back 18M front 6M sides Permissible ground coverage 45% Permissible FAR 2.10 PARAMETERS VALUE Achieved ground coverage 12.93% 15320 SQM Achieved far 0.156 18550 SQM PARAMETERS VALUE Site area 29.27 acre Existing Covered area 5170 SQM DEVELOPMENT PARAMETERS PARAMETERS ACHIEVE
PARAMETERS
SITE
BUTTERFLY GARDEN
The rosary garden and cacti garden utilize terracing to create visually striking displays and improve visitor access. This design feature enhances the gardens’ aesthetics and allows visitors to enjoy the plants from different perspectives as they explore the pathways.
BIO DIVERSITY PARK
CACTI GARDEN
ROSARY GARDEN
CHILDREN PARK
WATER BODY
BONSAI GARDEN
PARKING
FAIR GROUND Sal
Mammillaria spp
Shrub Roses Royal Palm
Jamun tree Concrete
Ulmus parvifolia Indian Beech
Silver Oak
Indian gooseberry
Astrophytum spp
weeping rose Caryota Palm
weeping rose Seating
Pinus thunbergii
Asphalt Concrete
Seating
Arjuna
Opuntia spp
Hybrid Tea Roses
Windmill Palm
chokecherries
Interlocking tiles
Indian laurel
Pushparghya
Turf
SCIENCE CITY SITE PLAN WITH
The central lake offers seating for visitors, doubling as a venue for captivating laser and music shows. This dynamic feature enhances the science city’s allure, providing immersible entertainment against the serene backdrop of the water. Visitors can enjoy these spectacular performances while relaxing in the picturesque surroundings of the lake.
PERIPHERY BIO DIVERSITY PARK
HEDGE MAZE
DINO PARK
PLAZA
PLAZA
Poplar
jamun
Guava
Baluka
Gulmohar
Mausami
Arjuna
Indian Laurel
Crepe Myrtle
Indian Elm
Silver Oak
Indian Beechwood
Ashok
Branhmi
Kadam
Interlocking Tiles Interlocking Tiles Seating Seating
Nashpati
lyptus
Nag Kesar
Mango
Rubber Tree
Chameli
Box
Lichi
hedge Seating
Indian beach
Indian Coral Tree
WITH GROUND CONTEXT
• The vehicular circulation within the site follows a structured route, commencing from the entry point and leading directly to designated parking areas. Upon parking their vehicles, visitors are granted the freedom to explore the premises through a network of pathways accessible upon entry into the gate complex.
• Furthermore, distinct parking facilities have been allocated for different groups, including visitors to the science city, attendees of the convention center, and staff affiliated with UCOST.
• Moreover, provisions have been made for separate entry and exit points catering specifically to VIPs, ensuring their convenience and security within the premises.
The science city site, sprawling over an expansive area of 29.27 acres, boasts of an intricately designed layout wherein approximately 12.93% of the land is enveloped by built structures, while the remaining 87.07% is thoughtfully allocated to open spaces, fostering a harmonious blend of architecture and nature. Among these open areas lies a meticulously crafted science park, dedicated to promoting exploration and discovery amidst the serene backdrop of lush landscapes.
In the proposed plan, innovative rainwater harvesting techniques have been meticulously incorporated, featuring specially designed systems for both surface runoff and natural landscape absorption. Specifically, paved and asphalt surfaces are equipped with a network of water drains, directing rainfall towards designated underground storage tanks for subsequent use. Meanwhile, rainfall on the turf and landscaped areas undergoes a natural process of percolation, automatically replenishing groundwater reservoirs through ground recharge mechanisms, ensuring sustainable water management practices within the site.
12x12x9 water storage TREATMENT Water flow Water Irrigation Network Rain Water Harvesting Tank Sewage Treatment plant Built-Up Spaces Open Spaces Pedestrian Circulation Vehicular Circulation Entering Vehicular Circulation Exiting CIRCULATION PLAN BUILT OPEN RELATIONSHIP
RAIN WATER HARVESTING AND IRRIGATION
GATE COMPLEX
GROUND FLOOR PLAN
SECTION
SPACE ODYSSEY CONVENTION
GROUND FLOOR PLAN
SECTION SECTION
GROUND FLOOR PLAN
SCIENCE EXPLORATION HALL
GROUND FLOOR PLAN
SECTION
CONVENTION CENTRE
WINNERA3F SUSTAINABLE DESIGN AWARDS
2024
TYPE: HOSPITALITY
YEAR: 2023
LOCATION: NEW-CHANDIGARH
This project aims to transform hospital environments by integrating biophilic design principles to enhance healing and well-being. By mimicking nature through elements like natural light, greenery, and soothing aesthetics, we counteract the typically sterile and negative atmosphere of healthcare facilities. These design features aim to reduce stress, promote relaxation, and improve the overall patient experience. The goal is not only to improve the physical environment but also to inspire healthier lifestyles, recognizing the crucial role of environment in long-term wellness. Ultimately, this integration of architecture with nature seeks to create healing spaces that facilitate faster recovery and enhance overall well-being.
OPTIMUM HEALING SPACE
440 BEDDED HOSPITAL
45M WIDE ROAD 45M WIDE ROAD SERVICE LANE SERVICE LANE SERVICE LANE SERVICE LANE +/- 00 +100 MM +100 MM +8750 MM +8750 MM +16750 MM +16750 MM +20750 MM +20750 MM +20750 MM
SITE PLAN
PROPOSED SITE FOR HOSPITAL 14.15 ACRES EMERGENCY DIAGONOSISANDTREATMENTBLOCK EMERGENCY BLOCK OPD BLOCK SPINECORRIDOR GROUND FLOOR PLAN
• To minimize heat gain from the south, an effective strategy is to create a 7-meter wide corridor that acts as a barrier, preventing direct sunlight from entering the interior spaces of the hospital.
• This corridor serves as a buffer zone, shielding the building from excessive solar radiation and reducing the cooling load.
• Additionally, incorporating double glazed glass in the design further aids in filtering and controlling the entry of sun-rays.
• Steel, renowned for its sustainability and exceptional strength in handling tension forces, serves as the ideal material for constructing the entrance porch structure of the hospital building.
• The canopy of the porch adopts a space frame design, ingeniously crafted using steel. This structural system efficiently distributes loads and enhances the canopy’s stability.
• In a remarkable and energy efficiency, hospital is thoughtfully pansive
• This innovative design purposes, as it not tal with renewable actively contributes tainable
• This on-site renewable nificantly reduces conventional energy carbon
SECTION
FIRST FLOOR PLAN SECOND FLOOR PLAN
commitment to sustainability efficiency, the entire roof of the thoughtfully adorned with an exarray of solar panels.
design choice serves multiple not only empowers the hospirenewable energy generation but also contributes to the promotion of sustainable practices.
renewable energy generation sigreduces the hospital’s reliance on energy sources and minimizes its carbon footprint.
• By opting for energy-efficient machines, the hospital can significantly reduce its energy consumption and associated costs.
• Incorporating equipment with higher energy efficiency ratings not only contributes to environmental sustainability but also translates into long-term financial savings for the hospital.
• Moreover, investing in energy-efficient equipment aligns with the hospital’s overarching mission of providing high-quality patient care while also prioritizing sustainability and resource efficiency.
• Red sandstone cladding offers several sustainability advantages when used in building construction
• Red sandstone is known for its durability and longevity. When properly maintained, it can withstand weathering, erosion, and other external factors, ensuring the building’s façade remains intact for an extended period.
• Red sandstone possesses excellent thermal properties, providing natural insulation. It has a high thermal mass, meaning it can absorb, store, and slowly release heat.
SECTION THROUGH VERTICAL CIRCULATION
THIRD FLOOR PLAN FOURTH FLOOR PLAN
TYPE: PUBLIC INFRASTRUCTURE
ACADEMICS
YEAR: 2023
LOCATION: PATIALA, PUNJAB
The inter state bus terminal (ISBT) in Patiala is a significant transportation hub that serves as a gateway to the city and the surrounding region. It plays a vital role in the social and economic development of the area, providing convenient and affordable transportation options for commuters and tourists alike.
PRE ENGINEERED BUILDING
INTER STATE BUS TERMINAL
BASEMENTPARKING LOADINGBAYS FOODCOURTANDUNLOADING DORMITORIESANDSTAY
SITE PLAN
CIRCULATION LEGEND
BUS CIRCULATION FROM IDLE BAY TO EXIT
BUS CIRCULATION FROM ENTRANCE TO IDLE
LOCAL BUS CIRCULATION FROM ENTRY TO BAY
LOCAL BUS CIRCULATION FROM BAY TO EXIT
DROP OF CIRCULATION BY VEHICLES
PEDESTRIAN CIRCULATION
PASSENGERS CIRCULATION FROM PARKING
SECTION
SITE PARAMETERS
SITE AREA- 41,581 SQM
NO. OF INTERSTATE BAY- 30
NO. OF LOCAL BAY- 8
NO. OF IDLE BAY- 20
UNLOADING BAYS - 5
PARKING ACHIEVED-
• TWO WHEELER - 210
• THREE WHEELER - 32
• FOUR WHEELER -185
BUILT-UP AREA - 11,630 SQM
FAR ACHIEVED - 0.28
PERMISSIBLE GROUND COVERAGE - 40 %
COVERED AREA - 7580.12 SQM
COVERED PERCENTAGE - 18.22 %
GROUND FFL +-00 PLINTH FFL +450 FIRST FFL +6000 SECOND FFL +12000 ROOF FFL +16000 SECTION BAY EXIT IDLE BAYS
INTER-STATE BUS BAY LOCAL BUS BUS BAY SHOPS SEATINGS TICKET COUNTER TOILET DRINKING WATER INFORMATION COUNTER DORMITORIES FOOD COURT CLOAK ROOM MANAGERS OFFICES CANTEEN
CONCEPT AND DESIGN PRINCIPLE
The design of the ISBT building and loading bays undergoes a transformation from a simple rectangular form to optimize the area/perimeter ratio, enabling the accommodation of a greater number of bays while minimizing the overall covered area. By introducing architectural modifications, such as angular extensions or curved sections, the perimeter of the building is increased, allowing for the incorporation of additional loading bays within the available space. This redesign takes advantage of the irregular shape, maximizing the utilization of the terminal area for efficient bus operations.
FIRST FLOOR GROUND FLOOR
VISITERS ENTRY EXIT WITH DROP-OFF
FACADE OF ISBT
SECOND FLOOR
BUS DROP-OFF AT FIRST FLOOR
PEB CONSTRUCTION
• Pre-Engineered Buildings use a combination of builtup sections, hot rolled sections and cold formed elements which provide the basic steel frame work with a choice of single skin sheeting or other cladding system with added insulation or insulated sandwich panels for roofing and AAC Blocks, LGSF and AAC Panels for flooring and wall cladding.
• The concept is designed to provide a complete building envelope system which is air tight, energy efficient, optimum in weight and cost and, above all, designed to fit user requirement like a well fitted glove.
• The application of pre-engineered concept to buildings is very economical and speedy. Buildings can be constructed in less than half the normal time especially when complimented with other engineered sub-systems.
LOADING BAYS
FLOOR PLAN FLOOR PLAN
FOUR WHEELERS PARKING
FOOD COURT AT FIRST FLOOR
FLOOR PLAN
A3F SUSTAINABLE DESIGN AWARDS 2022
TYPE: HOUSING
YEAR: 2021
LOCATION: HARIDWAR
HOUSING FOR NOWHERE PEOPLE
HOUSING FOR MIGRANT LABOUR
• The pandemic which is on the rise in the country since the end of February 2020 saw a sudden and stringent lock-down being imposed in march. Thousands of migrant workers in the informal sector found themselves deprived of jobs and shelter overnight due to the inaccessibility of daily needed food and shelter to survive , they started migrating from their work place to there hometown.
• Similar migration have been noticed in industrial sector 2 at Haridwar, sector 2 own most of the private industries as the well the BHEL.
• So, a square site(100m x 100m) has been proposed for the designing the shelters for the nowwhere people to live when they get back to the city
CONCEPT OF COVID BRICKS
• Procedure of making plastic bricks
1. Take a empty plastic bottle.
2. Collects the used marks,ppe kits ,gloves and cut them into small pieces after proper sanitization.
3. Then fill the pieces into the plastic bottles and use them as bricks.
SITE SELECTION NEAR A SOLAR FIELD
Site is located adjacent to solar field operated under Haridwar solar power project ,so the site is used as an extension of solar field by placing solar panel above the roof of the dwelling unit, which will also reduced the heat gain inside the dwelling unit
TAKING A CUBOID CUTTING IT INTO TRIANGULAR FORM TRIANGULAR FORM CUTTING THE VERTEX DIVIDING FORM INTO 3 PARTS 3 DWELLING UNIT FORMED
BIO-GAS PLANT
• A bio-gas plant have been installed at the site to regulate the waste management at the micro level.
• All the solid waste from the shelter directly go to the bio-gas plant with the help of sewage pipes. The solid waste get collected at the digester chamber and start producing bio-gas.
• Then the bio-gas will go to the gas storage tank and ultimately goes to the shelter’s kitchen and use for cooking purposes.
• The remaining waste from the bio-gas plant will transferred to the nearly villages and will used in agriculture field.
PRODUCED BY AN AUTODESK STUDENT VERSION
PANEL ROOF SOLAR ENERGY ROOM PARKING COMMUNITY SPACE STEEL ROOF BIO-GAS STORAGE ROOM PATHSHALA 1 1 2 2 3 3 4 4 5 5 6 6 7 7
SITE PLAN SOLAR
TYPICAL CLUSTER PLAN
• Twenty shelters have been provided to design a living space for the nowhere people. Each shelter will accommodate three families of max four people, accommodating a total number of 12 people inside one shelter.
• All the twenty shelters will accommodate a total of ‘two hundred forty people.
• A pathshala have been designed to provide basic education to the children living in the entire campus.
BY AN AUTODESK STUDENT VERSION 1 2 3 3 3 3 4 4 4 2 2 1 1
• Apart of the shelter a open community space have been design for the nowhere people for relaxing and improving physical and mental strength through yoga or various activities.
S/N 1 2 3 4 SPACE AREA 11 SQM 6SQM 11SQM 3 SQM LIVING KITCHEN BEDROOM TOILET
PRODUCED
WORKING DRAWING OF A RESIDENCE (ACADEMIC
KITCHEN DRESSING DINING ROOM DRAWING ROOM BEDROOM 1 POOL(GAMES) 5.4 M 4.8 M 1.2 M M SHOWER 1.35 M X 1 M A B C D E F 1 2 3 4 5 6 7 13025 3175 1690 2305 530 5095 230 4695 115 1385 115 1220 115 4920 230 3375 900 650 525 600 775 600 450 5150 15515 4680 3985 1100 1800 1880 1810 230 5360 200 4875 115 4505 230 1010 500 500 500 1120 1500 1010 1600 400 2000 1525 2000 1925 13025 5095 530 2305 1690 3175 230 5390 230 2100 230 1440 230 2945 230 1975 2000 1875 650 800 880 70 1200 580 700 495 700 700 400 15515 4680 3985 1100 1800 1880 1810 230 8465 230 2670 230 1650 230 1580 230 2450 2000 1565 2000 1115 785 1265 850 1880 1810 RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION RCC CHAJJA PROJECTION 3145 900 650 4695 2720 4920 1670 900 900 970 450 2435 450 2315 450 1870 450 1770 450 2400 450 1500 450 2225 450 2125 450 2125 735 750 3010 635 2800 1585 1935 920 900 5470 850 1400 1835 3010 12565 265 700 580 700 700 230 3175 1440 355 650 275 1050 450 1375 1900 1895 12565 1440 1280 1280 5390 2220 2000 1565 2000 885 800 900 5360 1645 2000 1745 410 600 375 1385 1035 285 600 335 1035 735 750 750 570 3370 70 900 230 1200 900 70 1085 LVL 00 LVL 750 LVL 750 LVL 450 LVL 450 LVL 750 LVL 750 LVL 650 2000 650 800 650 2100 1200 TOILET D1 D1 D1 D1 LVL 2 3 4 5 8 9 13 14 1 6 7 10 11 12 STAIRCASE RISER 150MM UP D2 D2 D3 W1 W1 W1 W1 W1 W2 W2 V1 V1 V2 W4 3175 1750 2400 2100 3600 13025 LVL 00MM LVL -1800MM LVL +2900 MM LVL 00MM LVL +1890 MM LVL -2525 MM FIRST FLOOR. SLAB LEVEL +3950 PLINTH LEVEL +860 GROUND LEVEL 0.0 G.F LINTEL LEVEL +3050 G.F. SILL LEVEL +1850 TERRACE LEVEL +7000 F.F. LINTEL LEVEL +6200 PARAPET LEVEL +7400 860 990 1200 900 2250 800 400 7400 300 3800 850 2750 7400 PROJECT DRAWING TITLE REVISION SHEET SIZE: A1 CHECKED REV. BY REVISION: 2 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED. 2. DIMENSIONS TO BE READ AND NOT MEASURED. 3. READ THIS DRAWING IN CONJUNCTION WITH ITEMS OF WORK, STRUCTURAL, SERVICE AND MECHANICAL DRAWINGS. 4. ALL ARCHITECTURAL DRAWINGS TO BE READ IN CONJUCTION WITH RELEVANT STRUCTURAL AND SERVICES DRAWINGS. 5. ANY DISCREPENCY BETWEEN DRAWINGS SHALL BE BROUGHT TO THE NOTICE OF ARCHITECT BEFORE 6. ALL FIXED AND LOOSE FUNITURES ARE INDICATIVE. N O T E : SUBJECT CODE - BACH 902 DRAWING NO: SCALE: DRAWN APPROVED DATE AR.SIMRAN KAUR AR.RAVINDER SINGH AR. AKANKSHA SHARMA DATE 1:50 ANUDESH 17-08-2023 GROUND FLOOR PLAN ELEVATION 1 GFC DRAWINGS ANUDESH 17-08-2023 SEAL CORRECTION AREA STATEMENT REMOVAL OF UNNECESSARY DIM AREA STATEMENT CLIENT GNDEC SCHOOL OF ARCHITECTURE GILL PARK LUDHIANA NORTH N BEDROOM - 22.16SQM KITCHEN - 15.26 SQM DINING - 18.27 SQM DRAWING - 24.71 SQM GAMES - 29.15 SQM 2 ELEVATION 1 GROUND FLOOR PLAN Lintel Type Size Cill Area SCHEDULE OF OPENING 900 X 2100 00 BEDROOM 2100 750 X 2100 00 TOILET 2100 1200 X 2100 00 ENTRANCE 2100 2000 X 1100 1000 BEDROOM 2100 1500 X 1400 1000 BEDROOM 2100 1200 X 1400 1000 BEDROOM 2100 600 X 400 1700 TOILET 2100 700 X 400 1700 TOILET 2100 BEDROOM 2 BEDROOM 4 SHOWER 1.35 M X 1 M 4.7 M X 3.8 M 1 2 3 4 5 6 7 A B C 13025 3175 1690 2305 230 4695 1151370 115 4925 525 600 775 13025 3175 1690 2305 230 2945 230 1440 230 2100 3175 650 600 420 880 800 13625 4645 3985 1100 1800 1880 1810 230 2070 150 2250 115 3880 230 2670 230 1650 230 1100 1501200 2250 1115 2000 1115 2900 1880 4695 870 1200 1700 700 2400 780 1900 900 4470 3585 700 1320 2685 1300 1320 2650 4730 3175 2760 735 1400 500 900 600 500 D1 D1 D1 4000 3900 2 3 4 5 8 9 1 6 7 STAIRCASE TREAD 300MM RISER 150MM DW RCC CHAJJA PROJECTION D2 D2 W1 W3 V1 7400 850 1000 1200 950 2200 800 400 1000 1200 750 200 2800 400 750 850 2950 850 150 2600 FIRST FLOOR. SLAB LEVEL +3950 PLINTH LEVEL +860 GROUND LEVEL 0.0 G.F LINTEL LEVEL +3050 G.F. SILL LEVEL +1850 TERRACE LEVEL +7000 F.F. LINTEL LEVEL +6200 PARAPET LEVEL +7400 2970 PROJECT DRAWING TITLE REVISION SHEET SIZE: A1 CHECKED REV. BY 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED. 2. DIMENSIONS TO BE READ AND NOT MEASURED. 3. READ THIS DRAWING IN CONJUNCTION WITH ITEMS OF WORK, STRUCTURAL, SERVICE AND MECHANICAL DRAWINGS. 4. ALL ARCHITECTURAL DRAWINGS TO BE READ IN CONJUCTION WITH RELEVANT STRUCTURAL AND SERVICES DRAWINGS. 5. ANY DISCREPENCY BETWEEN DRAWINGS SHALL BE BROUGHT TO THE NOTICE OF ARCHITECT BEFORE 6. ALL FIXED AND LOOSE FUNITURES ARE INDICATIVE. N O T E SUBJECT CODE - BACH DRAWING NO: DRAWN AR.SIMRAN AR.RAVINDER DATE ANUDESH GROUND FLOOR PLAN SECTION BB' GFC DRAWINGS ANUDESH 17-08-2023 SEAL CORRECTION AREA STATEMENT REMOVAL OF UNNECESSARY DIM 3 SECTION FIRST FLOOR
WORK)
BEDROOM 3 DRAWING LIVING TOILET 1.2 M X M D E F 13025 530 5095 1151235 115 4920 230 600 450 5150 13625 4690 3985 1100 1800 1880 1810 230 2070 150 2250 115 1535 100 3300 150 3495 230 655 1200 595 2250 1050 600 1425 1500 1010 1500 1740 1890 13025 530 5095 230 5390 230 880 2020 3600 4920 1200 1115 3655 1300 2485 4385 3955 2240 2320 900 900 3220 2345 1050 1500 1510 3140 1520 350 TOILET D1 D1 D1 D1 BEDROOM 5 4000 LVL 4000 LVL 4000 LVL LVL LVL 3900 16 15 14 13 10 17 12 11 PROJECTION D2 W2 W3 W2 V1 V1 1200 200 150 850 750 2500 700 7550 1200 2780 3250 CHECKED REVISION: 2 BACH 902 SCALE: APPROVED DATE KAUR AR.RAVINDER SINGH AR. AKANKSHA SHARMA 1:50 17-08-2023 AREA STATEMENT CLIENT GNDEC SCHOOL OF ARCHITECTURE GILL PARK LUDHIANA NORTH N BEDROOM - 22.16SQM KITCHEN - 15.26 SQM DINING - 18.27 SQM DRAWING - 24.71 SQM GAMES - 29.15 SQM BB' FLOOR PLAN Lintel Type Size Cill Area SCHEDULE OF OPENING 900 X 2100 00 BEDROOM 2100 750 X 2100 00 TOILET 2100 1200 X 2100 00 ENTRANCE 2100 2000 X 1100 1000 BEDROOM 2100 1500 X 1400 1000 BEDROOM 2100 1200 X 1400 1000 BEDROOM 2100 600 X 400 1700 TOILET 2100 700 X 400 1700 TOILET 2100 860 990 1200 900 2250 800 400 7400 1150 2300 2400 4075 2900 1800 1890 16495 850 3790 3750 8380 LVL 00MM LVL +3175MM +1690MM FIRST FLOOR. SLAB LEVEL +3950 PLINTH LEVEL +860 GROUND LEVEL 0.0 G.F LINTEL LEVEL +3050 G.F. SILL LEVEL +1850 TERRACE LEVEL +7000 F.F. LINTEL LEVEL +6200 PARAPET LEVEL +7400 860 990 1200 900 2250 800 400 7400 3450 2250 2250 1750 3175 12875 LVL 00MM LVL -1150MM LVL -1150MM FIRST FLOOR. SLAB LEVEL +3950 PLINTH LEVEL +860 GROUND LEVEL 0.0 G.F LINTEL LEVEL +3050 G.F. SILL LEVEL +1850 TERRACE LEVEL +7000 F.F. LINTEL LEVEL +6200 PARAPET LEVEL +7400 860 990 1200 900 2250 800 400 7400 1890 1800 2900 4075 2400 2300 1150 16515 7550 LVL -5620MM FIRST FLOOR. SLAB LEVEL +3950 PLINTH LEVEL +860 GROUND LEVEL 0.0 G.F LINTEL LEVEL +3050 G.F. SILL LEVEL +1850 TERRACE LEVEL +7000 F.F. LINTEL LEVEL +6200 PARAPET LEVEL +7400 PROJECT DRAWING TITLE REVISION SHEET SIZE: A1 CHECKED REV. BY REVISION: 2 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED. 2. DIMENSIONS TO BE READ AND NOT MEASURED. 3. READ THIS DRAWING IN CONJUNCTION WITH ITEMS OF WORK, STRUCTURAL, SERVICE AND MECHANICAL DRAWINGS. 4. ALL ARCHITECTURAL DRAWINGS TO BE READ IN CONJUCTION WITH RELEVANT STRUCTURAL AND SERVICES DRAWINGS. 5. ANY DISCREPENCY BETWEEN DRAWINGS SHALL BE BROUGHT TO THE NOTICE OF ARCHITECT BEFORE 6. ALL FIXED AND LOOSE FUNITURES ARE INDICATIVE. N O T E SUBJECT CODE - BACH 902 DRAWING NO: SCALE: DRAWN APPROVED DATE AR.SIMRAN KAUR , AR.RAVINDER SINGH AR. AKANKSHA SHARMA DATE 1:50 ANUDESH 17-08-2023 ELEVATION GFC DRAWINGS ANUDESH 17-08-2023 SEAL CORRECTION AREA STATEMENT REMOVAL OF UNNECESSARY DIM AREA STATEMENT CLIENT GNDEC SCHOOL OF ARCHITECTURE GILL PARK LUDHIANA NORTH N 4 ELEVATION
ELEVATION
ELEVATION 3 Lintel Type Size Cill Area SCHEDULE OF OPENING 900 X 2100 00 BEDROOM 2100 750 X 2100 00 TOILET 2100 1200 X 2100 00 ENTRANCE 2100 2000 X 1100 1000 BEDROOM 2100 1500 X 1400 1000 BEDROOM 2100 1200 X 1400 1000 BEDROOM 2100 600 X 400 1700 TOILET 2100 700 X 400 1700 TOILET 2100
2
3
3D VISUALISATION (FREELANCE WORK)
RAMPUR RAILWAY STATION SIRHIND RAILWAY
KASHIPUR RAILWAY STATION
KASHIPUR RAILWAY STATION RAILWAY STATION
KICCHA RAILWAY STATION
3D VISUALISATION (FREELANCE WORK)
RAMANA OFFICE MR. AMIT SAINI RESIDENCE
RAMANA OFFICE
OFFICE INTERIOR OFFICE INTERIOR MR.BHAVNEET SINGH RESIDENCE
ANUDESH SAINI
ADDRESS
109, Adarsh Nagar, Roorkee, Dist. Haridwar, Uttarakhand
CONTACT
+91- 6398467899 anudesh5846saini@gmail.com
ARCHITECT