ANUDESH SAINI- SCIENCE CITY ARCHITECTURE THESIS

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THESIS BY : ANUDESH SAINI

BATCH: 2019-2024

TYPE: MUSEUM

REDEVELOPING THE ‘REGIONAL SCIENCE CENTRE’

INTO A DYNAMIC ‘SCIENCE CITY’ AT 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).

2024
THESIS

HUMAN ATTRACTION TOWARDS

NATURE

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.

SCIENCE CITY
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 PARAMETERS ACHIEVE SITE PARAMETERS
SOME TECHNIQUE OF BIOPHILIC DESIGN
Science Park Exhibits Shaded With Tree
Bird Eye View Of Blocking Bird Eye View Of Science City Bird Eye View Of 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 SCIENCEPARK REGINALSCIENCECENTEREXISTING SCIENCE EXPLORATIONHALL SPACE ODYSSEY CONVENTION CENTRE OPENAIRTHEATER GATE COMPLEX Space Odyssey
Internal Open Plaza Shaded With Trees Shades
Aerial View Through Central Park
laser
music
Artificial lake for
and
show

BIO DIVERSITY PARK

ROSARY GARDEN

CACTI GARDEN

CHILDREN PARK

BUTTERFLY GARDEN

WATER BODY

BONSAI GARDEN

FAIR GROUND

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.

PARKING
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 Open Food Court With Kiosk Artificial Lake With Laser And Music Show Cacti Display On Terracing Concept
SCIENCE CITY SITE PLAN
Shaded Pathways Along Garden Display

PERIPHERY

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 immersive entertainment against the serene backdrop of the water. Visitors can enjoy these spectacular performances while relaxing in the picturesque surroundings of the lake.

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 Nashpati
Seating Seating
Interlocking Tiles
Interlocking Tiles
lyptus Nag Kesar Mango Rubber Tree Chameli
Box hedge Seating
Lichi Indian beach Indian Coral Tree Bio-Dome On Desert Eco-System Dino park Exhibits On Science Maze
PLAN WITH GROUND CONTEXT
500 Seating Open Air Theatre
SECTION
GROUND FLOOR PLAN
GATE COMPLEX
SECTION SPACE ODYSSEY
GROUND FLOOR PLAN
SECTION
GROUND FLOOR PLAN
SECTION
GROUND FLOOR PLAN
CONVENTION CENTRE SCIENCE EXPLORATION HALL

REDEVELOPING THE ‘REGIONAL SCIENCE CENTRE’ INTO A DYNAMIC ‘SCIENCE CITY’ AT DEHRADUN

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ANUDESH SAINI- SCIENCE CITY ARCHITECTURE THESIS by Anudesh Saini - Issuu