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Sagc lansol tech campus pune

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Sustainable Campus Design treating 100% storm water using native vegetation and reducing infrastructure and utilities cost. Recycled water is used for irrigation and flushing. Native vegetation and permeable natural surfaces retain moisture. Shaded walks and nodes harmonizes pedestrian experiences.
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Schindler Campus Master Plan, Pune Landscape Draft Concept Presentation 2013. July 10 th Lansol.IN sagc
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Page 1: Sagc lansol tech campus pune

Schindler Campus Master Plan, Pune Landscape Draft Concept Presentation 2013. July 10th

Lansol.IN

sagc

Page 2: Sagc lansol tech campus pune

Draft Concept Outline Design Brief Concept Images Master Plan Space Making Vignettes Sustainability

sagc Lansol.IN

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Design Brief

1. Central theme the site is a dry and arid region of pune which sees very dry winds during winter and

summers. Humidity is less than 25% in summers. So the evapotransipration rates are quite high: We will create a landscape which is cool (green) and offers shade. Also helps with the compliance that requires 3000 trees to be planted.

a. We would have to design wind breaks on the south and west areas of the entire plot and possibly for

each area within the plot. Tree spacing can be condensed to allow canopy to merge at an early stage.

b. All pedestrian areas, drive ways, add to the heat island effect. We can plan trees in a way to offer a canopy closure of trees over roads, pathways, and parking lots. The tree varieties selected will be planned in a way so they don’t conflict with the maximum height required for vehicles to pass. c. Also around structures. Tree canopy planting will buffer sunlight radiation reducing temperatures inside the structures and reducing cooling costs if any. Facilitating better work environment on the shop floor.

d. Tree planting will be intersperses with palms to allow adequate sunlight for plants under the canopy.

e. Evergreen trees vs. seasonal flowering trees would be used.

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Design Brief

2. Earthwork & Grading Large mounds would be created using the murum available on the site. This would go with

the theme of the region which is rolling hills and valleys. The factory will appear to have been built without disturbing the natural shape and contour. 3. Black cotton soil would be used as the top soil with structural amendments to make it suitable for landscape.

a. Weed control program would be undertaken to minimize future maintenance issues.

b. Laterite soil would be used only for turf areas.

4. Ground covers and grasses would be uses as an alternate to turf. Turf would be used in limited areas not exceeding 20%.

5. Shrubs would be used to add interest at eye level. Flowering shrubs that would add fragrances, and different color throughout the year.

6. Natural form would be preferred over pruned hedges and topiaries.

This is better suited for reducing maintenance costs.

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Design Brief

7. Planting would be used in a way to protect the areas from being used for dumping materials or walking across.(nr. Pedestrian areas) Spider lilly along walkways etc.

8. Ground covers would be planted under shrubs and trees so no soil is seen. All areas where planting groundcovers is not

suitable gravel would be used.

9. Plaza area around the canteen to allow people to spill into after lunch hours.

10. Layered planting of tall trees + palms + Tall shrubs + short shrubs + ground covers would be done. Plant would be grouped and

planted based on their color, textures, growing habits flowering season etc.

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Design Brief

11. LIVING BREATHING GARDENS we can create a large waterbody to be used as a reservoir for irrigation.

It would be cheaper to install and offers a good landscape feature. This would be used using specialized pond liners.

A large tiered bio filtration system to be used for treating storm water and STP water. The recycled water is used for

irrigation and toilet flushing 12. Special product focus: instead of using constructed brickwork or kerbs to separate the shrubs and groundcovers, we recommend edging material made for the specific purpose.

13. Interiorscaping: Plants Such as Sanseveria, Scindapsus etc are strategically arranged for air purification and oxygen

enhancement

14. Irrigation: would be done by manual or automatic depending on zones

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Concept Images

Elevators and escalators are high end lux ornaments that adorn and bind the landscape & architecture together.

Its bridge for human movement through built and natural form

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Landscape Master Plan Site Master Plan

Design Statement

The straight lines movement of the

elevators and escalators in built architecture & its facade is alluded in landscape. The criss-cross movement at right angles in

exterior landscape is inventing

the future where these structures are given intelligence receptive to human

presence. The driving future is when

it takes the shortest route in space of towers vertically and horizontally. This sustenance reflects & goes deeper into a

living breathing working landscape with bio systems

sagc Lansol.IN

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Master Plan / Entry . Parking. Main Factory

1. Cargo entry 2. Main entry 3. Parking 4. Main blvd 5. Bus bay 6. Amenity garden 7. Screening berms 5’ tall 8. Bio swale 9. Entry plaza 10. ideation /staff garden

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Master Plan / Entry . Parking. Main Factory

1. A Schindler escalator is placed on pedestal as a sculptural element 2. A interactive fountain (10mx 5m) with cubes of water emulating elevators move zig zag as in elevators moving horizontally and vertically in towers 3. Ephemeral bio swale that collects and treats parking storm water for irrigation 4 Tactile berms 5’ tall screen the boundary from road 5. Cargo entry screening with berms & planting

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Strom water collection

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Master Plan / Entry . Parking

Pervious gravel based parking will infiltrate the water into soil raising water table. The road and roof run off is collected in bio swales reducing civil infrastructure cost. Water collected is treated with vegetated root zones that is colorful and native in appearance adding to the garden ambience and vistas from far sagc Lansol.IN

Page 12: Sagc lansol tech campus pune

Master Plan / Entry . Parking. Main Factory

1. Pervious parking 2. 5’ tall berms

screening from street

3. Basque of trees shading pedestrian movement

4. Bus bay 5. Main blvd / street 6. Pedestrian

crossings 7. Bio swale 8. Entry plaza 9. Amenity

Plaza/kiosk

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Master Plan / Entry . Parking. Main Factory

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1. Entry Plaza 2. Dry bed grove 3. Native vegetation 4. Bus bay

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Master Plan / Main Factory . Entry Plaza . Groves

1. Entry Plaza 2. Dry bed grove 3. Native vegetation 4. Main street

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Master Plan / Main Blvd . Parks. Plaza

1. Entry Plaza 2. Dry bed grove 3. Native vegetation 4. Main street 5. Pedestrian Walk

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Master Plan / Ideation Garden

1. Brainstorm garden 2. Dry bed grove 3. Native vegetation 4. Water Feature 5. Shaded Walk

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Master Plan / Central Living Garden . Future Exp

1. Entry Plaza 2. Dry bed grove 3. Native vegetation 4. Backdoor street 5. Irrigation tank holding 6. Ideation garden 7. Main Factory 8. Pergola in groves

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Master Plan / Central Living Garden . Bio Systems

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1. Entry Plaza 2. Dry bed grove 3. Native vegetation 4. Backdoor street 5. Irrigation tank holding 6. Buffalo grass 7. Main Factory 8. Pergola in groves 9. Bio Filtration vegetated tanks 10. Shaded walks Criss – Cross 11. Bridge through ecosystem 12. Pedestrian crossings

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Master Plan / Central Living Garden

Flow

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Master Plan / Moods

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+ All imagery used are representation only and acknowledged to respective designers and firms

Page 21: Sagc lansol tech campus pune

Master Plan / Place Making +

sagc Lansol.IN

+ All imagery used are representation only and acknowledged to respective designers and firms

Page 22: Sagc lansol tech campus pune

Master Plan / Sustainability Mandatory requirement

- 1

Rain water harvesting system - 50 %

roof and non roof run offs

At least 50 % roof and non roof runoff should be

recharged in to ground water table through appropriate

rainwater management (or) provide collection facility for

re use. (1725 cum)

Mandatory

requirement- 2

Low flow water fixtures Provide water efficient fixtures of following flow rates

Flushing - 6/3 LPF, urinals 3 LPF,

Shower 9.5 LPM, Faucets 8.3 LPM at a flowing water

pressure of 5.5 bar

Credit 1.0 Limit turf area - < 20%, < 30 % & < 40%

of total landscape area: applicable to site

where the landscape area is more than

20 % of the site area

Limit lawn in the landscape area not to exceed 20%

Credit 2.0 Drought tolerance spices - >30%, >40%.

Applicable to site where the landscape

area is more than 20% of the site area

Use more than 40 % of the landscaped area by

native/adopted vegetation.

Credit 3.0 Management of irrigation system - 1 point

for every 2 features

Provide central shut off valve, meter for irrigation water

consumption, moisture sensor control, drip irrigation for

50% of the landscape area, timer based control valves,

presure regulating valves.

Credit 4.0 Rain water harvesting : 75% from roof

area

75% Roof + 50% Surface

95% from roof area 95% Roof + 50% Surface

credit 5.0 Non process Wastewater treatment 75 %

& 95 %

On site STP

credit 6.0 Water use reduction 20 %, 30 % (

Efficient fixtures)

Flushing - 4/2 LPF, urinals 2.1 LPF,

Shower 6.6 LPM, Faucets 5.8 LPM at a flowing water

pressure of 5.5 bar

design > build > maintain

slideshare.net/sant0093 [email protected] +91 960 157 0093

sagc

Lansol.IN

A COMPLETE LANDSCAPE SOLUTION _ PUNE


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