SRIJAN TAYAL 2014-2019 SELECTED WORKS
curicullum vitae
“a mathematical design approach produces not only the most efficient but also the most beautiful designs given that the context and sustainability factors are kept in mind�
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srijan tayal education
+91 9650085744 srijantayal@gmail.com
noida, uttar pradesh, INDIA
2014 - 2109 National Institute of Technology, Hamirpur, Himachal pradesh, India 2006 - 2014 Mayoor School , Noida, Uttar Pradesh, India
experience
workshops languages
2015
Town and country planning survey
2017
Professional practice (Ar. Raj P. Rawat)
2019
Professional training (Archigroup Architects)
LBC
laurie baker centre , kerela
Live north
traditional himchal crafts and architecture, H.P.
english hindi german
software skills : 2D/3D modeling : autocad | revit | rihno | grasshopper | sketchup graphics : photoshop | illustrator | indesign | bridge rendering : v-ray | lumion | photoshop office : excel | word | presentation | onenote others : python | archicad 3
contents
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01 02
03 04 05
Thesis (academic) (autocad + revit + lumion)
6-19
Artist House (academic) (rihno + grasshopper + lumion)
20-25
Pavilion (academic) (rihno + grasshopper + lumion)
26-31
Zostel (academic) (revit + lumion)
32-39
VC Residence and Universityhouse (training- Archigroup architects)
40-61
06
Third year training work
62-69
07
Photography and artwork
70-71
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isbt : noida
01 Thesis : ISBT Noida
• Aim of the project was to design an inter-state bus terminal for Noida. • The bus terminal is combined with a shopping complex which will help in boosting the economic activity of the region • Segregated local and interstate bus bays are provided.
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isbt : noida
• Circulation is designed in such a way that pedestrian movement doesn’t intersect with bus or vehicular movement • Passive design techniques are used to provide maximum thermal comfort and enhance ventilation.
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isbt : noida
concept
• courtyard system inside promotes passive ventilation and cooling using stack effect. the hot air accumalated inside the room rises up through vents in the courtyard allowing cool aiir to enter through the windows provided on the outside
• circular platform outside loop which dont allow pedestrian circulatiion to intersect with the movement of the busses
• Shading is provided in such a way that it blocks summer sun and allows winter sun 8
isbt : noida
site plan and site sections
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isbt : noida
ground floor plan
a
b
a’ 10
isbt : noida
b’
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isbt : noida
first floor plan
a
b
a’ 12
isbt : noida
b’
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isbt : noida
second floor plan
a
b
a’ 14
isbt : noida
b’
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isbt : noida
basement and third floor plan
basement plan
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isbt : noida
third floor plan 17
isbt : noida
elevations and sections
front elevation
side elevation
side elevation
section bb’
section aa’ 18
isbt : noida
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artist house
02 Artist House (academic)
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artist house
21
artist house
concept • A contemporary house designed for an artist residing in gautam buddh nagar. • A simple ferro concrte shell structure supported by a series of framing arches. • The form is inspired from the form of sea shells • Passive design techniques are used to provide thermal comfort while provid-ing maximum natural light
• Fibre concrete shell roof.
• Arched framework supporting the roof
• Shadded glass walls on south side while no shading over north side 22
artist house
plan and aerial view play area
kitchen garden
a
master bedroom bedroom
b
study
kitchen & dinning
swimming pool a’
bedroom entrance
living area
garrage
b’
plan
aerial view 23
artist house
sections
section aa’
section bb’
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artist house
interior views
25
pavilion
03 Pavilion (academic)
• Wilderness pavilion design for amboseli national park, located in kajiado county, kenya. • Concept of the pavilion is based on patterns and curves • Catenoid shaped walls are used with circular columns to support the ramp • seating is provided along the curved wall at both elevations • The pavilion provides a shadead walkway along south-west side allowing tourist to enjoy views from south to west direction while avoiding direct sunlight. 26
pavilion
• The catenoid walls are punctured by propotionate arches to provide a series of entrances on the top and views at the bottom. • two seperate circulation loops of ramps overlap each other providing unique views at each point.
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pavilion
concept • stone path in the centre leads to the ramp up and to the edge of the pavilion on top
plan • punctures on the walls in the form of arches provide a variety of views front elevation
• overlaping loops of circulation through ramps. side elevation
• seating has been integrated in the structure such that it directs towards great open views axonometric view 28
pavilion
views
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pavilion
views
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pavilion
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zostel
04 Zostel (academic)
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zostel
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zostel
concept • A youth hostel located in hamirpur. himachal pradesh made up of recyled shipping containers. • Aim was to provide maximum interior comfort with limited space. Using only 10 shipping containers • The containers are arranged to allow views from all sides. • The arrangement also provides private balcony spaces at first floor and terrace spaces on second floor.
2 shipping contain-ers placed adjacent to each other gives a space of 6X7m. Placing 2 pairs of containers adjacent to each other from the mid point of one container. Rotating the containers to controll lighting and views.
Finally the containers are stacked on over other in the reverse order. this provides a variety of terraces on each floor
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zostel
ground floor plan b
restraunt
a’
a kitchen
store
office entrance
b’
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zostel
first floor plan b bedroom bedroom
a
common area
a’
bedroom bedroom
b’
36
zostel
second floor plan
b
private trerrace bedroom bedroom a
a’
terrace lounge
b’
37
zostel
sections
section aa’
section bb’ 38
zostel
interior views
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vcr and uh
05 VC residence and University House
• This is the residence designed for the director of PTU jalandar • The residence is connected to the university house via pargola acting as connecting link. • uniiversity house has quareters for servants on the first floor and offices on the ground floor 40
vcr and uh
(5th year training : Archigroup Architects)
• The residence is ornamented by green wall on the exterior. • As one enters the residence they can experience double height spaces such as courtyards, living areas and family lounge. • open terraces are provided in such a way that privacy of the residence is maintained.
© archigroup architects 41
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site plan
VC RESIDENCE
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E UNIVERSITY HOUSE
© archigroup architects 43
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VCR - ground floor plan
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© archigroup architects 45
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VCR - first floor plan
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© archigroup architects 47
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VCR - terrace plan
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© archigroup architects 49
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VCR - elevations
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© archigroup architects 51
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VCR - elevations
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© archigroup architects 53
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VCR - sections
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© archigroup architects 55
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UH - ground floor plan
© archigroup architects 56
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UH - first floor plan
Š archigroup architects 57
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UH - terrace plan
Š archigroup architects 58
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UH - elevations
Š archigroup architects 59
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UH - elevations
Š archigroup architects 60
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UH - sections
© archigroup architects 61
2nd year
06 2nd year training (Ar. Raj P Rawat)
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2nd year
63
2nd year
furniture layout
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2nd year
65
2nd year
stilt floor plan
66
2nd year
ground floor plan
67
2nd year
first floor plan
68
2nd year
second floor plan
69
photos and art
07 Photography and artwork
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photos and art
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