ARCHITECTURE
PORTFOLIO Akshay Paliwal
Studying architecture in Department of Architecture And Planning, Indian Institute Of Technology Roorkee. Throughout my work and education I have gathered experience in Architecture while working with various scale projects,as a result,I now possess a wide set of skills and therefore I consider myself to cope with new challenges,my priority is to successfully complete my given task ,while learning new design methods and exposing myself to global design trends and issues.
AKSHAY PALIWAL
B.Arch (UG V Year I Semester)
EDUCATION
LANGUAGES
Educational Qualification
Born : 5th December 1995, India B.Arch V year Contact: akshaypaliwal.iitr@gmail.com Class 12th +91-7895409409 Class 10th
TRAINING & ACHIEVEMENT Jan - May 2017 May-June 2016 December 2015 May-June 2014 NASA GRIHA’15
(special mention)
NASA LIK’15
(special mention)
NASA LIK’14
(Top 10)
March 2015 (4th Position)
Internship at Karan Grover & Associates, Vadodara Internship at Purple Leaf,Beijing,China Internship at Sacred Groves,Auroville Internship at Mehta&Associates,Indore Designing an energy efficient high density apartment for MIG. Documentation & analysis of Temple in Sarahan, Himachal Pradesh Documentation & analysis of Fort in Jammu,J&K Ideaz B,Cognizance’15
Year
Institution/Board CGPA / %
2017 2012 2010
IIT Roorkee CBSE CBSE
SOFTWARE SKILLS 3D Modelling
Autodesk Revit Google Sketchup
2D Drawings
AutoCAD
Graphic Design Rendering Analysis
Presentation
Adobe Illustrator Adobe Photoshop Lumion V-Ray Ecotect Sefaira Climate Consultant MS Powerpoint Prezi
7.55 87.2% 9.4
Hindi
Native Language
English
High Intermediate
LINKS https://in.linkedin.com/in/akshay-paliwal-b0785a98
PUBLICATION 1. Use of bagasse in wall panel for heat and sound insulation.
(Cognizance Journal’15)
EXTRA CURRICULARS 1. Executive member Thomso,14 design team 2. Joint Secretary of Dance Section IIT Roorkee. 3. Executive member ASHRAE,IIT Roorkee 4. Executive member of Finance team Geek Gazette(magazine). 5. District level Table Tennis Gold medal
Table Of Content
Studio Project Office tower Apartment Design Auditorium Design Research Station School Design Prison Design
Internship
Karan Grover & Associates Purple Leaf,Beijing,China Sacred Grooves,Auroville Mehta & Assiciates,Indore
Competition
Industrial Design GRIHA’15 LIK’15
Freelancing Primary School Rikshaw Stand
Miscellaneous
Studio Project
Office Tower (48 storey Skyscraper)
Designing a 46 storeyed skyscraper serves the corporate facilities starting from retail spaces to high end living spaces for corporate officials in Sector 18 Noida. With availability of flexible leasable spaces the building offers multiple tenant spaces in a given floor.
FIFTH-SIXTH FLOOR PLAN
SEVENTH FLOOR PLAN
EIGHTH FLOOR PLAN
The 46 storeyed skyscraper serves the corporate facilities starting from retail spaces to high end living spaces for corporate officials. With availability of flexible leasable spaces the building offers multiple tenant spaces in a given floor.
NINTH FLOOR PLAN
TENTH-33
RD
FLOOR PLAN
PENTHOUSE 34 -42 TH
ND
FLOOR PLAN
43 RD -46 TH FLOOR PLAN
FOURTH FLOOR PLAN
SECOND FLOOR PLAN
THIRD FLOOR PLAN
SCHEMATIC SECTION SHOWING BUILDING USE
GROUND FLOOR PLAN
FIRST FLOOR PLAN
atulya tower Sector 18, Noida
N
CONCEPT
Maximun Day light provision
INTRODUCTION
Maximun Day light provision Summer Sun
Building
Summer Sun
Site
Winter Sun
Winter Sun
Open Area
20m
Orientation
Facilitating Wind Movement
FORM EVOLUTION
North South orientation with stacked placement of clusters allows NW winds to pass through and get maximum north light.
N
Pervious Paving
Service Entry
Pervious paving allow water seepage during the rain and helps in ground water recharge.
Entry
10
330
40 19:21
15:23 60
50
NE
WNW
ENE
60
18
70 80 15
0%
W
12
W
5%
09
12
210
15%
07:09 120
SW
3.6-7.2
150
7.2-10.8
25% S 10.8-18.0
Sunpath Diagram
Windows with high SHGC value used to provide necessary insulation
monsoon period.
Low south sun during
winters.
Heat stroke during peak
months of summer.
The building derives its form from the combined features of a bundled building and a circular building maximising daylight penetration efficiently and facilitating wind movement.
Shading
Natural Ventilation Cross ventilation is facilitated by using windows at corner and achieving this cornered profile of the building.
atulya tower Sector 18, Noida
Mutual shading by the adjacent building and promoting direct winter radiations.
36.0-80.0
Wind Rose Diagram
SITE
INFERENCES quarter for most time of the year.
28.8-36.0
(km/h)
Insulation
Major rainfall only during
SSE 18.0-28.8
CALM
S
Provision of bioswale used at the boundary wall of the site to prevent any storm water discharge out of the site.
SE
20% SSW
The wind blows from SE
ESE
10%
07:10
17:30 15
E
E
WSW
240 17:28
Bioswale
NNE
NW
30 300
N
NNW
30
20
The site is in NOIDA sector 18 adjacent to a Multi Level Car Parking which satisfies 60% parking requirement of the proposed building.The site is situated amidst a major active area with high pedestrian influx because of the
1 toilet per 25 person Approx. floor area = 1400 sq.m Area per person = 10sq.m Minimum no. of toilets = 6 Provided = 4 WC+4 Urinal for men 4 WC for women H = 300X100XQ/TXP H(Handling Capacity) = 15% Q(Average lift capacity) = 20 T (RTT/No. of lift) P(occupancy)= 3000 No. of lifts = 12.4~13 3 zones : 4 + 2 Speed Shuttle
N
Prison Design Female Adult Prison
Rehabilitation of inmates by generating awareness for nature’s concern and teaching them new techinques to fertilize non-conventional energy and using it in their daily activities as well .
1
1
Design Strategies *Use of aquaponics to teach lifecycle. *Special care was given for children 8.0 education. *As majority of inmates are uneducated & belong to rural background,special care was given for their6.5education &agency incorporated for1 workshop also target suchCowomen. nvict with Children Generating awareness for nature’s concern Energy Resourse Management *Solar Energy *Wind Energy *Wind Mill Pump Section 1-1 *Planet Earth Pavilion *Energy Producing Swings (Mechanical Energy to Electrical Energy) 23.0 *Aquaponics
1
2
2
3
2
10.25
10.25
10.25
20.5 8.0
20.5
6.0
6.5
10.0
3
2 High Security
6.5
1 Convict with Children
3
27.5
First Time convict
Level 2 4.2
Habitual Convict
Level 2 3.8
Level 4 9.5 Level 2 4.2
Level 1 0.0
Section 1-1
Watch Tower
23.0
Section 3-3
23.0 First Time Offender
18.0
LVL +.15m
15.0 28.0
Hos
l
With Children
LV
9.0
L
+.
45
25.5
m
LVL +.15m
LVL +.15m
LVL +.15m
9.0
+.15
pita
dministration AInmate
School 10.5
17.5 29.5
10.5
22.0
m
LVL
LVL +.15m
Energy Education park 40.5
12.0
12.0
17.5 29.5
16.0 18.0
28.0
22.0 HEAD
Habitual 28.0 Offenders
12.0
Hospital High Security
Scale - 1:100 Section 4-4
LVL +.15m
Kitchen
Section 2-2
Scale - 1:200
Workshop 16.0
Admin
22.0
Section 3 Level 1 0.0
Level 2 1.0 Level 1 0.0
Work Center
18.0
Scale - 1:100
Level 1 0.0
Scale - 1:100
16.0
Level 3 8.0
Section 2-2
Level 1 0.0
Parking
Level 2 4.2
Level 1 0.0
Level 2 3.8
Section 1-1
29.5
Habitual
2 High Security
29.5
Level 2 3.8
Section 2-2
10.0
4
1 n e r d l Convict with Chi
Level 1 0.0
20.5
5.0
8.0
6.0
2 High Security
6.0
6.0
School 10.5
9.0 24.5
40.5
Administration
Prof. Tina Pujara,Smriti Saraswat,Ram School Satish
40.5
Administration
IIT Roorkee
Prof. Tina Pujara,Smriti Saraswat,Ram Satish IIT Roorkee
Prof. Tina Pujara,Smriti Saraswat,Ram Satish
Prison Design IIT Roorkee
Prison Design 19.0
Hospital
ANERT & WDO work ce
School
Scale - 1:20
Akshay Paliwal 13110003 B.Arch III yr
Prison Des
Research Station Antarctica Research station
The research station has derived its infrastructure from a retired (but working) ship.The skeleton has been reinforced with insulation material according to the climate of Antarctica.
CABINS 4x5
OBSERVATION AREA
CABINS
4x3
4x3
HULL
CABINS A
4x5
4x3
OBSERVATION AREA
CABINS
CABINS
4x3
4x5
4x5
UPPER FLOOR (Accomodation, Observation and Control)
COMPUTER ROOM 8.3x10.5
VIDEO CONFERENCE HALL
KITCHEN 6x7
8.3x10.5
HYDROPONICS AREA
GYM AREA
24x18.5
8.3x10.5
12x15
LIVING-CUM-DINING AREA 20x21
CONFERENCE HALL BAR 6x7
LIBRARY
8.3x10.5
MIDDLE FLOOR (Living, Dining, Gym, Conference, Library, Computer Room and Hydroponics)
9.5x10.5 LAB 5
12x10.5 LAB 4
9.5x10.5 LAB 3
Workshop 310 m2 WORKSHOP
MEDICAL FACILITY AREA MEDICAL23.5x15.5 FACILITY AREA
LAB 1 22x10.5
10.5x10.5 LAB 2
LOWER FLOOR (Workshop, Labs and Medical Facility)
MATERIAL: GLASS REINFORCED PLASTIC
LVL +13.45 LVL +10.30 LVL +7.15 LVL +4 LVL +0 LVL -2.5 SECTION AA’
MATERIAL PROFILE
STRUCTURE : Tubular steel frames
Apartment Design Studio apartment,2-BHK, 3-BHK
Designing low cost,energy efficient apartment in hot semi-arid climate of Jaipur.
Level 7 19.20
Level 1 0.00 Level 9 25.60
Level 9 25.60 Level 6 16.00
Level 8 22.40
Level 8 22.40 Level 5 12.80
Level 7 19.20
Level 7 19.20 Level 4 9.60
Level 6 16.00
Level 6 16.00 Level 3 6.40
Level 5 12.80
Level 5 12.80 Level 2 3.20
Level 4 9.60
Level 4 9.60 Level 1 0.00
Level 3 6.40
Level 3 6.40
A
club Residential Level 1 0.00
B
Level 2 3.20
Level 2 3.20
Level 1 0.00
CLUSTER PLAN SECTION BB'
SECTION AA'
Level 9 25.60
Level 8 22.40
Level 7 19.20
Level 6 16.00
Level 5 12.80
Level 4 9.60
N
Level 3 6.40
B.ARCH III YEAR
APARTMENT DESIGN
Level 2 3.20
Level 1 0.00
SECTION AA'
N
2-1 BHK
3-3 BHK
3-2 BHK
Auditorium Design Capacity of 1500
Auditorium design of 1500 capacity well equiped with modern facilities and providing comfort to the viewers with good acoustics.
ING
PARK
CONVOCATION HALL
AUDITORIUM OPEN AIR THEATER
SCALE- 1: 400
Stall plan
SITE PLAN
Akshay Paliwal
SUB: DESIGN 301
AUDITORIUM DESIGN
FACULTY: PROF. RITA AHUJA, PROF. E. RAJSEKHAR
Level 7 10.8m
13110003
Level 7 10.8m
Level 6 7.1m
B.ARCH III YR
Level 6 7.1m
Level 5 4.5
Stairs to Balcony Level
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
Level 5 4.5
Stairs to Stall Level
Stairs to Balcony Level
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
Section AA'
Stairs to Stall Level
Section AA'
Level 7 10.8m
Level 6 7.1m
Level 7 10.8m
Projector Room TOILET
Level 5 4.5
Projector Room
Level 6 7.1m
Stairs to Balcony Level
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
TOILET
Level 5 4.5 Stairs to Balcony Level
Section BB'
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
SCALE- 1: 100 Level 7 10.8m
Section BB'
SCALE- 1: 100 Level 7 10.8m
Auditorium design of 1500 capacity well equiped with modern facilities and providing comfort to the viewers with good acoustics.Z Level 6 7.1m
ENTRY
Level 5 4.5
GALLERY
Level 6 7.1m
Level 5 4.5
Section CC'
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
ENTRY
GALLERY
Level 4 2m Level 3 1m Level 2 0.3m Level 1 0.00
Section CC'
AUDITORIUM
IIT ROORKEE STAGE
Balcony plan
Primary School kindergarten -class 4
Redesigning an existing primary school of Roorkee by providing more open space and promoting outside learning.
A
B’
B
A’
Level 3 8.40 m
Level 2 4.20 m
Level 1 0.00 m Level 0 -1.00 m
West Elevation Level 3 8.40 m
Level 2 4.20 m
Level 1 0.00 m Level 0 -1.00 m
East Elevation
Section AA’
Nursery
Class 1-2
Administration block
Library and computer lab 1st
North Elevation UKG & LKG
Class 3-4
Strong Axis with courtyard is been maintained
Section BB’
Internship
German Eco Farm,China Sustainable leisure park in Beijing
The German Eco Art & Leisure Farm is a sample of good German quality architecture with the lowest possible environmental impact and zero carbon footprint
E W K G M F L O
Entrance Zone Wedding Zone Kids' Zone Gamany Village Mobile Home Farm Land Living zone Office Zone
Sustainable Advantages Construction Specification
City Road Service Car Road Service Walk Road Visitors' Car Road Main Walking Road Walking Road Fire Engine Road
Solar Tree
Geothermal & Infrastructure
This includes the main five premises of German architecture as following: 1 – German quality 2 – low cost 3 – German energy saving standards 4 – simple to manufacture in China 5 – use the least high tech but more ancient
Intern at Purple Leaf,China Energy efficient villa & Interior design construction drawings Designing energy efficient villa in cold climate of Beijing by reducing heating cost in winters and using proper wall insulations. Producing construction drawings in an interior design project of insurance company.
B' 85 530
700 85
C C' 220 189
5
25 3010
25 60
20
12
25
16 16
60 16
40
612
164
620
220
40
16 16
5
80
216
910 910 770
60
40
16
B
15
25
36 16 16 20
600 548 532
16
520
600
758 724
16 16
12
60 16
20
40
20 40
16
160
A
612
183
60 60 30 10
20 40
A'
644
255
170
160
12
28
16 16
80
75
550
20 40
40
80 16 16
170
750
294
1102 160
664
910
60
20 40
700
850
25
160
16 2 280
76
75
220
20 40
DRAWER 抽屉
1450
160
75
60
188
25
60
25 60
86
550
220
136
75
280
16
15
B C'
25
850
75
C
255
166 775
700
75
40
80
215
A
80
80
625
80 16 31
2800 0 700
75
700
700 28 600
A'
700
B'
700
700
16
40
12 532
600
520 16 16 20
40
2
Monet Facade 12 storey office tower, Vadodara Karan Grover & Associates Construction Managment and Designing of a sun responsive facade for a twelve-storey commercial high rise building in Vadodara, Gujrat
A
A
Typical Floor Plan Breif : Facade design for a 12 storey commercial high rise building in Baroda keeping in mind climate of the city.Building was situated in a commercial complex which comprise of many high rise buildings around. Design Strategies : - Shading from the south sun and maximising east sun. - Making building unique in the complex.
N-E Elevation
Section AA
S-W Elevation
BM Agrawal Mansion 11 BHK Mansion, Raipur Karan Grover and Associates
Designing a 11 bedroom Mansion for minister of Chattisgarh on 2.5 Acre of land.Project include a double storey office block at the entrance of the plot.Breif comprised of a small office connected to the mansion and a main office for minister and his two son. For the bunglow the spaces includes a 1 Acre of green open space, 11 bedroom (2 guest bedroom) , 1 formal living and dining , 2 informal Living and 1 dining.
Ecological Housing,Auroville Affordable&Ecological housing in Auroville
Use of cob as a key building material and minimising the impact on nature by sustainable practices.
uctural composite of earth, water, straw, and coconut nd, hand-sculpted into buildings while still pliable.
as in rammed earth, no bricks as in adobe, no forms Methodology
s or chemicals and no need for machinery. Cob is one ethods for building with raw earth, the world’s most common n material.
th cob falls under the umbrella of“Natural Building.” Hence, r natural resources which can typically be found in your local oads house of can be built from all the locally available materials.
Material Exploration
Earthcrete and Grade Beam urse of the day. This is called passive solar usage heating, andof it will Earthcreting involves earth, side of the building warm in the winter and cool in the summer. rubble and 2% of cement, which is ob home can involve community and friends to come together with used to stabilise the earth (along truction. One does not have to be an expert to help in the s a structural composite of earth, water, straw, and coconut ocess water). either. and sand, hand-sculpted into buildings while still pliable. Ratio for Earthcrete followed: 1:5:12 e are no forms as in rammed earth, no bricks as in adobe, (CEMENT:RED EARTH: WASTE RUBBLE) ALS: ditives or chemicals and no need for machinery. Cob is one
While ermal mass” that absorbs sunlight and warms the building
any for building with raw earth, the world’s most common - asmethods a replacement of sand ruction material.
Walls : COB
h gives macro reinforcement Cob is under a structural of earth, ingfor with cob falls the umbrella ofcomposite “Natural Building.” Hence, rmicro reinforcement eed for natural resources which can typically be found in your local water, straw, and coconut coir, and A cob house can be built from all the locally available materials. followed:
sand, hand-sculpted into buildings while still pliable.
ework. ay:sand) for the soil dug ; s a “thermal mass” that absorbs sunlight and warms the building y:sand) for red earth the course of the day. This is called passive solar heating, and it will the inside of the building warm in the winter and cool in the summer.
MATERIALS: Quarry Dust - as a replacement of sand Clay Straw- which gives macro reinforcement Coconut coirThere are no forms as in rammed earth, no bricks as in adobe, for micro reinforcement Ratio we no additives or chemicals and no need for machinery. Cob is one TERIALS: of many methods for building with raw earth, the world’s most common yconstruction Dust - as a replacement of sand (clay:sand) for the soil followed: material. 4:11/2 dug ; 4: 3/4 (clay:sand) for red earth -Building which gives reinforcement with macro cob falls under the umbrella of“Natural Building.” Hence,
ing a cob home can involve community and friends to come together eCob construction. Onecomposite does not of have to be an expert in the is a structural earth, water, straw, to andhelp coconut ng process either. coir, and sand, hand-sculpted into buildings while still pliable.
nut thecoirneed for for micro naturalreinforcement resources which can typically be found in your local area. A cob house can be built from all the locally available materials.
Collectorate Ujjain Government office building
Designing a premises which is the central district for all the government offices and head office of the city collector.
(4th Semester)
Form Evolution
Block B
Block D
Block A Block C
Competition
Multi-Purpose Ladle Industrial Design’15
Designing an innovative kitchen product to promote Indian cooking techniques.
Concept of Neumatics is used for easy operation
Apartment Design GRIHA’15 Trophy 3rd Position
High density apartment for middle income group.Keeping in mind maximum profit of client as well as builder, maximum units of dwellings were designed by achieving maximum permissible FAR i.e. 2.5. Dwelling units were planned as per the demographic data of NOIDA. Total no. of units : 1388 Total no. Apartments: 12
COMMUNITY CENTRE
SCALE 1:250
1
10
2
9
11 12
3
7
8
4
6
1
BANQUET HALL
2
GYM
3
LIBRARY
4
CONFERENCE ROOM
5
OPEN AIR THEATRE
6
SALOON
7
GAMING ZONE
8
AEROBICS/YOGA
9
SUPERMART
10
RECHARGE SHOP
11
OFFICE
12
MINI THEATRE
5
ALE 1:100 2 BHK UNIT
Parking (Cars) Basement - 600 Shaded - 700 (Stilt + Temporary shade) Open - 400
E L E V
Unit A Floor Plan
A
Special
T I
A R E A
3 BHK Living + Dining Kitchen
5
4 BHK 22
Living + Dining 23 7 Kitchen 14.5 Master Bedroom 3-4 BHK UNIT 11 Bed Room 14.3 Bed Room 14 Bed Room Servant Bed Room 4 4.5 Attached Toilet 3.3 Attached Toilet 3.5 Common Toilet 1.6 Servant Toilet 10 Balcony
6.5
Master Bedroom
15.5
Bed Room
15
Comparison of other materials 5
COMPRESSIVE STRENGTH
4
RESISTANCE TO Odd Floor MOISTURE Cluster Plan
S Bed Room 16 3 T Attached Toilet 3.9 A Attached Toilet 5 2 T Common Toilet 5.2 E 1 Balcony 11 MB FloorTOTAL Unit Plan 3 BHK Floor Plan110.7 100.1 TOTAL 0 E 108 117.9 Carpet Area Carpet Area Area to be N 124.2 Area to be 135.585 achieved achieved 2 BHK UNIT A 3 BHK 2 BHK UNIT B T 118 16.2 Achieved 137Living AchievedA Living + Dining Living + Dining 18 R
RESISTANCE TO EROSION UNIFORMITY OF SHAPE ROOM COMFORT Sun dried Locally made Concrete 4 BHKMechanically Floor Plan bricks(Adobe pressed Burnt-Clay blocks(sand N and cement) bricks)4 BHKstabilised soil bricks Living + Dining 23.5 16 blocks 5.1 Kitchen 5
Kitchen Master Bedroom Kitchen factor 5 Kitchen 4.8 •About 40% glazing is used to achieve maximum Edaylight 12 Master Bedroom Bed Room using glass with low solar heat gain coe�cient andA maximum Master Bedroom 16.2 Master Bedroom 15 Bed Room 10.2 Bed Room Majorly used materials Bed Room N light transmission (Saint Gobain glass-Nano series-Green 10 Bed Room 11.4 Bed Room 11.5 Bed Room S Servant Bed Room Aura-ET425 series is used) AAC Blocks T 2.93 Attached Toilet Attached Toilet Attached toilet 3.2 Attached toilet 3.4 S Floor •Rainwater harvesting provided for entire runo� from Odd roof A High insulation, lightAttached weight and2.8 goodAttached Toilet Toilet Common Toilet 3.35 Common toilet Common toilet T outside Cluster Planand circulating area and no discharge from site to area 3.1 strength 3.1 Common Toilet Servant Toilet
O
N
ndly (light weight) blocks
g for all habitable rooms ndows & louvered windows
g door in terrace
E M E N T
GRILLS & RAILINGS •Oil painted MS safety grills •Oil painted MS railing for terrace PAINTING •100% Acrylic based extenal point •Low-VOC water based/Acrylic paint for all internal walls FLOORING
Balcony
11.9
TOTAL
67
Carpet Area Area to be achieved Achieved
kitchen, bedroom and passage WATER SUPPLY •Water supply through overhead water tank Even Floor •SewageCluster water treated and recy gardening Plan
2 BHK APARTMENTS NORTH FACADE
Balcony 11.5 Balcony Concrete TOTAL 67.55 TOTAL and stability 72.51Strength 79.5 Carpet Area Carpet Area 83.375 80.63
Area to be achieved Achieved
91.425 88.7
COST
6
Area to be achieved Achieved
8.65
Balcony
82 94.3
Carpet Area Area to be achieved Achieved
11.9 9.9 9.8 9.5 4 2.9 2.7 3 1.3 13.6
70.68 TOTAL
97.2
95.3
120.8
EASE OF TRANSPORT
3 BHK VILLA
4 BHK VILLA
ENERGY REQUIREMENTS Even Floor Cluster Plan 230 mm AAC wall with plaster
Ceramic Tile
108.2 124.43
Screed
ELEVATIONS
Non Woven Polyester Geotextile Foamular Metric Insulation
GROUND FLOOR
Energy e�cient and sensor LED (Saving 60% energy) Havells fans (Saving 36% energy) Voltas Air Conditioning in apartment (Saving 25% energy)
2 BHK APARTMENTS SOUTH FACADE
GROUND FLOOR
Membrane Type Screed with slope
FIRE SAFETY MEASURES RCC Slab
2
3-4 BHK APARTMENTS NORTH FACADE
5
•Hose reel •Fire staircase and lift •Wet Sprinkler system •Dry riser provided •Balcony as refuge area •Fire alarms •Fire exit plan at each level •Neon signage at fire exits
3-4 BHK APARTMENTS SOUTH FACADE
FIRST FLOOR
FIRST FLOOR
Kath Khuni Architecture Louis I. Kahn trophy ‘15 4th position
Documentation and analysis of transformation in architectural style of Sarahan(Himachal Pradesh).
Teachers Quarter ,Sarahan (CAD Drawings) FIRST FLOOR PLAN
BATHROOM
KITCHEN
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
BALCONY
BATHROOM
BEDROOM
BATHROOM
BEDROOM HALL
BATHROOM
BEDROOM
KITCHEN
KITCHEN
HALL
KITCHEN
HALL
FRONT ELEVATION GROUND FLOOR
BALCONY
PLAN
GROUND FLOOR PLAN
0.5 0
N
2.0
1.0
4.0 (1:100)
BEDROOM
BATHROOM
BEDROOM
BATHROOM
BEDROOM
HALL KITCHEN
HALL
KITCHEN
HALL
FIRST FLOOR PLAN
Street Section (On Sheet)
BATHROOM
KITCHEN
Panaromic
BALCONY
BEDROOM
BATHROOM
BEDROOM HALL
BATHROOM
BEDROOM
Street Section (CAD Drawing)
KITCHEN
HALL
KITCHEN
HALL
GROUND FLOOR
PLAN
GROUND FLOOR PLAN
0.5 0
N
2.0
1.0
4.0 (1:100)
Site Plan (CAD Drawing)
Freelancing
Freelancing
Primary School & Rickshaw Stand
Designing a primary school on a contoured site of Pune,keeping in mind safety and better survillence for kids. Rickshaw cum cycle stand in Delhi with self sustaining electrical units.
Rickshaw & Cycle Stand Cycle Stand
Solar Panel
7.0
Seating
2
2..7
.50 3.2
Primary School
LKG - UKG Staff Room Class 1-4 Admin Block Meeting Room Canteen
Rickshaw Stand
Light
Miscellaneous
Net-Zero 5 Star Hotel Senior Thesis help
Designing energy efficient,self sustainable 5-Star luxury hotel in Mumbai.
11
12
13
14
15
16
17
18
19
2047
48
49
50
51
52
1 2 3 8
4 5
Banquet Kitchen
6
23
Grand Ballroom
AA
9 Party Rooms
10
10 5 4
Z3 2 1
Store Corridor
Staff Corridor
8
Daylight analysis of all the floors in energy intense zone on ecotect.
21 22
10 Locker (m)
1 2
Pre-Function
7
daylight Analysis in Energy Intensive Zones Lower Floor Plans
9
4 5 6 7 3
Y
Locker(f) 11 5 6 4 7 3 2 1 9 8 13 10
6 7 8 9 X Courtyard
24 L.T. Panel Room
25 D.G. Room Sewage Treatment
12 11
26 27
Kitchen Pump Room
28
Boiler Room
Speciality Restaurant
HVAC plant room 1
Guest Corridor
2
29
3
4 7 6 5 10 8 9 Laundry
30
3 1
31
UP
2
32
Ground Floor PLan(lvl+0.6m)(h=5m) -Banquet Entry -Staff Entry -Entry to Multi-level Parking Scale 1:500
AA Z
18 419
Parking
33 34 35
UP
36 37
Y
46
X
45
44
55 AA
42
41
53
40
AA
Z
UP
43
54 Z
Y
Y X
X
1 J
J
UP
DN
K
K
L
L
UP
M
M
2 N
N O S
O S P
3
R
Q
AA Z
Floor plans
P
Q
R
Y X AA Z Y
4
X
J
1
K
2
L
5
3
M
4
6
N
10
O S
7
P
8
9
Q
R
5 6 10 7
8
9
Support to Architecture
Thesis Models with Wire & Acrylic Sheet
Arch & Brick joint construction
Castro Cafe ,Jamia Milia Islamia,New Delhi
Graphic Design & Wall painting
Site model on Revit in senior Thesis #3rd sem(IIIT Jabalpur ) Minimalistic Logo for a Charted Accountant
NASA’14 Sketches
(Sketching & Pen rendering)
(Lumion rendering in ISOLA Landscape ‘15 ) Pencil Render
5 A2 Sheets submitted
Study of Temprate zone in India # 2nd sem
Thank you