Residential Design Project

RESIDENTIAL
DESIGN PROJECT
RESIDENTIAL
DESIGN PROJECT
By Rishabh Mathur

Project Report on
RESIDENTIAL DESIGN PROJECT
Submitted to
Dezyne E'cole College, Ajmer
Towards the partial fulfillment for the Award of
BACHELORS OF SCIENCE IN INTERIOR DESIGNING
By
Rishabh Mathur
DEZYNE E'COLE COLLEGE
AJMER
2012 - 2013

Dezyne E'cole College
106/10, Civil Lines
Ajmer- 305001, Rajasthan
Tel:0145-2624679
Fax: +91 145 2624679
This Project Report of Ms / Mr.___________________________________of
Fashion / Interior Design has Been Graded As_______________________.
Thanking You
Principal
(Seal & Signature)
CERTIFICATE

ACKNOWLEDGMENT
I am very thankful to all these people whose guidance has been very helpful
for me and enable to complete this project successfully.
I am thankful to my mentor's report successfully at Dezyne Ecole College,
who directed me on my project and helps me to organize it in a proper &
presentable way. Sincere thanks for providing me a pathway to prove my worth's.

CONTENT
INTRODUCTION 1 - 5
CERTIFIED BODIES IN THE DESIGN INDUSTRY 6
CASE STUDY 7
SITE LOCATION 8
DAY LIGHTING 9
VENTILATION 10
GESTALT PRINCIPLE 11
INDUSTRIAL VISIT 12
RESIDENTIAL LAYOUTS 13 - 33
RESIDENTIAL DESIGN
INDIAN MELA 35 - 38
MY DESIGN 39 - 40
BRAINSTORMING 41
CHILDREN’S BEDROOM 3D VIEWS 42
LAYOUTS 43 - 46
3Ds MAX ASSIGNMENTS 47 - 50

1
Interior design is a course of action which makes the life of the people
better, happy and full of energy. Every person wants to see beautiful spaces, good
facilities and surrounding. I have chosen this profession because I want to plan
the design of living. I manage the work of turning my ideas into a reality. I need to
design a space that is practical for its purpose as well as visually pleasing.
I Rishabh Mathur have done Two year Bachelor in Interior Design and
Two years experience of studies, I have learnt many parameters to design a
house and to fulfill the client's requirements.
nd
While pursuing my 1st year and 2 Year of interior designing, I learned
about the history of architecture, in this I got to know about the Neolithic Period ,
Paleolithic Period i.e. Stone Age Period, I also learned about the Indus Valley
Civilization, The planned cities of Mohenjo-Daro and Harappa.
The elements are, point i.e. starting point to draw any object, line – without
line we cannot draw any kind of object, each line express it's feeling and every
linehas its different feeling, Horizontal line, vertical line, diagonal line,
perpendicular line, deep curve, soft curve. Form shape and space i.e. shape is
2D, form is 3D and space is the area which is required by the shape.The principle
of design are Balance, proportion, rhythm, emphasize and unity.
The modern movement (1920-1950) played an important role in design
industry with the designer like Walter Gropius, le-Corbusier, Louis Kahn, frank
Lloyd Wright. There contribution lead to meticulously design houses with proper
planning and consideration to function. Louis Kahn's works are considered as
monumental beyond modernism. He came up with the idea of design
development of interior spaces focusing more on served and servant spaces. He
believed that served areas should be placed near the servant areas, so that the
functionality of human space increases, example, the living room having served
area as kitchen and toilet. This concept of his has been popular till today.
In the aspects of the building construction I learned about the brick bonds,
that can be arrange in the variety of patterns. There are English bonds, Flemish
bond, stretching bond, heading bond & with different pointing between them; like
v-shape, struck etc. Brick is considered good for construction as it is a part of
sustainable design and absorb less heat. There are special made bricks & adobe
Introduction

2
bricks through which houses can be made. These days' fly ash bricks and
concrete blocks are used for construction, which are far better option for the
environment
Cavity walls are better option for making walls, having a gap of usually 25-
30 mm. This gap is usually filled with a bad conductor like thermocol so that the
heat outside the building is not able to enter inside the house.
I also learned about the staircase, it's defined as a series of steps suitably
arranged for the purpose of connecting the floor of the buildings. It includes tread,
riser, stringers, newel post, hand rails and baluster. Type of stairs are, Straight
stair, dog legged stairs, open well, quarter turn newel, open newel stair with
quarter space landing, Circular and spiral stairs.
Doors as defined as the frame work of wood, steel, aluminum, glass. It is a
secured opening left in wall. Standard height of door would be 7 feet in height and
3 feet in width. There are Battened and ledged door, framed and paneled door, fly
proof door, Revolving door, Sliding door, swing door, and rolling steel shutter door.
Windows for opening made in the wall for the purpose of providing daylight, vision

3
and ventilation. There are fixed window, pivot window, sliding window, casement
window, glazed window.bay window, bow window, French window, Louvered
window, corner window and skylights.
I focused my attention towards daylighting and placement of windows and
doors. Proper entrance of sunlight into a room generates happiness and
placement of doors and windows with ventilator creates a better air-circulation.
Energy savings can be achieved either from the reduced use of artificial lighting or
from passive solar heating or cooling. Artificial lighting energy use can be reduced
by simply installing fewer electric lights because daylight is present.
Damp proofing is also very important in today living houses, it is due to
because due to bad design and faulty construction and use of poor quality of
materials. Dampness not only effect the life of the building adversely, but also
create unhygienic conditions for the occupantsit rising through the foundation
walling. Moisture from wet ground may rise well above ground level on account of
capillary action. we can cure it by using damp proofing course.

4
We should also cure the wood work i.e. furniture of the house by applying
anti – termite treatment on it. They have been in existence for millions of years.
They are capable of survival under most adverse condition and environments.
Dry wood termites do less damage they live in wood and do not maintain contact
with the ground. Subterranean termites on the other hand are mainly responsible
for causing damage to the buildings and its contents.
We should construct the building in such a manner that the safety of the
occupant is assured to the maximum possible extent in the event of outbreak of
fire in the building. It will danger to life of the occupants, it can be spread to other
areas and it will damage the property, So we should use the fire resisting
materials like Timber which has unique property of self insulation and slow
burning, First class bricks molded with good clay can stand exposure to fire for a
considerable length of time, Steel although incombustible has a very low fire
resistance value, Asbestos is fibrous material which is combined with Portland
cement to form a material having great fire resistance value, Plaster or Mortar is
incombustible and as such, by suitable choice of the type of mortar, The walls or
ceiling of a building can be made more fire resistance. Glass conduct heat faster
than metal, because of its low thermal conductivity, the change in volume in
account of expansion or contraction is very small as such it may be a good fire
resistance material.

5
Stone should note used in a fire resistive construction should be strictly
restricted to the minimum. Hot stone when subjected to sudden cooling develop
cracks and can lead to failure of structure.
Paint is not only used to color the wall more colorful but it is also used for
protection.
Paint is applied on Timber, Metal, Brick or other in the materials in the form
of a liquid which, on drying form a thin film to provide protection or decoration or
both.
Paint is composed of two main components i.e. Pigment and organic
binder. Pigment is the solid ingredient of the paint and is used in the form of fine
powder. Organic binder is the liquid part of the paint and it is called vehicle.
An oil paint is generally made up of six main constituents that is Base, inert filler,
Colouring Pigment, Vehicle, Thinner and Drier.
AGood paint should stick well to the surface and should be able to seal the
porous substrata. It should provide easy workability. Thickness should be
adequate for good protection and decoration of the surface, it should dry rapidly.
Paint should be withstand for longer period of time without losing gloss, it should
offer resistance to failure by checking, cracking and flaking. It should possess
good moisture resistance and it should not fade with the passage of time.
For visual applications I have used auto CAD, Google SketchUp and
3dsmax .My major focus is on space planning to generate more of space in a
small space or a large space paying attention to the behavior of human being. You
can have a detailed report of the residential design designed by me in the
subsequent pages.

6
Certified Bodies In
The Design Industry
There are few certified bodies which deals with Interior designing.They
are as follows:
ASID (AMERICAN SOCIETY OF INTERIOR DESIGNING)
IIID (INDIAN INSTITUTE OF INTERIOR DESIGNING)
IDC (INDIADESIGN COUNCIL)
ASID is the oldest and largest professional association for interior designer.
Through education, knowledge, sharing community building and outreach, the
society strives to advance the Interior Design profession and, it the process to
demonstrate and celebrate the power to design to positively change people's
lives. Its more than 40,000 members to engaged in a variety of professional
programs and activities through a network of 40 chapters through out the US and
Canada.
The Institute of Indian Interior Designers (IIID) is the only apex body for the
field of Interior design in India. It is a professional body of over 5000 of the leading
interior designers, architects, consultant and specifies from the Interior Design
and related fields, all over India. IIID has 19 chapters/centers in the country and is
a member of International Federation of International Federation of Interior
Architects and Designers (IFI) and Asia Pacific Space Designers Association
(APSDA).
The India Design Council is the National strategic Body for multi-
disciplinary Design in India. Based on the National Design a strategic tool for
Indian Business and contribute to the National economy and the ultimately place
India among the top design destinations in the world.
IIIDInternational
Institute for
Information
Design
India
Design
Council

7
Case Study
Plan a residential layout for Mr. X who is on a higher post of the
government.
There are 4 members in the family, his wife and two children. The family
loves socializing and meeting people. They want a bungalow or a house which is
more open with beautiful landscape is around the house. The family's main
preference is a terrace garden which should be a cozy sitout in the house. The
family is having good life style and is in the upper class living.
The space given for the site is 500 yards = 4500 sq. feet.

8
Site Location
Google Map Site
Land Mark - Savitri Collage, RTDC, Ajmer Hospital,
Bus Stand, Dezyne Ecole College
Distance From Railway Station – 2.3 km Distance From Bus Stand – 0.6 Km
Site Location - Civil Lines
Location of Rajasthan - Northern
latitude 23 23` & 3011`
Eastern latitude 6929` & 7817
Location of Plot - Latitude 2628` 21.05` North
Longitude 74 38` 27.09 East
Location of Ajmer - 2627` N & 7438` E
Orientation - South West - North East

9
Day Lighting is used for entering natural light into the room. It helps to keep
the room fresh, kills all the germs and make the person more active.
in my design I have provided 2 window of size 4' in breadth and 5'6” in height with
1'8” of fanlight, and one fixed window in South direction of size 2' in breadth and
6'6” in height. It provide enough amount of sunlight in the entering into the room.
Day Lighting

10
Ventilation
Ventilation is one of the most important part in the building structure and
essential for living.
It circulate the air in the room and make the house more refreshing
Ventilation is used to control temperature, replenish oxygen, or remove moisture,
odors, smoke, heat, dust, airborne bacteria, and carbon dioxide. Ventilation is
used to remove unpleasant smells and excessive moisture, introduce outside air,
to keep interior building air circulating, and to prevent stagnation of the interior air.
It happens due to “ Stack Effect “ when the cool air enter and present hot air
move upward and moved out from the ventilators.
The red arrows in the above picture shows the movement of air in the house.

11
Gestalt Principle
Gestalt effects is in the form of generating capability of out sense. It helps in
visual recognition of figure and whole form instead of just a collection of simple
lines and curve.
The law of similarity states that elements within an assortment of objects
are perceptually grouped together if they are similar to each other. This similarity
can occur in the form of shape, colour, shading or other qualities..
Law of Similarity has been followed in my plan. On both the sides, Design of
the Bed, side table and study table is same.

12
Industrial Visit
Industrial visit from Dezyne Ecole College, Last year in 2012 we went to
Jaipur visit to ‘Mangalam Builders' and saw how all construction has been done
while complex construction. I learn about the false ceiling, Fly Ash Bricks etc and
the next visit is to Jaipur Central Mall in that I learn about the pillars, cavity walls,
Bricks and ash fly bricks, ventilation, Air condition system, line and dead load
learn about green Building and that was the first gold certify building and the most
interesting thing that is saw and learn post – tensioning method in that the wires
are apply inside the beams and it helps in to decrease the weight of the building
and because of this it can increase the height of the building.
And in 2013 we went to Jaipur again for attending the “ The Indian Stone Mart
2013” it was 7th international stone industry exhibition, their I learnt and got to see
different types of stones form different part of world. And recently we visit the
“Forhex Fair” their I saw the different types of furniture, lights and other artifacts to
design and decorate the home better for living.

Residential
Layouts
Residential
Layouts

Deck Area
Lvl-12"
Lvl-6"
Lvl+16"
Deck Area
Secondary living Room
16'5" x 11'10"
Powder
Room
7'5" x 5'0"
Stairs
Up
Primary living Room
13'9" X 12'
Library Area
13'9" X 6'6"
Entrance
Vestibule Area
12'4" X 7'10"
Kitchen
15'9" X 12'10"
Dining Area
18'4" X 11'10"
Outside Sitting
Area
12'10" X 9'11"
General Notes Project Specification Project Drawing Title Date Design By
Residential Design
Project
Ground Floor
Beam and Pillar
Layout
Legend
Rishabh Mathur
Total Area - 4500 Sq.Ft
Coverd Area - 2116 Sq.Ft
Uncovered Area - 2384 Sq.Ft
3.10.2013
Pillar are placed in Grid pattern.
Size of Pillar - 1'6" x 1'6"
Beam
Pillar

Deck Area
Lvl-12"
Lvl-6"
Lvl+16"
Deck Area
Secondary living
Room
16'5" x 11'10"
Powder
Room
7'5" x 5'0"
Stairs
Up
Primary living Room
13'9" X 12'
Library Area
13'9" X 6'6"
Entrance
Vestibule Area
12'4" X 7'10"
Kitchen
15'9" X 12'10"
Dining Area
18'4" X
11'10"
Outside Sitting
Area
12'10" X 9'11"
Residential Design
Project
Rishabh Mathur
Legend
3.10.2013Ground Floor
Walls Layout
Main Wall 1'
Cavity 2"
Cavity Wall

Deck Area
Lvl-12"
Lvl-6"
Lvl+16"
Deck Area
11'-4"
Powder Room
7'5" x 5'0"
Stairs
Up
Primary living Room
Library Area
1'-6"11'-4"
6'-4"1'-6"
1'-6"1'-6"2'1'-6"
6"
5'-4"
6"
1'-6"
1'-6" 13'-9" 1'-6" 1' 4' 3'-9" 4' 1' 1'-6" 5'-4" 8'-5" 1'-6"
Entrance
4'-6" 5'-3" 4'-6" 3' 5'-4"
1'-6"
1'-6"11'-4"1'-6"
1'-6" 11" 4' 11"
6"
2' 4' 3'-9" 4' 2'
3'7'-10"3'6"
11'-10"
1'-1"
3'7'-10"3'
3'
3'
1'-1"
1'-6"2'-10
1
2"8'2'-10
1
2"
W1
W2 W2
W2
W3
W3
W4
D1
D2
D3
D4
W2
D5
W1
W5
S.no Size
Legend
Residential Design
Project
Code
Door Schedule
1.
2.
3.
4.
5.
D1
Material Type
D2
D3
D4
D5
4'x7' Wood and Glass Double Door
8'x7'
5'4"x7'
3'x7'
8'x7'
Wood and Glass Bifold Door
Glass Sliding Door
Wood Single Door
Wood and Glass Bifold Door
Window Schedule
1.
2.
3.
4.
5.
W2
W3
W4
W5
W1 3'x7' Wood and Glass Fixed
4'x4' Wood and Glass
3'x3' Wood and Glass Fixed
Casement
Window
2'x1'6"
7'x7'
Wood and Glass
Wood and Glass Sliding Window
Door Height 7'
Ground Floor Door
and Window Layout 3.10.2013 Rishabh Mathur
Fixed

Deck Area
Lvl-12"
Lvl-6"
Lvl+16"
11'-4"
Powder Room
7'5" x 5'0"
Stairs
Up
Primary living Room
Library Area
1'-6"11'-4"
6'-4"1'-6"
1'-6"1'-6"2'1'-6"
6"6"
1'-6"
1'-6" 13'-9" 1'-6" 1' 4' 3'-9" 4' 1' 1'-6" 5'-4" 8'-5" 1'-6"
Entrance
4'-6" 5'-3" 4'-6"
1'-6"
10'-10"3' 3' 5'-4"
1'-6"
1'-6"11'-4"1'-6"
2'-7"
1'-6" 11" 4' 11"
6"
2' 4' 3'-9" 4' 2'
3'7'-10"3'6"
11'-10"
1'-1"
3'7'-10"3'
3'
3'
1'-1"
1'-6"2'-10
1
2"8'2'-10
1
2"
D4
S1
S2
S3
T3
C1
T4
C2
T1
T2
C1
C1
C1
S.no Size
Legend
Residential Design
Project
Code
Furniture Schedule
1.
2.
3.
4.
5.
S1
Material Type
S2
S3
7'x4'
Custom Made
Standard Size
Furniture
Ground Floor
Furniture Layout 3.10.2013 Rishabh Mathur
C1
T16.
Wood
Wood
Wood
Wood
T2
T3
7.
8.
7'x4'
10'x6'
C2
2'6"x2'6"
1'6"x1'6"
9. T4
3'x1'6"
3'
4'x3'
3'
Wood
Glass
Glass
Wicker and Glass
Sofa
Chair
Table
Table
Table
Table
Chair
Sofa
Sofa
Wicker

Deck Area
Lvl-12"
Lvl-6"
Lvl+16"
11'-4"
Powder Room
7'5" x 5'0"
Stairs
Up
Primary living Room
Library Area
1'-6"11'-4"
6'-4"1'-6"
1'-6"1'-6"2'1'-6"
6"6"
1'-6"
1'-6" 13'-9" 1'-6" 1' 4' 3'-9" 4' 1' 1'-6" 5'-4" 8'-5" 1'-6"
Entrance
4'-6" 5'-3" 4'-6"
1'-6"
10'-10"3' 3' 5'-4"
1'-6"
1'-6"11'-4"1'-6"
2'-7"
1'-6" 11" 4' 11"
6"
2' 4' 3'-9" 4' 2'
3'7'-10"3'6"
11'-10"
1'-1"
3'7'-10"3'
3'
3'
1'-1"
1'-6"
2'-10
1
2"
8'
2'-10
1
2"
D4
S1
S2
S3
T3
C1
T4
C2
T1
T2
C1
C1
C1
Tile Size - 2'x2'
Wooden Plank - 1'x6'
Residential Design
Project 3.10.2013 Rishabh Mathur
Ground Floor Flooring
Layout

Entrance
Render Layout Residential Design
Project
Ground Floor
Render Layout Rishabh Mathur
3.10.2013

Master Bedroom
20'3" x 11'10"
Children's Bedroom
11'10" x 14'7"
Bathroom
15'3" x 11'8"
Bathroom
15'3" x 9'10"
Deck Area
Residential Design
Project
Rishabh Mathur
Legend
Pillar
Beams
1st Floor Beam and
Pillar Layout
3.10.2013
Pillar are placed in Grid pattern.
Size of Pillar - 1'6" x 1'6"

Master Bedroom
20'3" x 11'10"
Children's Bedroom
11'10" x 14'7"
Bathroom
15'3" x 11'8"
Bathroom
15'3" x 9'10"
Deck Area
Residential Design
Project
Legend
Partation Wall
Cavity Wall
1st Floor Walls Layout Rishabh Mathur
3.10.2013Wall - 1'
Cavity - 2"

Deck Area
D1
D2
D6
D5
D4
W1 W2
D3
Master Bedroom
20'3" x 11'10"
Children's Bedroom
11'10" x 14'7"
Bathroom
15'3" x 11'8"
Bathroom
15'3" x
9'10"
W4
W3
W5
W6
W7
S.no TypeSize Material
Legend
All Doors Height is 7'
Residential Design
Project
1st Floor Door and
Window Layout
Code
Door Schedule
1. D1 4' x 7' Wood and Glass
Single
2.
3.
4.
5.
D2
D3
D4
D5
3' x 7'
8' x 7'
4' x 7'
3' x 7'
Wood Single
Wood and Glass Byfold Door
Wood Single
Wood Single
6. D6 3' x 7' Wood Single
Window Schedule
1.
2.
3.
4.
5.
6.
7.
W1
W2
W3
W4
W5
W6
W7
4' x 5'6"' Casement
S.no TypeSize MaterialCode
4' x 5'6"' Casement
Corner
Corner
Wood and Glass
Wood and Glass
Wood and Glass
Wood and Glass
Wood and Glass
Wood and Glass
Wood and Glass
Fixed
Fixed
Fixed
4' x 5'8"
4' x 5'8"'
3' x 6'
2' x 6'
3' x 6'
Rishabh Mathur
3.10.2013

Deck Area
Master Bedroom
20'3" x 11'10"
Children's Bedroom
11'10" x 14'7"
Bathroom
15'3" x 11'8"
Bathroom
15'3" x 9'10"
1'-6"
3"
3'
3"
4'
3'
10"
1'-6"
11'-4"
1'-6" 13'-9"
1'-6" 13'-9" 1'-6" 1' 4' 3'-9" 4' 1' 1'-6" 13'-9" 1'-6"
1'-6"
11'-4"
1'-6"
11'-4"
2'-1" 2'-11"
3'
7'-10"
3'
2'-11"2'-1"1'-6"6'-2"6'1'-7"13'-9"
1'-6"
1'-8"
8'
1'-8"
11'-4"
Deck Area
B1
S1
St1
St2
S2
B2
B3
S3
S4
C1
C2
Residential Design
Project
Legend
Rishabh Mathur
Furniture Schedule
S.no Code SizeProduct Material
1.
2.
3.
4.
5.
B1
B2
B3
S1
S2
S3
S4
St1
St2
6.
7.
8.
9.
Bed
Bed
Bed
Wood
Wood
Wood
Side Table
Side Table
Side Table
Study Table
Study Table
7'x4'x1'6"
7'x4'x1'6"
6'x6'x1'6"
1'6"x1'6"x1'6"
1'6"x1'6"x1'6"
1'6"x1'6"x1'6"
3'x1'6"x2'6"
3'x1'6"x2'6"
Side Table 1'6"x1'6"x1'6"
C110. Chair 1'6"x1'6"x2'6"
C211. Chair 1'6"x1'6"x2'6"
Wood
Wood
Wood
Wood
Wood
Wood
Plastic
Plastic
1st Floor Furniture
Layout
3.10.2013
Material Used - Wood
Custom Made Furniture
Used

D3
1'-6"
3"
3'
3"
4'
3'
10"
1'-6"
11'-4"
1'-6"
1'-6" 13'-9"
1'-8"
8'
1'-8"
1'-6"
1'-6" 13'-9" 1'-6" 1'-7" 6' 6'-2" 1'-6" 2'-1" 2'-11"
3'
3'
7'-10"
2'-11"2'-1"
2'-4"
6'-8"
2'-4"
1'-6"
11'-4"
1'-6"
1'-6" 13'-9" 1'-6" 1' 4' 3'-9" 4' 1' 1'-6" 13'-9" 1'-6"
Deck Area
Residential Design
Project
1st Floor Flooring
Layout Rishabh Mathur
3.10.2013Tile Size - 2'x2'

Residential Design
Project
1st Floor Render
Layout Rishabh Mathur
3.10.2013Render Layout

1'-5"
11"
3'
Plot Information
Drawing Specification
Project Report
Drawing Title
Design By
Plot Area- 4500 sq.ft
Plot Size- 72'6" X 62'
Covered Area-
Uncovered Area-
Residential Designing
(Working Drawing)
Boundary Wall Design
(Detail Drawing)
The Rendered View of the
Boundary Wall shown here is
just an illusion created showing
how the hedges will cover the
boundary wall.
Rishabh Mathur
B.Sc ID
106/10,Civil Lines,Ajmer
Web :- www.dezyneecole.com
E-Mail :- dezyneecole@gmail.com
Hedges
Nosing Thick
Beige
Sandstone
Hedges
Nosing Thick
Hedges
Beige
Sandstone
Nosing Thick
Wire Mesh
Front Elevation
Back Elevation
Left Elevation Right Elevation
Nosing Thick Plan
Front Rendered View
3D Rendered Isometric View 3D View 3D View

1'-6" 11'-5" 1'-6"
1'-6"
2"
1'-1"
A'
B'
B'
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
(Detail Drawing)
Keeping in mind the concept of
Green Building,the design of
Boundary Wall is taken with
Green Hedges to control the
Micro Climate of the land,as
Stone and Concrete absorbs
heat and the hedges
taken,cannot be eaten by the
animals
Rishabh Mathur
B.Sc ID
1
4" Thick
Stone
Hedges
1
2" Thick
Stone
1" Thick
Concrete
2" Thick
Concrete
4" Thick
Plaster
Ground
Fill
Mud
1" Thick
Plaster
1
2" Thick
Stone
1
4" Nosing
Out
Hedges
Hedges
1
2" Thick Stone
1" Thick Concrete
1
2"Thick Plaster
Ground Level
Mud
Ground Fill
Mud
1
2" Thick Concrete
1
2" Thick Sand
Stone
1
4" Nosing
Out
Square
Pointing
Stone Section B
1
2"Thick
Plaster
Mud
Plan
Section AA'
3D Section AA
Render Isometric View
Section A
3D Views 3D Views
3D Section BB'
Section BB'
Plan
Section B
SectionC

A A'
B
B'
C
C'
8'-8"
4'-8"
8'
4'
3"
SIT OUT
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
(Detail Drawing)
Size of the Bench 4'x8'
Location of Bench-At the
SW direction of the plot.
Rishabh Mathur
B.Sc ID
1
2" thick
stone
Pointing
Pebbles
1
2" thick stone
Pointing
Pebbles
Left and Right Elevation Front and Back Elevation
Plan Of The House Plan
3D Views Render View in Nightime Render View In Daytime

A A'
B
B'
C
C'
8'-8"
4'-8"
8'
4'
3"
SIT OUT
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
(Detail Drawing)
The Bench is located in South West
direction of the plot.It is made for the
purpose of Sitting as well as for the
good landscaping view.
It has a phycus plant grown in
it on which topiary will be done.The
plant will be given square shape.
Rishabh Mathur
B.Sc ID
1
2"Thick Stone 1
2"Thick Concrete
Section A
Stone
1
2"Thick Stone
Pebble
1
2"thick Plaster
Mud
Ground Level
1'' Thick Stone 1
2"Thick Concrete
Stone
Pebble
Mud
Ground
Level
1'' Thick Stone 1
2"Thick Concrete
Stone
Pebble
Ground Level
2'' Thick Concrete
1
2"Thick Concrete
Stone
Pebble
1
2"thick Plaster
1
2"Thick Stone
Section B
1
2"Thick
Concrete
Stone
1
2"Thick Stone
Pebble
Mud
1
2"Thick Concrete
Stone
1
2"Thick
Stone
Pebble
1
2"Thick Stone
Moulding
Pointing
Plan of the House
Section AA'
Plan
Section A Section B 3D View Render View During Day Time
Section BB' Section CC'
3D Section AA' 3D Section BB' 3D Section CC'

1'
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
(Detail Drawing)
Dimension of Staircase- L X W X H
8' X 3'11"X 1'
This staircase is located at the
entrance
of the house.The design has been
utilized with wood and pebbles. It
has
been grooved and a box structure is
made, the details for the same is
seen
in the design discussed here.
Rishabh Mathur
Section C
Section AA'
1/2'' Thick
Wood
1/2'' Thick
Sand Stone
31/2'' Thick
Concrete
2'' Thick
Concrete
1/2'' Thick
Sand Stone
1/2'' Thick Wood
1/2'' Thick Sand
Stone
31/2'' Thick
Concrete
2'' Thick
Concrete
1/2'' Thick
Sand Stone
1/2'' Thick Wood
1/2'' Thick
Wood
2'' Thick Concrete
2'' Thick Concrete
1/2'' Thick
Sand Stone
1/2'' Thick
Sand Stone
31/2'' Thick Concrete
31/2'' Thick Concrete
3'' Marble Chips Layer
Pebbles
Section BB'
3D Views
3D Section BB'
3D Section AA'
Detail at
Section
C
Plan
Rendered Views

Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
Pathway Design
(Detail Drawing)
Rishabh Mathur
B.Sc ID
This Pathway is located in South
West Direction of the land.
This Pathway has Beige colour
stone and Beige colour marble
chips,surrounded by grasses in
one end and cobble stone and
hedges on the other end.
2" Thick
Concrete
Stone Marble Chips1
2" Thick
Plaster
2"
Thick
Concrete
Stone Marble Chips1
2" Thick
Plaster
2" Thick Concrete
1
2" Thick Plaster
Stone
Marble Chips
2" Thick Concrete
1
2" Thick Plaster
Stone
Marble Chips
Section AA'
Section BB'
3D Section AA'
3D Section BB'
3D Section BB'
B
A'
B'
10"1'2"
5'
10"
A
Plan of The House
Plan

SECONDARY SITTING AREASIT OUT
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
Pebble Court Design
(Detail Drawing)
This Pebble Court is located in North
West Direction of the land.
It has Phycus plants grown in it on
which topiary will be done.The
plants will be square in shape and
the whole area will be filled with
white pebbles,the pebbles will also
cover the pot area only the plants
will be seen.
Rishabh Mathur
B.Sc ID
Plan of the House
Rendered
Isometric
View
Plan 3D Views
Section AA'
Section BB' 3D Section AA' 3D Section BB'
6" Thick Brick Wall 1
2"Thick Plaster Murals Pebbles Pot Ground Fill 1
2"Thick Plaster 2" Thick
Concrete
6" Thick
Brick Wall
1
2"Thick
Plaster
Pebbles
Pot
Ground Fill
2" Thick
Concrete
1
2"Thick
Plaster
6" Thick Brick Wall
1
2"Thick Plaster
2" Thick Concrete
Pebbles
Pot
Mud
Ground Fill
2" Thick Concrete
1
2"Thick Plaster
Pebbles
Pot
Mud

A'
A
2'-2"4"
Plot Information
Project Report
Drawing Title
Design By
Covered Area-
Uncovered Area-
(Working Drawing)
(Detail Drawing)
On the top of the boundary wall, I
have fixed iron angles inbuilt into the
masonry 4" depth.the height of the
angle is 2'2" above the boundary the
boundary wall.The iron angle jut out
from the boundary wall straight up
on which holes have been created
so that wooden strips of (w x t) 2" x
1" thick can be screwed up on these
iron angles.These iron angles are
spaced at a distance of 4'.
Rishabh Mathur
B.Sc ID
Plan of the House
Front Elevation Section AA' 3D Section AA'
Plan
3D Section A
Section A
Back Elevation 3D View
1" Thick Wooden Strip Iron Bar Iron Nail
2mm thick
Iron Bar
2mm Thick
Iron Plate
6" Thick
Brick Wall
1" Thick
Wooden Strip Iron Nail
6" Thick
Brick Wall
2mm Thick
Iron angle
Nail
Wooden
Strip
Longitudinal bevelled
halved joint
Longitudinal
bevelled halved
joint
Wooden Strip
Nail
Iron Bar

Residential
Design and Layouts
Residential
Design and Layouts

35
Indian Mela
Mela once upon a time used to be a community affair-most awaited by the
whole village folks. Where youth mingled, women shopped, children enjoy, mela
set the ground for modern day mall culture. For the women folk, mela would be the
only time when they were allowed to setup out of their houses for shopping and
the colorful bangle were always a must buy. Mela is a perfect place for all kinds of
shopping.

39
My Design
I am supposed to design a space that is vibrant active and full of energy and
at the same time maintenance friendly because it's a room for children of age
group 12-14. To design this space I have to keep in mind the colors of Indian mela
from where I have resorted to by mixing sunflower yellor, poster red, energising
orange. It is hugely attractive, positive and full of zing. It is a colour of warmth and
cheerfulness and also it is a light reflective color. I have tried to use this color along
with the color of dark brown which is a neutral tone and with another colour black
as of metal iron. It was a great challenge for me to devise various textures for the
children's study room to be used on the wall so as to bring out the energy factor.
The choices of textures obtained by me were bricks, wood, metal like iron and
other fluffy textures to bring out the bubblyness of the child.

40
To design my children room the next step in my design development is the
formulation of the type of concept chosen by me. Concept generation can be
empirical concept where we select the concept that we observe through our
naked senses such as the color material type, texture etc. In the abstract concept
we develop a design through our feelings and mood. In my project I have selected
the empirical concept where I have resorted to the usage of my five senses eyes,
ears, skin, nose and toung and the concept of carnival
The various textures, finishes and the feel of the various surfaces, the
usage of fabrics used in my design are all dependent on the development of the
textures which I have researched and derived the concept picture of carnival

41
Space Planning means to design the furniture in such a manner that our
requirements has also been fulfill and we also get the space to move around
easily.
These plans of Children's Bedroom which you see below are the steps to
get my best plan.
Brainstorming of
Children's Bedroom

42
Children's Bedroom
3D Views

1'-6" 1' 4' 3'-9" 4' 1'
1'-6"
11'-4"
1'-6"
1'-6" 4' 9'-9"
8"
2'
8'-8"
3'
8'-4"
B1
B2
S2
St2
C2
S1
St1
C1
W3
D1
D2
W2W1
S.no Product Size Material
1.
Children's Bedroom Specification Legend
Residential Design
Project
Children's Bedroom
Layout 3.10.2013
Code
2.
3.
4.
5.
6.
7.
8.
9.
B1
B2
S1
S2
St1
St2
Bed
Bed
Wood
Wood
Side Table
Side Table
Study Table
Study Table
1'6"x1'6"x1'6"
1'6"x1'6"x1'6"
3'x1'6"x2'6"
3'x1'6"x2'6"
C1 Chair 1'6"x1'6"x2'6"
C2 Chair 1'6"x1'6"x2'6"
Wood
Wood
Wood
Wood
Plastic
Plastic
7'x4'x1'6"
7'x4'x1'6"
W1
W2
W3
D1
D2
10.
11.
12.
13.
Window
Window
Window
Main Door
Bathroom Door
4'x5'6"
4'x5'6"
2'x6'6"
4'x7'
3'x7'
Wood
Wood
Wood
Wood
Wood
Size of the Room
14'4" x 15'3"
Rishabh Mathur
Children's Bedroom
Furniture,Window and Door
with Dimentation
Cavity wall - 2"

1'-6" 1'-6" 4'-9" 9" 1'-9" 4' 1' 1'-6"
4' 3'-9"
13'-9"
10"
8"
1'-3"
5'-6"
3'-8"
2"
1'-4"
2"
3'
9"
9"
11'-6"
Bed
Bed Base
Window
Study
Table
2' 2'-11" 1'-5" 6" 3' 6" 1'-6"
2'-11" 4'-5" 4'
11'-4"
8"1'-6"
14'-4"
10"
8"
1'-7"
2'-9"
6'-6"
6"
11'-6"
1'-2"
3'
9"
9"
Window
Shelfs
Study Table
Photo Frame
Bed
Side
Table
1'-6" 2'-10" 1'-6" 1'-6" 1'-6"4'-9"9"
5'-6"
11'-4"
14'-4"
10"
8"
1'-3"
7'
3'
9"
9"
10'
11'-6" 11'-6"
Bed
Bathroom Door
Study
Table
1'-6" 6" 3' 6" 1'-6" 2'-11" 1'-4" 4' 1'-6"
4' 4'-5"
13'-9"
16'-9"
10"
8"
1'-3"
7'
3'
9"
9"
10'
11'-6"
Bed
Side
Table
Study Table
Shelf
Photo
Frame
Main
Door
Project Specification Project Drawing Title Date Design By
Residential Design
Project
General Notes
Elevation A Elevation B
Elevation C Elevation D
Children's Bedroom
Elevation
3.10.2013 Rishabh MathurSize of the Room
14'4" x 15'3"
All Four Sides Room
Elevation with
Dimentation

Residential Design
Project
Legend
Children's Bedroom
Render Layout
General Notes
3.10.2013Size of the Room
14'4" x 15'3"
Rishabh Mathur
Children's Bedroom
Furniture,Window,Door and
Cavity wall Render layout
Cavity Wall
Window Glass
Pillar

Residential Design
Project
General Notes
Elevation A Elevation B
Elevation C Elevation D
Children's Bedroom
Render Elevation
3.10.2013 Rishabh MathurSize of the Room
14'4" x 15'3"
All Four Sides Room
Render Elevation

3Ds Max
Assignments
3Ds Max
Assignments

Residential Design Project

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