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Mansi Sharma
PORTFOLIO
COMMERCIAL DESIGN
2nd Year Commercial Design Diploma
NSQF Level-6 Of NSDC
Dezyne E’cole College,
Www.Dezyneecole.Com
Dezyne E’cole College
106/10, Civil Lines, Ajmer
Tel-01452624679
www.dezyneecole.com
2018-2019
Project Report On:
Commercial Design
At
Dezyne E’cole College, Ajmer
Submitted To
Dezyne E’cole College
Towards The Partial Fulfillment Of
2 Year Commercial Design
Diploma
By:
Mansi sharma
SYNOPSIS
During the tenure of 2nd year commercial design program, I studied about
different commercial spaces like retail stores, restaurants design and
offices etc.
Commercial design involves in designing of spaces that serves the business
purposes . Commercial design includes everything from small retail spaces
to malls, small saloons to higher boutiques, healthcare clubs to gym,
roadside dhabas to the higher end a la-carte restaurants.
In this 2nd year program I learnt few subject in which I learnt how to
commercial spaces, and design development with lighting , and planning
by using anthropometrics, and design products for store by using product
design , etc. and many things we learnt during this program.
In retail design I learnt that in retail spaces are divided in three parts i.e.
exterior presentation, window display , and interior presentation of store.
COMMERCIAL
Design
I Mansi Sharma , Student Of Dezyne E’cole College, Am Extremely
Grateful To Each And Every Individual Who Has Contributed In Successful
Completion Of My Project. I Would Like To Express My Special Thanks Of
Gratitude Towards Dezyne E’cole College And Its Mentors For Their
Guidance And Constant Supervision As Well As For Providing Me The
Necessary Information And Support Regarding The Completion Of
Project. I Also Want To Thank My Parents And My Friends Who Helped
Me A Lot In Finalizing This Project Within A Limited Time Frame.
Thank You.
Regards ,
Mansi Sharma
ACKNOWLEDGEMENT
The Project Report Of Ms. Mansi Sharma , A Student 2nd Year Commercial
Design Diploma , NSQF Level 6 Of NSDC, Has Been Checked And Is
Graded As
Thank You
Principle
( Seal &Sign)
Mansi Sharma
Commercial Design
Portfolio
I am Mansi Sharma, 2nd year student
of Interior Design diploma of NSQF
level-6 of NSDC at Dezyne E’cole
College.
B.Sc. 2nd year Interior Design Diploma
Of NSQF lavel-6 of NSDC.
Dezyne E’Cole College
www.dezynecole.com
2017 – 2018
Interior Designer
2nd Year Commercial
Design diploma, NSQF
level -6 of NSDC, Dezyne
e’cole college , Ajmer
Education :
Bachelor Of Science –
Interior Design
Dezyne E’cole College
(2017-2020)
1 year residential design
diploma, NSQF level- 5
of NSDC, Dezyne e’cole
college , Ajmer.
12th – CBSE Board
(2017)
Queen Mary’s Sr.
Sec. School, Ajmer,
https://www.linkedin.com/in/mansi-sharma-
a3972715b
dezyneecole@gmail.com
www.dezyneecole.com
01452629679,
9829024839
Contact :
Skills :
• Space planning
(residential and commercial )
• Design development
• Basic computers
Software :
CONTENT
4 PRODUCT DESIGN
3 LIGHTING DESIGN
1 ANTHROPOMETRIC
2 COMPUTER GRAPHICS
ANTHROPOMETRIC
Design
COMMERCIAL
INTERIOR
COMMERCIAL ANTHROPOMETRIC
The science dealing specially with the measurement of the human body to determine
differences in individuals, groups , etc. is termed anthropometry . The anthropometry is
viewed mainly as exercise in simple measurement and nothing more, one might conclude
that the dimensional data could be further from the truth. There are many complicating
factors and difficulties involved. One such factor is that body size vary with age, sex, race ,
and even occupational group.
Human body dimensions that impact on the design of interior spaces are of two basic
types- structural and functional. Structural dimensions, some times referred to as ‘’static’’
‘’dynamic’’ dimensions, as the term suggested, include measurements taken in working
positions or during the movement associated with certain tasks.
Appropriates
It is essential , due to many variable involved , that the data selected be appropriate to
the user of the space or furniture to be designed. It becomes necessary, therefore , for the
intended user population to be properly defined in terms of such factors as age, sex,
occupation , and ethnicity.
Reach , clearances, and adjustability
The selection of appropriate anthropometric data is based on the nature of the particular
design problem under consideration . If the design requires the user to reach from a
seated or standing position , the 5th percentile data should be utilized.
INTERIOR
Design
RETAIL DESIGN
Retail spaces
In an interior environment such as a retail space, where customer convenience and
comfort are a matter of corporate policy, the responsiveness of the design to human
dimensions and body sizes is extremely critical. The interface between the user and
the various types of sales counter and self display must be of high quality. Various
counter types for use from both seated and standing positions indicating the
anthropometric considerations involved and suggested dimension clearance for use
in making preliminary design assumptions.
Proper visibility of display both from within and from without is also crucial to the
successful design of a retail space. The eye height of the small and large viewer and
the geometric implications of human vision must be accommodated. The height of a
wrapping counter, the size of a dressing cubicle the critical dimensions of a shoe
department and circulation around and between merchandise display must all
accommodate users of varying body size. Illustrations of these aspects of retail
spaces are also among the drawings include in this section, together with suggested
clearance
INTERIOR
Design
Project Report Drawing Title Date of Submission Submitted to Submitted by
2-11- 2018 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
SHOW WINDOW / OPTIMUM VEIWING PLANES
Code inch
A 68.6
B 56.3
C 27
D 14.7
E 28.0
F 28.3
G 41.5
H 28.6
I 47.8
J 39.3
K 54.8
L 42.5
M 83.1
N 69.3
O 55.4
P 41.6
Q 27.7
R 72
S 60
T 48
U 36
V 24
W 12
X 84
DISPLAY / VISUAL RELATIONSHIP
T
x
u
5%femaleeyeht.
95%maleeyeht.
Exterior
Show window
5%femaleeyeht.
95%maleeyeht.
The drawing at the top
of the page shows the
optimum height of
viewing planes located at
12’’, or 30.5- cm intervals
, with the viewer
stationed 12intervals
away from the show
window . Two sets of
data presented: one
concern the viewing to
viewer of body sizes.
commercial
Anthropometric
assignments
Project Report Drawing Title Date of Submission Submitted to Submitted by
2-11- 2018 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
MAIN PUBLIC AISLE WIDTHS
Code inch
A 66min
B 18
C 72
D 26-30
E 116-120
F 30-36
G 18-36
H 18min
I 51min
J 66-90
The top drawing illustration
the clearances between
counters on opposite sides
if a main aisle. The total
clearances suggested is
between 117 and 20 inch,
or 297.2 and 304.8 cm this
is allow an activity zone for
standing and larger activity
zone for standing / or
seated customers facing
the upper counter , as well
through circulation lane
between the two.
The drawing at the bottom
of the page illustrated the
clearances suggested for a
secondary aisle . The
clearances in front of the
merchandise case at the
left takes into
consideration a kneeling
figure removing
merchandise from a low
shelf, while the clearances
in front of 18 inch which
accommodates a person
standing parallel to the
case , either looking or
handling merchandise
displayed the to of surface.
commercial
Anthropometric
assignments
Ec
D
B
Activity Zone
Standing Customers
A
Clerk’s aisle
Counter
Counter
I
G F H
J
Merchandisecase
Merchandise case
Activity Zone/
Circulation
Min. clearances between obstructions
Line of
obstruction
Clear Circulation
SECONDARY PUBLIC AISLE WIDTH Activity Zone/
Circulation
Project Report Drawing Title Date of Submission Submitted to Submitted by
2-11- 2018 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Seated Customer / Desirable Counter Height
Code inch
A 36
B 26-30
C 18-24
D 30min
E 10
F 21-22
G 5
H 23-25
I 4-6
J 34-36
K 30
L 16-17
commercial
Anthropometric
assignments
Counter
Counter
Seated Customer / Low Counter Height
A B C D
F
H
G
J
E
B
LK
Stock
Stock
Display Counter
Activity
Zone/
Circulation
Clerk’s aisle
Clerk’s aisle
Footrest
Activity Zone/
Circulation
Public
Circulation Zone
Public
Circulation Zone
Display Counter
The drawing at the top
page shows the
clearances required for a
medium height display
counter. The suggested
seat height of 21 to 22in,
requires a footrest for
the seated customer.
The counter height
shows will allow the
display to view by both
seated customer and
standing the clerk.
The drawing at the
bottom of the page is
low of 30IN, display
counter also for use by
seated customer . The
anthropometric consider
the same . Although the
counter height is
responsive to the
anthropometric
requirements of the
seated customer , is less
than ideal for standing
clerk .
Project Report Drawing Title Date of Submission Submitted to Submitted by
2-11- 2018 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Seated Customer / High Counter Height
Code inch
A 26-30
B 18-24
C 42
D 28
E 84-112
F 18
G 18-24
H 30-48
I 18-22
J 35-38
K 72
commercial
Anthropometric
assignments
Typical Sales Area / Standing Customer
DC
A
Public
Circulation Zone
Activity Zone/
Circulation
Display Counter
Stock
Stock Stock
Stool
Clerk’s aisle
Display Counter
E
F G H I
J
Display
Max.shelfheight
K
Activity
Zone
Clerk’s aisle
with circulation
Circulation
Zone
The drawing shows the
clearances involved for a
42inch high counter to
service a seated user. By
filling the recess with an
additional display ,
however , the counter
can also be used
exclusively as typical
sales counter.
the bottom drawing
illustrates the clearances
for typical sales counter.
Project Report Drawing Title Date of Submission Submitted to Submitted by
2-11- 2018 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Typical Merchandise Cases
Code inch
A 48max.
B 30-36
C 51min
D 66
E 72
F 84-96
G 20-26
H 28-30
I 18-24
J 18min
K 72max
L 4
M 42
N 26min.
commercial
Anthropometric
assignments
Hanging Merchandise Cases
E
JBJIG
Activity Zone Circulation
Zone
Activity Zone
N
M
L
K
Dresses
A D
E
Stock
Locked
Sliding
Doors
Locked
Sliding
Doors
B C
Circulation Zone /Activity Zone
The heights established
must therefore be
responsive to vertical
grip reach dimensions as
well as to eye height . In
establishing height
limits, the body sizes
data of the smaller
person should be used
The bottom drawing
illustrate the clearances
involved in hanging type
merchandise cases.
Bars
The drawing illustrate in plan and section the consideration that should make the design
of bar more sensitive to human body size. Clearances and other dimensional data for use
in making preliminary design assumption are also indicated in the matrix above.
INTERIOR
Design
BARS
Project Report Drawing Title Date of Submission Submitted to Submitted by
4-1- 2019 Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Bar And Back Bar
Code inch
A 54
B 18-24
C 24
D 30
E 16-18
F 24-30
G 30-36
H 28-38
I 100-128
J 42-52
K 11-12
L 6-7
M 7-9
N 6-9
O 22-26
P 60-69
Q 36-42
commercial
Anthropometric
assignments
BAR / SECTION
F
G
B
H
A
B
EE
F
D
C
Activity Zone/
Circulation
Edge Of Bar Equipment
Edge Of Bar Equipment
Bar Top
Back Bar
Circulation zone
I
B H G F
B
P QOJ
Bar
Equipment
Back Bar
Top Of Back Bar
Stool Footrest
Top Of
Equipment
Work Activity Zone
D
The distance between
bar and back bar should
allow adequate
workspace. A minimum
of 36in, should provide
space for one bartender
to serve and another to
circulate behind him. A
one bartender
operations would require
a 30in, clearances.
In regards to bar stool
seats is more critical than
center line spacing , and
it should allow patrons of
larger body size a
comfortable side
approach and departure
with the next person.
Activity Zone
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Bar / Clearances Public Side
Code inch
A 76
B 66-72
C 10-12
D 18
E 30
F 18-24
G 76
H 54-56
I 6-9
J 7-9
K 42-45
L 24
M 29-33
N 32-36
commercial
Anthropometric
assignments
Cocktail Table / Seating For Two
Back Bar
To ensure proper
circulation and interface,
adequate clearances in
front the bar are
illustrated in the top
drawing . A customer
activity zone 0f 18 in
should and access, in
addition to general
circulation zone at least
30in if a supplementary
drinking surface or shelf
is provides a small
activity zone of 18in is
suggested front of the
shelf .
G
H
C D E F F
B
A
K
K
Stool Footrest
Circulation ZoneActivity
Zone
customer
Activity Zone
visibility
D
D
L
L
Sitting Zone
M
N
Sitting Zone
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Code inch
A 30
B 24-30
C 28-38
D 24
E 120
F 18-30
G 36-54
commercial
Anthropometric
assignments
The top drawing possible
density model , based on
one seated or standing
patron per 30in of bar
length.
The center drawing
illustrate a medium
density model, based on
24 in spacing ; takes
occasional pairing into
account, as shown by
dotted figure and allows
for occasional body
contact and territorial
intrusion.
The bottom drawing
illustrate a high density
model, with deep and
density factor of over
1.5 patrons per 12in of
bar length.
A A A A
B
C
work/Activity
Zone Edge Of Bar Equipment
customer
Activity Zone
Bar Density Plan/ 0.4 Per 12in Of Bar Length One Deep At Bar
D D D D D
work/Activity
Zone
Edge Of Bar Equipment
Bar Density Plan/ 0.5 Per 12in Of Bar Length One Deep At Bar
G
E
Bar Density Plan/ 1.5 Per 12in Of Bar Length Two Or Three Deep At Bar
customer
Activity Zone
Edge Of Bar Equipment
work/Activity
Zone
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
LUNCH COUNTER
Code inch
A 60-66
B 18-24
C 36
D 24
E 12-18
F 35-36
G 42
H 30-31
I 11-12
J 10
K 12-13
L 24-30
commercial
Anthropometric
assignments
LUNCH COUNTER
The Basic Drawing Shows
Some Of The Basic
Clearances Required For
A Typical Counter 36in.
For Work Space Behind
The Counter And The
Nearest Obstruction. The
Clearances From The Top
Of The Seat To The
Underside Of The
Counter Top Overhang
Are Extremely Important.
C
B
A
L
Circulation zone
Circulation work zone
Line of back counter
or nearest obstruction
Sitting zone
Line of counter
or nearest obstruction
F G H
I
J
K
C B E
Sitting zone
work activity zone Circulation zone
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Lunch Counter / Table Clearances
Code inch
A 96-120
B 18-24
C 60-72
D 12-18
E 36min
F 10
G 60-66
H 48min
I 42
J 12-13
K 30-31
L 11-12
M 16-17
N 29-30
commercial
Anthropometric
assignments
The drawing shows some
of the basic clearances
required between
counter when arranged
parallel to each other.
This is a rather common
situation with counter
layout in a repetitive u
configuration the
clearances between
counters allows an
activity zone for seated
patron at each other
Sitting zone Circulation zone
Counter Top
Lunch Counter / Table Clearances
Table
Chair
Circulation zoneSitting zone
Footrest
4-1- 2019
Dining Spaces
Proper clearances for circulation and service aisle, adequate knee and thigh space
between the top of the seat an underside of the table, accessibility for the wheelchair-
bound person, and adequate clearances around the perimeter of the table are basic factor
to make into account to ensure the proper relationship between human dimension and
dining spaces.
Among other consideration examined in the drawing on the following pages in the
development of an incremental unit to be used in allocating the proper space for dinner.
INTERIOR
Design
DINING
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi sharma
2nd Year Commercial Design
Diploma
Anthropometric
In Dining Spaces
Anthropometric
In Dining Spaces
TABLE SIZE / OPTIMUM TABLE WIDTH WITH MINIMUM, PREFERRED MINIMUM,
AND OPTIMUM TABLE DEPTHS
C
B C B
Opt. table
width
A
B B
H
G
B B
L
K
I IM
I IJ
Min. table depth
Place setting
depth
ED D
Code inch
A 66—78
B 18-24
C 30
D 14
E 2
F 24
G 72-84
H 36
I 16
J 4
K 76-88
L 40
M 8
The place seating is made
up of a studied
arrangement of dinnerware
and related accessories.
During the dining process, it
is transformed into a state
of disarray, covering the
large zone of table than at
the beginning. This
expanded zone occupier a
minimum area of 14 by 24”.
The first group of drawing
labeled shows these zone
relation to table of varying
depth but of constant
minimal width of 24”.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi sharma
2nd Year Commercial Design
Diploma
Anthropometric
In Dining Spaces
Anthropometric
In Dining Spaces
TABLE SIZE / OPTIMUM TABLE WIDTH WITH MINIMUM, PREFERRED MINIMUM,
AND OPTIMUM TABLE DEPTHS
C
B C B
Opt. table
width
A
B B
H
G
B B
L
K
I IJ
I IM
Min. table depth
Place setting
depth
ED D
Code inch
A 66—78
B 18-24
C 30
D 14
E 2
F 24
G 72-84
H 36
I 16
J 4
K 76-88
L 40
M 8
In the drawing same zones
are applied to 30”. This is
related to the maximum
body movement involve in
the dining activity. Etiquette
aside, a 24” width will allow
the arms of the larger user
to project beyond the table
into circulation lanes. The
30” dimensions
corresponds to human body
breadth. The 40” allows
sufficient room for place
setting and accommodates
horizontal reach.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Table / minimum and optimum depth / vertical clearances
Code inch
A 76-88
B 66-78
C 40
D 30
E 16-17
F 30
G 18-24
H 31
I 30min
J 29min.
commercial
Anthropometric
assignments
Wheelchair /Table Clearances
A
B
C
D
F
E
Mini. depth
E
H
D Varies G
Both drawings deal with
the height and clearance
of dining table. The top
drawing relates to the
plan on the preceding
page and illustrate a 30
and 40” table. The
portions of the drawing
shown in dotted line
reflect the 40” table the
bottom drawing deals
with wheelchair access to
a dining table. Clearance
from the floor to the
underside of the table is
critical if the wheelchair
bound diner is to be
accommodated.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Table / Clearances For Water Service And Circulation
Code inch
A 48
B 18
C 30
D 96-108
E 18-24
F 60
G 30-36
H 36
commercial
Anthropometric
assignments
Service Aisle / Clearances Between Chairs
B C
A
D
E F E
The top drawing shows
minimal clearance for a
combined service and
circulation. It should be
noted that the width
indicated will not
accommodated two
lanes. Either the waiter
or customer would have
to step aside to avoid
body contact. In a high
volume operation with
long aisle lengths such a
clearance would be
inadequate.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi sharma
2nd Year Commercial Design
Diploma
Anthropometric
In Dining Spaces
Anthropometric
In Dining Spaces
Code inch
A 54-66
B 30-40
C 18-24
D 18
E 36
CDCB
Table / Minimum Clearance And Non Circulation Zoes
E
Service Aisle / Clearances Between Tables
Service Aisle / Clearances Between Tables Corners
E
Service Aisle
In certain table
arrangements chair of two
adjacent tables may be
located back to back and
some clearance between
them must be provided.
This clearance would not be
for purpose of public
circulation or service but
simply to allow access to
the chair. The minimum
recommended clearance for
a service lane is 36”.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Code inch
A 48-54
B 24-30
C 48
D 36
E 18-24
F 30-36
commercial
Anthropometric
assignments
Table / Wheel Chairs
D
Circulation
zone
C
E
D
Combined
Circulation Zone
Line of
obstruction
Chair in
extend
position
In planning for wheel
chair access, the portion
of the chair projection
beyond the table will be
between 24 – 30”. It is
suggested that the
larger figure be used for
preliminary design
assumption. The
drawing at the bottom
indicated the clearance
required for chair
movement in
connection with round
table. It should also be
noted that the lane
width needed to
accommodated a wheel
chair should be a
minimum if 36”.
TABLE / WHEELCHAIR SEATING
A
B
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Banquette Seating / Minimum Clearances
Code inch
A 72-76
B 36-38
C 30
D 24
E 12-14
F 108
G 54
H 24
commercial
Anthropometric
assignments
Banquette seating / recommended clearances for acoustic and visual privacy
A
B B
D E D
Seat back
Min.
Cleara
nce
Zone
F
G G
Seat back
C CH
Clear
access
zone
Both drawing illustrate
the clearance involved
for banquette dining
arrangements. One of
the more critical
considerations is access
to the banquette seat.
The top drawing
indicated a minimum
clearance between
tables. Allowing body
and clothing
movements in addition
to the basic body
dimensions the bottom
drawing suggests a 24”
clearance between
tables, which will
permit access without
disturbing the table
location.
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Booth Seating And Circulation Clearances
Code inch
A 65-80
B 17.5-20
C 30-40
D 2-4
E 15.5-16
F 30
G 36
H 18
I 48-54
J 16-17
K 29-30
commercial
Anthropometric
assignments
Booth Seating
I
H
G
F
B C B
AD
D
ACTIVITY
ZONE
CIRCULATION
ZONE
CIRCULATION
ZONE
A
C EE
K
J SeatingSeating
Table Top
Booths particularly in
situations where both
the seating and the
table are fixed, provide
no margin for individual
adjustment. This lack of
flexibility makes it
essential that the
anthropometric aspects
of the design be
considered closely. The
height of the
compressed seat should
reflect popliteal height
data. The depth of the
seat, buttock – popliteal
length data.
4-1- 2019
The term public toiler facility is to a large degree generic since it is quite possible
and proper to create sub classification depending on the user population it is
intended to serve. The anthropometric considerations, particularly during these
peak periods are also quite similar.
The drawing on the following pages examine some conditions and such clearance
and other dimensional data more responsive to human body size and dimension.
Public Bathrooms
INTERIOR
Design
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Code inch
A 48-54
B 24-30
C 48
D 36
E 18-24
F 30-36
commercial
Anthropometric
assignments
A
B
C
A
CIRCULATION
ZONE
ACTIVITY
ZONE
CIRCULATION
ZONE
J
I
J
K
H
Stall urinals are available
for battery installations
on 21”centers. The larger
size person has a
maximum clothed body
breadth dimension of
almost 26”postures
assumed while urinating
in addition to the space
taken up by partially
opened garments will
increase this dimension
even more. A circulation
zone of 54” will allow for
pedestrian and
wheelchair traffic. A
wheelchair clearance
zone should be provided
in front of the stall.
EXERCISE BICYCLE
URINAL LAYOUT
4-1- 2019
Project Report Drawing Title Date of Submission Submitted to Submitted by
Dezyne E’cole College
www.dezyneecole.com
Mansi Sharma
2 Year Commercial Design
Diploma
Anthropometric
In Retail Spaces
Code inch
A 48-54
B 24-30
C 48
D 36
E 18-24
F 30-36
commercial
Anthropometric
assignments
Lavatories like urinals are
all too often located too
close to each other the
result is an illustration
that may save floor
space and may conform
to the code in terms of
quantity of fixture but
simply does not permit
the user comfortable
access.
LAVATORY LAYOUT
4-1- 2019
MANSISHARMA
PHOTOSHOP
PHOTOSHOP
Photoshop’snamingschemewasinitiallybasesonversionnumbers.Photoshopcanbeeditandcomposemasks,alphacompositingand
severalcolormodelsincludingRGB,CMYK,spotcolor.PhotoshopusesitsownPSDandPSBfileformattosupportthesefeatures.
Inadditiontorastergraphics,ithaslimitedabilitiestoeditorrendertext,vectorgraphics,3Dgraphicsandvideo.Photoshopfeaturessetcan
beexpandedbePhotoshopplug–ins,programsdevelopanddistributeindependentlyofPhotoshopthatcanruninsideitandoffernewor
enhancedfeatures.
INTERIORDESIGN
MANSISHARMA
BasicAssignment
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
BasicAssignment
DRAWINGTITLE
BasicAssignment
INTERIORDESIGN
MANSISHARMA
ColourRendered
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
TopPlan
ColourRenderedPlanonAdobePhotoshopColourRenderedPlanonSketchup
ColourRenderedTopPlan
DRAWINGTITLE
Bedroom
LivingRoom
Kitchen
Bathroom
Bedroom
LivingRoom
Kitchen
Bathroom
INTERIORDESIGN
MANSISHARMA
Bedroom
Composition
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
BedroomComposition
DRAWINGTITLE
ColourRenderedInteriorViewonAdobePhotoshop
3dInteriorViewonCAD
1.
2.
3.
4.6.
7.
INTERIORDESIGN
MANSISHARMA
ColourRendered
Model
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
3DRenderedModelUsingPhotoshop
DRAWINGTITLE
ColourRenderedInteriorViewonAdobePhotoshop
3dInteriorViewonCAD
INTERIORDESIGN
MANSISHARMA
Rendered
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
Elevation
RenderedElevation
DRAWINGTITLE
ColourRenderedInteriorViewonAdobePhotoshop
3dInteriorViewonCAD
INTERIORDESIGN
MANSISHARMA
FurnitureBoard
PHOTOSHOP
BasicAssignment
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
LivingRoomFurnitureBoard
DRAWINGTITLE
2"2'
2'
1"
1'-6"3"
2'
2'-4"
1'-8"
2"
1"
2"
3'-6"
1'-6"
1"
6"
1'-4"
1"
1"2'-1"
11
16
"
2'
R3"
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsFurnitureDrawing
ChairPlan&Elevation
09-01-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
TOPPLAN
FRONTELEVATION
SIDEELEVATION
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
ChairDrawing
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
22"
85"
33"
241/2"
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignments3SeaterSofa09-01-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
TOPPLAN
FRONTELEVATION
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
3SeaterSofa
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
SIDEELEVATION
15'15'15'15'
68'
13'5"
13'5"
27'
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsHouseTopPlan01-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
HouseTopPlan
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
Bathroom
13'5"X15'
Kitchen
13'5"X15'
LivingRoom
13'5"X14
'
Bathroom
13'5"X10'
MasterBedroom
13'5"X15'
DiningRoom
9"X10'
Bathroom
8'6X10'6
MasterBedroom
13'5"X15'
PlotSize27'X68'
4'
Utility
7'X10''
Bathroom
4'X9'6'''
Bathroom
13'5"X15'
PlotArea1836sq.ft
3'-6"
2'
3'
1'
2'
1'
0"
2'
15'-8"
4'4'4'
12'-4"
15'
2'
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsHouseTopPlan9-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
HouseTopPlan
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
Bathroom
LivingSpace
9'X18'
LivingRoom
5'4"X16'6''
Bathroom
Bathroom
8'6X10'6
4'
coveredporch
6'X14'6''HouseTopPlan
20'10'10'20'
20'
18'
20'
25'15'20'
20'
20'
18'
60'
58'
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsHouseTopPlan11-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
HouseTopPlan
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
34'
80'-01
2
"
70'-01
2
"
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsFurnitureDrawing15-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
FurnitureDrawing
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
SideElevationFrontElevation
Topview
3"2"1'-10"2'-6"1'-10"2"9"2"
2'-3"2'-6"1'-10"1'-1"
7'-9"
3'
6"
3'-6"
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsDiningTableElevation15-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
DiningTableChair
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
SideElevation
3'-6"3'2'5'4'
1'
3'
1'-8"
2'-10"
17'-6"
8'-6"
ProjectReportDrawingTitleDateofSubmissionSubmittedToSubmittedBy
AutoCad2DBasicAssignmentsKitchenElevation17-02-2019DezyneE'coleCollege
www.dezyneecole.com
MansiSharma
2ndYearCommercialDesignDiploma
DezyneE'coleCollege
www.dezyneecole.com
MANSISHARMA
2ndYearDiplomainCommercial
Design
NSQFLevel-6ofNSDC
www.dezyneecole.com
KitchenElevation
PROTOTYPEDevelopment
AutoCad2DBasicAssignment
SideElevation
LivingRoom
RenderedView
LivingRoom
PROTOTYPE
DEVELOPMENT
MansiSharma
LivingRoom
RenderedView
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
TheLookOfLivingRoomWith
TheTintsOfRedWithWhite
AndShade.ThisRoomIsLess
AttractiveButLooksVery
Calm.
LivingRoom
RenderedView
MansiSharma
LivingRoom
RenderedView
PROTOTYPE
DEVELOPMENT
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
InThisRoomThePartitionWall
MadeWithSmallPlantsIn
WoodenBoxes.RelaxingLook.
DiningRoom
RenderedView
MansiSharma
LivingRoom
RenderedView
PROTOTYPE
DEVELOPMENT
2ndYearDiplomainCommercialDesign
NSQFLevel-6ofNSDC
DezyneE’coleCollege,www.dezyneecole.com
Azonewherecooland
refreshingismainkeyofthe
areaandwoodenslabsactas
apartitionwhichaddgraceto
theroom.
LIGHTINGDESIGN
MANSISHARMA
VISITAT
GOVERNMENT
MUSEUM,
AJMER
LightingDesignIsAProcess.ItIsTheProcessOfIntegratingLight
IntoTheFabricOfTheArchitecture.RegardlessOfTheSpaceToBe
Lighted–ABank,AChurch,AOffice,AGallery,ARestaurant,A
Store,AClassroom–AndRegardlessOfTheLightSourcesAvailable
ForUse,TheProcessIsAlwaysTheSame.ACommonMistakeWhen
ProvidingLightForBuildingsIsToSelectTheLightingEquipmentFirst
.SelectingLuminairesIsTheLastStepInTheProcess.WhatIs
ImportantIsNotWhatMakesTheLight,ButWhichObjectsAnd
SurfacesReceiveIt.
LIGHTINGDESIGN
LIGHTINGDESIGN
LIGHTINGDESIGN
ColorTemperatureDescribesHowLampAppears
Lighted.ColorTemperatureIsMeasuredInKelvin(k),A
ScaleThatStartsAtAbsoluteZero(-273’’C).
IncandescentLampsUsedInArchitecturalLighting
HaveColorTemperaturesInThe2600KTo3100K;
FluorescentLampsAreAvailableWithApparentColor
TemperatureFrom2700KTo7500K.
CORRELATEDCOLORTEMPERATURE(CCT)
LIGHTINGDESIGN
ExpressHowColorsAppearsUnderAGivenLightSource,The
MostAcceptedMethodToDetermineTheColor-Rendering
AbilityOfALightSourcesIsRatingSystemCalledTheColor
RenderingIndex(Cri)
TheComparisonIsExpressedAsAnRaFactor,OnAScaleOf
1To100,WhichIndicatesHowCloselyTheGivenLight
SourceMatchesTheColor-RenderingAbilityOfThe
ReferenceLightSource.
COLORRENDERINGINDEX
LIGHTINGDESIGN
GrazingLightIsAppropriateForLightingHeavilyTextured
SurfaceSuchAsRoughPlaster,Masonry,OrConcrete.ItIs
DisastrousFor“Flat”WallsOfSmoothPlasterOrGypsumBoard,
However,BecauseSuchAsWallsAreNotTrulyFlat:Minor
SurfaceImperfectionsSuchAsTowelMarks,Tape,AndNail
HeadDepressionsAreMagnifiedByTheShadowThatResult
FromGrazing.
GRAZINGLIGHT
ThisNotThis
LightSource
WallMustBeTextured
LIGHTINGDESIGN
BRIGHTVERSUSLUMINANCE
BrightnessIsTheSubjectiveThatOccursInTheConsciousness
OfAHumanBeingObserver.LuminanceIsTheObjective
MeasurementOfTheIntensityPerUnitOfProjectedArea.
RedWith75%BrightnessRedWith50%BrightnessRedWith25%Brightness
Luminance
VariationInBrightness
RedWith75%BrightnessRedWith50%BrightnessRedWith25%Brightness
LIGHTINGDESIGN
VERTICALSURFACEILLUMINATION
WallLightingIsSomethingASubstituteForIndirectCeiling
Lighting:ItLightensShadowAndReducesExcessiveContrast.It
WorksEspeciallyWellWhenTheWallsAreHighInRelationTo
TheSizeOfTheRoom.
SURFACEFINISHESANDREFLECTANCES
WhatIsPerceivedAsBrightnessIsNotTheIncidentLightOnA
Surface,ButTheLightIsReflectedFromThatSurfaceTowards
TheEyesBrightnessResultFromThatIntensityOfTheLightThat
InitiallyStrikesASurfaceAndTheReflectingOrTransmitting
PropertiesOfThatSurface,TheOverallBrightnessResultsFrom
TheDistributionOfReflectedLightWhich,InTurn,DemandOn
TheReflectanceOfPropertiesOfTheSurfaceInTheSpace.
SURFACEFINISHESANDREFLECTANCES
AnyObjectOrSurfaceThatReflectsOrTransmitsLightBecome
ASecondaryLightSource.
Whitepaper10%absorbed
Bookpaper90%absorbed
90%reflected
10%reflected
Illumination
Darkcolored
Light
Light
Lightcolored
Highreflectance
Illumination
Dark
Mirrorisused
LIGHTINGDESIGN
GLARE
ExcessiveContrastOrLuminanceIsDistractingAndAnnoying.
ThisNegativeSideOfBrightnessIsCalledGlare.CripplesVision
ByReducingOrDestroyingTheAbilityToSeeAccurately.GlareIs
OftenMisunderstoodAs“TooMuchLight”InFact,ItIsLight
ComingFromTheWrongDirection,TheResultOfAnExtreme
LuminanceWithinTheNormalFieldOfView.
LIGHTINGDESIGN
DIRECTGLARE
Directglareiscausedbythelightingsystem.Itisdefinedas
excessivelightmisdirectedtowardstheeyeusually,the
uncontrolledluminanceofanexposedlightsourceproduces
glare.
Reflectedglareisexcessiveuncontrolledluminancereflected
fromobjectorsurfaceinthefieldofview.
REFLECTEDGLARE
LIGHTINGDESIGN
RIGHT
RIGHT
WRONG
WRONG
LIGHTINGDESIGN
HOWTOFIXLIGHTINGABOVETHEWORKSPACE
IfLightingSourceFixAtTheFrontAndBackOfTheTable1.2.Properwayoffixinglightingsource
Lightsareusedaboveaisles
Spaceinofficearea
Whenoveralllightingisnot
sufficientforwritingwork,then
lightingonemployeestablecan
begiven
LIGHTINGDESIGN
THREEMAINCONTROLTECHNIQUESFORCONTROLGLARE
OneIsToLimitTheAmountOfLightEmittedInTheDirectionOf
TheEye.ShieldingDevicesSuchAsTheHand,UsedInstinctively,
AndTheSunVisorsImproveVisibilityAndRestoreVisual
ComfortInThisWay.
Thesecondistoincreasetheareafromwhichlightisemitteda
whiteglassglobeanddiffusingpanelsofwhiteglassorplastic
areexamples.
ThirdMethodIsMoreEfficient:ItUsesAccurateControlDevice
ToRedirectDirection.TypicalDevicesAreReflectorsAnd
RefractingLensesThatLimit.TheDistributionOfStrayLight
EmittedTowardsTheEye.
LIGHTINGDESIGN
BAFFLES
Itprovideshieldinginonedirection,alongasingleaxis.For
small-apertureluminaires,abafflesaroundtheperimeter
providesshieldingfromalldirections
LOUVERS
TheseAreASeriesOfBafflesOrShieldingElementsPlacedInA
GeometricPatternToProvideShieldingFromManyDirections
WithMinimumInterferencesToTheDesiredBeamDistribution.
LIGHTINGDESIGN
SPARKLE
ThePrincipalDifferenceBetweenGlareAndSparkleIsTheRelationshipBetweenTheAreaAndMagnitudeOfLuminanceInThe
FieldOfView.LargeAreaOfLuminanceAreDistractingAndDisconcerting:RelativelySmallAreasSimilarOrHigherIntensityAre
PointsOfSparkleAndHighlightThatContributeToEmotionalExcitementAndVisualInterest.
DIRECTSPARKLE
ExampleIncludeChristmasTreeLight;Small,Exposed,
ClearFilamentLamps;AndPerforatedShielding
Material.
REFLECTEDSPARKLE
ExamplesIncludeTexturedMetalAndPebbledSurface
Finishes.
TRANSMITTEDSPARKLE
ExamplesIncludeCrystalChandeliersAndSandblasted.
OrEtched-glass(Frosted)DiffusersAroundClear
FilamentLamps.
LIGHTINGDESIGN
DAYLIGHT
Aprincipalcharacteristicsofdaylightisitsvariability.Thecolor
oftheDaylightchangeswiththetimeoftheday.The
cleanlinessoftheatmosphere.Andtheinter-reflectionof
surroundingobjects.Theintensityofthesunchangeswiththe
timeofday,thetimeoftheskydependsonweatherthelightis
comingfromanovercastsky,onlyorfromaclearskyanddirect
sunlight.
Daylighthastwocomponents:sunlightandskylight
•Skylightisthediffusebeamemittedreflectionoflightfrom
particlesintheatmosphere.
•Sunlightisthedirectionalbeamemittedbythesun.
LIGHTINGDESIGN
DAYLIGHTDESIGN
WindowSizeAndHeightAboveTheWorkSurface
AreFactorsInDaylightDesign.OfCourse.AsThe
WindowBecomesLargerInSize.TheAmountOf
DaylightIncreases.ButTheHeightOfThe
WindowIsTheMoreSignificantFactors
FENESTRATIONSECTIONS
WindowPlacedOnASingleSideOfTheRoomAreUsualMethodOfFenestration.ToAchieveUsefulWorkSurfaceIlluminance
ThroughoutTheRoom,LimitTheDepthOfTheRoomToTwiceTheHeightFromTheFloorToAFull–RoomWidthWindowHead.
TheHigherTheWindowOpening.TheDeeper
TheDaylightCanPenetrateIntoTheRoom,
AndIfItIsHighEnough,ItMayPreventExterior
BrightnessFromCausingGlare.
WindowsPlacedOnOppositeSidesDoubleTheFeasible
RoomDepthForDaylight.TheOppositeWindowsNeedOnly
OccupyTheUpperPartOfTheWall:TheQuantityOfInterior
LightWillBeAlmostTheSameAsIfTheWindowWereFull.
FlushOpeningDeepWindowWellSplayedJambsRoundedJambs
LIGHTINGDESIGN
Lightshelf
LightDuctClerestory
Externalreflector
LIGHTINGDESIGN
Lightwell
ClerestoryReflectiveblinds
RoofMonitor
LIGHTINGDESIGN
Daylighting
Isapassivestrategyusingnaturallightinginteriorspaces
toilluminateinteriorspaces.Thebenefitsfromdaylight
rangefromimprovedaestheticqualities,includingbetter
colorbalanceandconnectiontotheoutdoors,to
increasedenergyefficiency.Addinganactive
componentscanenhancetheeffectivenessofthese
strategiesshown
LIGHTSHELF
TOPLIGHTING
REFLECTEDLIGHT
DIFFUSEDLIGHT
2.5×h
LIGHTINGDESIGN
ANTI-GLARE
SUMMERVEGETATION,leavesblocksummerlight
WINTERVEGETATION,barebranchesallowwinterlight
SCREEN,diffuselightandviewsLOUVERS,blockssummerlightandallowswinterlight
whilemaintainingviews
W
S
LIGHTINGDESIGN
SKYLIGHT
SkylightAreToolsForDeliveringDaylightDeepInto
InteriorAreaOfOneStoryBuildings.SkylightsComeIn
VarietyOfShapesAndSites.TheyAreMadeOfClear,
Patterned,OrTranslucentGlassOrVariousKindsOf
Plastic.Clear,GreyTinted,OrMilkWhite,AcrylicsAre
BestForThisPurpose:TheirOpticalPropertiesAre
SimilarToGlass,AndTheyAreEasierToMaintain.
ClerestorySection
RoofMonitorSectionClerestorySectionWithLightShelf
SawtoothSectionClerestoryAndMainWindow
LIGHTINGDESIGN
HEATGAIN
WhenBuildingUseGlazingToAdmitDaylight.ASingle
LayerOfOrdinaryGlassExposedToTheSunAlsoAdmits
WarmingRadiantEnergy-Heat.ThisHelpsInCold
WintersButPosesAProblemInHotSummers.
IfBuildingAreProperlyDesignedToUseDaylight,They
RejectsMostOfTheDirectLightFromTheSunYetStill
AdmitAnAmpleSupplyOfSkylight.JustAsTheSun’s
LightCanBeControlled,ThereAreManyWaysToControl
TheSun’sRadiantHeat.
OrientationIsAPrimaryMethodForManagingSolarHeat
RadiationBecauseTheSunStrikesDifferentlyOriented
SurfaceWithWidelyVaryingIntensity.TheSizeAnd
PlacementOfGlazedAreasAreAlsoFactorsInCapturing
TheSun’sEnergyForColdWeatherHeatGain.
•UseOfLowE-emissivityGlass
•UseOfCavityWallOnOuterWall
•UseOfShadingDevices
ClearShadeHoneycombGlazing
BetterLight
DiffuseVisibleLight
ToReduceGlare,
IncreaseUserComfort=Productivity
LIGHTINGDESIGN
LowEmissivityGlass
Lowemissivityglassstandsforlowemissivityglass.This
glassvarieshasaspecialmetalcoating,technically
knownaslowemissivity,ore-coating.
LowEmissivityGlassHasManyAdvantages:
•Thelow-ecoatingreflectsheatbacktoitssourcessoithelpsyour
homestaycoolerinthesummerandwarmerinwinter.
•Thecoatingwon’tscratchoffbecauseitisappliedtotheinsideof
theglass.
•Ithelpsprotectsagainstuvfadingofanynearbyfurniture.
•Itrequiresnospecialcleaning.
Theradiationcomingfromyourheatingsystemandyour
furnitureandfurnishingislongwaveradiation.Thistype
ofradiationsshouldbecontainedinyourroombestas
possible,whiletheshieldedandreflectedbackoutside.
LowEmissivityGlass,HowDoesItWorks?
OUTSIDEINSIDE
Lowironouterpane
Low–Ecoating
Cavitiesfilledwithinertgas
Edgeseals
Shortwaveradiation
transmittedthroughthe
glass
Longwaveradiationreflected
backintotheroom.
LIGHTINGDESIGN
SHADINGDEVICES
ShadingDevicesUsedOnTheInsideOfTheBuildingReflectSomeOfTheRadiantHeatEnergyBackOutdoors,ReducingTheEnergyGain
FromTheSunByAsMuchAs60To70Percent.ExteriorShadingDevicesCanReduceTheEnergyPenetrationEvenMore–By90To95
Percent.
MOVABLECONTROL
Draperies,Shades,AndScreensAreAvailableWithWide
RangeOfMaterialThatVaryInTheirOpennessOfWeave
AndSurfaceReflectivityTheyProvideAlmostAnyDesired
DegreeOfLightTransmissionOrCompleteBlackout.
STATIONARYCONTROLS
FixedAwningsAndBuildingAndBuildingsOverhangs
ServeToShadeDirectSunlightAndReduceGlareThrough
TheUpperAreaOfWindows.TheyAlsoReduceThe
DaylightEnteringTheRoom,DecreasingTheIllumination
CloseToTheWindowAndThePenetrationIntoThe
Room.
ExternalShadeOverhang
NoDirectSunEnters
TheSpace
Blindwithindouble
glazedwindow
Internalshade:curtain
Sunlightenteredinspaceheat
betweenwindow&curtain.
LIGHTINGDESIGN
ENERGYCONTROL
Photosensors
Photosensors(alsocalleddaylightsensors)use
electroniccomponentsthattransformvisibleradiation
fromdaylightintoanelectricalsignal,whichisthenused
tocontrolelectriclighting.
TIMERS
ATimerAutomaticallyTurnsOnElectricLightingWhenIt
IsNeededAndTurnItOfWhenItIsNotNeeded.
OCCUPANCYSENSORS
OccupancySensor(AlsoCalledMotionSensor)
AutomaticallySwitchLuminairesOnAndOffToReduce
EnergyUse.
DIMMINGCONTROL
Adimmerprovidesvariationsintheintensityofan
electriclightsource.
LIGHTINGDESIGN
INCANDESCENTLAMPS
Theincandescentlampisasimpledevice–ahotwire
(thefilament)sealedinthegrassjar(thebulb).An
electriccurrentpassingthroughthewireheatsifto
incandescence,andthewireemitslight.Thefilament
wirediameterandlengthdeterminetheamountof
electricalcurrentdrambythelamp,regulatingitslight
output.
HOWANINCANDESCENTBULBWORKS?
Lampbulbsdonotcontainair,becausetheincandescent
tungstenwillreactwithoxygenintheairandquickly
evaporate.Originallythiswaspreventedbycreatinga
vacuuminthebulb.Today,Fillingthebulbwithinert
gasslowsbulbblackening,whichiscausedby
condensationofevaporatedtungstenparticlesonthe
innerbulbwall.Argon,nitrogen,kryptongasesarefor
thispurpose(someincandescentlamps,particularly
thosebelow40w,stillusevaccum).
WHYTHEREISANEEDTOSWITCHOVERINCANDESCENT
BULBWITHLED’S?
TheProblemWithIncandescentIsYouEndUpPaying
MoreInElectricityCosts.IncandescentAreInefficient–
90%OfTheEnergyGoesTowardHeatAndOnly10%
TowardsLight.IncandescentAlsoDon’tLastAsLongAs
CFLSAndLEDS.
LIGHTINGDESIGN
TYPESOFBULBSHAPES
TheFamilyOfLargeLampsContainsAboutOneHundredCombinationsOfGlassAndQuartzBulbShapesAndSizes.TheseVariationsAre
DesignedByATwoPartsAbbreviations:TheFirstPart,OneOrMoreLetters,IndicatesTheShapesOfTheBulb:TheSecondPart,A
Number,IndicatesTheDiameterOfTheBulbInEightsOfAnInch.
ForExample,AnA19IsAnArbitraryShapedLampThat19/8InchesInDiameter.
AArbitrary(WithFamiliarTeardropShape)
BFlame(Smooth)
CConeShape
CACandle
FFlame(Irregular)
GGlobeShaped
GTGlobe–Tubular
MRMultifacetedMirror–Reflector
PPearShape
PARParabolicAluminizedReflector
PSPear–StraightNeck
RReflector
SStraightSide
TTubular
LIGHTINGDESIGN
Lampbases
Incandescentlampshaveabaseatoneend,althoughsometubularlampshavebasesatbothends.Allbaseconductcurrentfromthe
electricalsupplyintothelamp.
SmallerLampsHaveSmallerBases,IncludingBayonet,
Bipin,Candelabra,Intermediate,Miniature,Mini-
candelabra,(‘’Mini-can’’),Twistand–Lock(TAL),And
Two–PinBases.LargerLampsHaveLargerBases,
IncludingMogulScrewAndMediumAndMogulBipost
Bases.
LampEfficacyIsTheRatioOfLightProduced(Measured
InWatt[W]).LampLifeIsMeasuredInHours.(Hrs)
LIGHTINGDESIGN
Lampbases
PrefocusDoubleContact
Miniature
Bayonet
Bayonet
Miniature
Candelabra
LIGHTINGDESIGN
TUNGSTEN–HALOGENLAMP
TheTungsten–Halogen(OrHalogen)LampIs
AnIncandescentLampWithASelectedGasOf
TheHalogenFamilySealedIntoIt.AsThe
LampsBurns,TheHalogenGasCombinesWith
TungstenMoleculeThatSputterOffThe
FilamentAndDepositsTheTungstenBackOn
TheFilament,RatherThanOnTheBulbWall.
ThisKeepsTheBulbWallCleanAndAtThe
SameTimeBuildsUpTheFilamentWireTo
CompensateForTheEvaporativeLossThat
ReducesItsDiameter,ThusMaintain
RelativelyConstantWattage.
Advantages:
•HalogenLampsAreSmall,LightWeight
•LowCostToProduce
•LongerLifeThanAConventionalIncandescent
•InstantOnTheFullBrightness,NoWarmUpTime,
AndItIsDimmable.
Disadvantages:
•ExtremelyHot(EasilyCapableOfCausingSevere
BurnsIfTheLampIsTouched)
•Explosion,TheBulbIsCapableOfBlowingAnd
SendingHotGlassShardsOutward.AScreenOrLayer
OfGlassOnTheOutsideOfTheLampCanProtect
Users.
•NotAsEfficientAsHidLamps(MetalHalideAndHps
Lamps)
LIGHTINGDESIGN
DISCHARGELAMPS
InElectricDischargeLamps,LightIsProducedByThePassageOfAnElectricCurrentThroughAVaporOrGas,RatherThanThroughA
TungstenWireAsIncandescentLamps.TheLightProductionByDischargeSourcesIsMoreEfficientThanTheElectricHeatingMethodUsed
InFilamentLamps.
FLUORESCENTLAMPS
AFluorescentLampsIsALow-PressureMercuryArc
DischargeSource.ItsOperationRepliesOnAnElectrical
ArcPassingBetweenTowCathodes,OneAtEitherEnd
OfAGlassTube.FluorescentLampsRequireABallastTo
ProvideTheProperStartingVoltageAndRegulatedThe
LampOperationsCurrent.
AluminumcapElectrodecellArgon/krypton
atoms
Glasstube
GlassstemCathodeshieldLiquidmercuryPhosphorcoating
LIGHTINGDESIGN
COMPACTFLUORESCENTLAMPS
CompactFluorescentLampsProvideHighEfficacy,ACRIOf82,And
10,000to20,000HrsLivesInASingle–Ended,Multi–TubeFluorescent
Lamp.TheyOperateInThePreheatAndRapidStartCircuitsModes;Many
HaveSignificantlyHigherLumenOutputPerUnitLengthThan
ConventionalSmallFluorescentLamps.
ADVANTAGES
While,Initially,TheyCostMore,CflsAreLessExpensiveInTheLongRun
BecauseTheyLastMuchLongerThanIncandescentBulbs.AndSinceCfls
UseAThirdOfTheElectricityAndLastUpTo10TimesAsLongAs
IncandescentBulbs,TheyAreMuchLessExpensiveOverall.YouWillSee
ANoticeableChangeInYourElectricityBillsOnceYouChangeOverToCfls
DISADVANTAGES
CflsAreNotSuitableForFocusedOrSpotlightOrWhereNarrowBeams
OfLightAreRequired.TheyAreMeantOnlyForAmbientLight.
LIGHTINGDESIGN
HowToReadBulbSpecification?
FluorescentLampsAreUsuallyIdentifiedByAn‘’F’’FollowedByWattage
,Shape,BulbDiameterInEightsOfAnInch,AndColor(PhosphorKind
AndCorrelatedColorTemperature).ForExampleF34t8/Re830IsA32W,
1-InDiameter,FluorescentLampWithRare-earthPhosphorsAndA
CorrelatedColorTemperatureOf3000K.
LIGHTINGDESIGN
REFLECTION
ReflectionIsTheReturnOfLightFromASurface.ItOccursWhen
APortionOfTheLightFallingOnTheSurfaceIsThrownBackBy
ThatSurfaceJustAsABallBouncesBackFromTheFloor.
SPECULARREFLECTION
ASmooth,HighlyPolishedSurface,SuchAs
Mirror,AlertsTheDirectionOfABeamOfLight
WithoutChangingItsForm.
SEMI-SPECULARREFLECTION
IrregularSurfaces,SuchAsThoseThatAre
Corrugated,Hammered,Brushed,Sandblast,Or
Etched,PartiallyDisperseOr‘’Spread’’The
ReflectionBeam.
DIFFUSEREFLECTION
RoughOrMatteSurfacesNeutralizeTheDirectionalNature
OfTheIncidentBeam.
TRANSMISSION
TransmissionOfLightThroughAMaterialIsAffectedByTwo
Things:
•TheReflectionAtEachSurfaceOfTheMaterialAnd
•TheAbsorptionAndRedirectionWithinTheMaterial.
DIRECTTRANSMISSION
TransparentMaterialsLeaveTheLight
DistributionUnchanged.
DIFFUSETRANSMISSION
DiffuseTransmissionDispersesLightInAll
DirectionsAndEliminatesTheDirectional
QualityOfTheBeam.
SEMI-DIFFUSETRANSMISSION
TranslucentMaterialsEmitLightAtWider
AngelsBecauseOfConfigurationsOnAtLeast
OneSideOfTheMaterial.
LIGHTINGDESIGN
SOLUTIONFORMAKINGAWORKSURFACEEFFICIENT
Adddiffusetransmitting
materialtoincreasethe
diffusionlightsource
Locatedlighting
equipmentoutsidethe
reflectedfieldofview.
Reduceglossiness
ofworksurface.
LIGHTINGDESIGN
MEASUREMENTOFLIGHT
PhotometryIsTheScienceThatMeasuresLight.FiveTermsAreCommonlyUsedToQuantifyLight“Intensity,Flux,ILLuminance,
Existence,AndLuminance.
Intensity-IsTheLightEmittedInSpecificDirectionByASource.
ProperlyCalledLuminousIntensityAndDefinedAsFluxPerSolid
AngleInAGivenDirection,ItIsMeasuredInCandelas(Cd).
Flux–IsTheLightEmittedInAllDirectionByASource.ItIs
MeasuredInLumens(lm).
IlLuminance–IsTheDensityOfTheLightAtAnyGivenPointOn
ASurface.ItIsMeasuredInFoot-candles(Fc).
Exitance–IsTheTotalQuantityOfLightEmitted,Reflected,Or
TransmittedInAllDirectionsFromSurface.ItIsMeasuresIn
LumensPerSquareFoot(Lm/Ft2).
Luminance–IsTheAcceptedTermForLightThatIsReflected
FromASurfaceInAGivenDirection(BackTowardsTheEyes).ItIs
MeasuredInCandelasPerSquareFoot(Cd/Ft2).
LIGHTINGDESIGN
Althoughinteriorsurfacearenotlightcontroldevices,theirreflectance
propertiesarefundamentaltothelightingdesign.Thequantityand
directionoflightreflectedfromthesesurfaceaffectboththeefficiency
oftheinitiallightdistributionandourperceptionofsurfacebrightness.
Wall,ceiling,andfloorsurfacesarelargearea“Reflectors”that
redistributelightintheroom.Highreflectancefinishes,suchaswhite
andoffwhite,promotemaximumuseoftheavailablelight,increasingly
darkerfinishesinterceptandabsorbincreasinglygreaterproportionsof
thelight.
Roomsurfacefinishreflectanceareobtainedfromthemanufacturersof
paints,allcoverings,ceilingtiles,floorcoverings,furniture,and
machinery.Thefollowingroomreflectanceareaguide.
Redwith50%brightnessRedwith25%brightness
SurfaceReflectance
Light
Whitepaper10%absorbed
90%reflected
Light
Blackpaper90%absorbed
10%reflected
White,Off–white,gray,lighttintsofblueorbrown
Mediumgreen,yellow,brownorgray
Darkgray,mediumblue
Darkblue,brown,darkgreen,andmanywoodfinishes
75–90%
30–60%
10–20%
5–10%
SURFACEREFLECTANCE
LIGHTINGDESIGN
ALuminaireProvidesPhysicalSupportElectricalConnectionAndLight
ControlForAnElectricLamp.IdeallyTheLuminaireDirectsLightTo
WhereItIsNeededWhileShieldingTheLampFromTheEyesAtNormal
AnglesOfView.LuminairesAreComposesOfSeveralPartsThatProvide
TheseDifferentFunctions:TheHousingTheLightControllingElements
AndTheGlareControllingElements.
TheElectricalConnectionAndPhysicalSupportForTheLightSource
AreProvidedByTheLuminaireHousingOftenItsElectricalAuxiliary
Equipment,WhenRequired,IsAlsoIncorporated.
LUMINAIRE
HOUSINGS
RECESSEDINCANDECENTDOWNLIGHTWITHJUNCTIONBOX.
LIGHTINGDESIGN
Semi-RecessedincandescentDownlightWithJunctionBox.Surface–mountedincandescentDownlightWithJunctionBox.
LIGHTINGDESIGN
PendantMountedIncandescentDownLightWithRecessedJunction
BoxByACanopy.
Track–MountedPAR38LensedWallWasher
LIGHTINGDESIGN
STEPSINVOLVEDINPLACINGLIGHTSOURCEONCEILING
Whetherprovidinguniformornonuniform
lightingorganizeluminairesinapattern
baseduponaninvisiblegridthatisrelated
tothearchitecture.
Forexample,A78’longroom
andluminaireswithamaximum
spacingof10’.Thesolution
presentediseightequalspaces
measuredtothecenterlineof
eachluminaire.
Toquicklyassessthepotentialofdownlightluminaireto
provideuniformilluminationofthehorizontalplane,SCis
thecentertocenterdistancebetweenluminairesbasedon
theirmountingheightabovetheworkplane.
PlacementOfLuminaire
Spacing
MountingHeight
Forexample,iftheSC=1.5,thenforan8-ftceilingHeight,
MH=8’-0’’-2’6’’totheworkplane
=5’6’’inAFF
S=5.5’x1.5=8.25’.
LIGHTINGDESIGN
HOWTOLIGHTEDUPTHEWALL
UniformityIsSlightlyImprovedWhenTheFloorHasAHigh
ReflectanceOrHasAHighReflectanceBorderAtTheWall.
IlluminationFromTwoOppositeSidesWithVerticallyMounted
FluorscentChannels
LIGHTSOURCE
WALL
LIGHTINGDESIGN
HOWTOLIGHTEDUPTHECEILING
COLOUMNMOUNTEDINDIRECTLUMINAIRE
FURNITUREMOUNTEDINDIRECTLUMINAIRE
LIGHTSOURCE
LIGHTRAYS
LIGHTSOURCE
LIGHTRAYS
LIGHTINGDESIGN
HOWTOLIGHTEDUPTHECEILING
LIGHTSOURCE
CEILING
A1:4PlacementRatioIsApplicableWhenLightIsEmittedFromOneSideOnly
A1:6RatioIsApplicableWhenLightIsEmittedFromTwoOrForSides.
LIGHTINGDESIGN
PLACEMENTOFLUMINAIRESINPATTERN
LuminairePatternsAnIrregularLuminairePatternOnThe
CeilingConfusesOrientationAndSpatialUnderstanding.
WeReactNegativelyNotBecauseTasksArePoorly
IlluminatedOrBecauseGlareProducesDiscomfort,But
BecauseOfTheDistractionProducesByTheLuminaire
Placement.
LIGHTINGDESIGN
DESIGN
Lightingdesignisaprocess.Specifically,itistheprocess
ofintegratinglightintothefabricofarchitecture.
Itisthedesigner’sroletosimplifythevisualprocessandtheenvironmentbackgroundsothatdistortionandirrelevantclutterareminimized
.Thegoalistoreducedistractionthattheenvironmentassistsconcentrationandconservesenergyforthedemandofmoreproductivetasks
andactivities.
LightingEquipmentIsIntegratedIntoPhysical
StructureOfTheBuildingInThreeWays:
BySelectingVisibleElementsThat
HarmonizeWithTheDesignMotif
ByIncorporatingHiddenElementsWithin
TheArchitecturalFormsAndSurface.
BySelectingVisibleElementsThat
HarmonizeWithTheDesignMotif
LightingConceptIsIntegratedIntoThe
ArchitecturalConceptInThreeWays
ByEnhanceTheOriginalDesigner’s
ConceptOfTheSpace
ByReinforcingTheActivityInThe
Space
HighlightingAreasToBeProminent
WhileDe-emphasizingAreas
LIGHTINGDESIGN
PLACEMENTOFTHELIGHTSOURCEAIMING30DEGREEANGLE
ThePlacementOfTheLightSourceDependsUponThe
Medium,SurfaceTexture,KindOfFrame,AndEnclosure
(GlassOrPlastic)OfTheObject.ForFlatWorksMounted
OnAVerticalSurface,TheOptimumLocationForALight
SourceIsUsuallyTAnAngleOf30DegreeFromNadir(
StraightDown)ToAverageEyeLevel(5’3”AFF).
LIGHTINGDESIGN
LIGHTINGDESIGN
LIGHTEMITTINGDIODE(LEDBULBS)
WhatAreLedAndWhatAreTheyUsedFor?
ALightingEmittingDiodeIsATwoLoadSemiconductorLightSourceEarly
LedWereOftenUsedAsIndicatorLampsForElectronicDevices,Replacing
SmallIncandescentBulbs.TheyWereSoonPackagedIntoNumeric
ReadoutsInTheFormOfSeven-SegmentsDisplaysAndWereCommonly
SeenInDigitalClocks.
HowDoesALedLightBulbWork?
LEDAreSemiconductorAsElectronicsPassThroughThisTypeOf
Semiconductor,ItTurnsIntoLight.ComparedToIncandescentAndCFL
Bulbs,LedLightsAreMoreEfficientAtTurningEnergyIntoLight.Therefore,
LessOfTheEnergyRadiatesFromTheBulbAsHeat.
WhyIsItBetterToUseLight?
EnergyEfficientLEDLightsAreUpTo80%MoreEfficientThanTraditional
LightingSuchAsFluorescentAndIncandescentLights.95%OfTheEnergyIn
LedIsConvertedIntoLightAndOnly5%IsWastedAsHeat.ThisIs
ComparedToFluorescentLightsWhichConvert95%OfEnergyToHeatAnd
Only5%IntoLight.
LIGHTINGDESIGN
COLORTEMPERATURESOFLIGHTBULBS
Asidefromthelightbulbitself,usekelvintemperaturecanalsohelpguideyouindeterminewhichfixtureisrightforeachroom.Weather
youneedanambientsourceoflightoroneforhighlyfocusedtasklighting,keepinmindthefollowingkelvinsranges.
•Lessthan2000K:Givesoffdimglowoflight,similartowhatyoumightfindcandlelight;bestforlowlightareaswhereambient
illuminationiswelcomed
•2000K-3000K:GivesOffASoftWhiteGlow,OftenYellowinappearance;bestforlivingrooms,diningrooms,bedroomsandoutdoor
spaces.
•3100K-4500K:givesoffabrightamountofwhitelight;bestforkitchens,offices,workspacesandvanitieswheretasklightingisneeded.
•4600K-6500K:givesoffabrightamountofblue-whitelight,similartothatofdaylight;bestfordisplayareasandworkenvironments
whereverybrightilluminationisneeded.
•6500Kandup:givesoffabrightbluishhueoflight,oftenfoundincommerciallocations;bestforbrighttasklighting.
LIGHTINGDESIGN
DEGREESOFBRIGHTNESSCONTRAST
DegreeOfBrightnessContrastEstablishedTheEmotionalSetting,WhichEitherReinforcesOrUnderminesTheIntendedActivity.
LowContrastEnvironment:
ALargeProportionOfDiffuseLightAndSmallAmountOf
FocusedLightProduceThisLowContrastEnvironment.
LowContrastLightingSystemAreIntendedToProvide
EasySeeingForVisualTasks,ToAllowRandom
Circulation,OrToPermitRelocationOfSurface
HighContrastEnvironment:
ASmallProportionOfDiffuseLightAndALargeAmount
OfFocusedLightProduceAHigh–ContrastEnvironment.
HighContrastLightingSystemRenderPatternsOfLight
AndShade;TheyIntentionallyEstablishedAHierarchy
BetweenForegroundAndBackGround.
•TheDegreeOfBrightnessContrastEvokesInSameWaysAsBackgroundMusic.ItAffectsThePerformanceOfTask,InfluencesThe
BehaviorOfPeopleAtWorkAndAtPlayAndImpactsTheAmountsOfContentmentAndPleasureWeExperienced.
LIGHTINGDESIGN
THETHREEELEMENTSOFLIGHT
1.AmbientLuminescence:
AmbientLuminescenceIsShadowLess
Illumination.ItMinimizeFormAndBulk.
ItDematerialize.ItReducesThe
ImportanceOfThingsAndPeoples.ItFills
PeopleWithASenseOfFreedomOf
SpaceAndSuggestInfinity.ItIsUsually
ReassuringAndRestful.
2.FocalGlow:
FocalLightIsDirective,CreatesABright
Centre;ItTellsUsWhatToLookAt,
Organize,MarksTheMostImportant
Element.ItCreatesSenseFSpace;YouCan
OrganizeDepthThroughASequenceOf
FocalCenters.
3.Sparkle:
SparkleIsScintillation.ItIsATiny
MicroscopicBombardmentOfPointsOf
Light–TheMostExcitingKindOfLight
ThereIs.ItStimulatesAndArouses
AppetitesOfAllKind;ChandeliersIn
DiningRooms,SequinsOnDresses,And
LightOnTheaters.
LIGHTINGDESIGN
THREEBASICSTYPESOFLIGHT
1.AmbientLighting:
AlsoCalledGeneralLighting,Ambient
LightingProvidesOverallIlluminationFor
ARoom,AndIsIntendedToCreateA
UniformLightLevelThroughoutASpace,
IndependentOfAnySpecialLightingThat
MayBeNeededInTargetedAreasOfA
Room.InMostHomeSettings,WhenA
PersonSwitch,AmbientLighting
IlluminanceTheSpace
2.TaskLighting:
TargetedToAParticularAreaOfARoom,
TaskLightingIsIntendedToIlluminateA
SpecificFunction.AreasOfHomeThat
RequireTaskLightingIncludeKitchen
CountersWhereFoodWillBePrepared;
LivingRoomSeatingAreasWhereReading
WillTakePlace;AndHomeOfficeDesk
SurfacesWherePaperworkWillBeDone.In
AKitchen,Under-CabinetLightingFor
CounterTop.
3.AccentLighting:
AlsoCalledHighlighting,AccentLighting
DrawsAttentionToAParticularObject,
SuchAsArtwork,Sculpture,PlantsOr
Bookcases.AccentLightingIsOftenUsed
Outdoors,ToHighlightABeautifulTree,
PlantOrWaterFeature,OrToDrawThe
EyeToAParticularAreaOfTheLandscape.
RecessedOrTrackLightingIsOftenUsed
ForAccentLighting,WithToBeFocused
PreciselyEvenOnASmallObject.
LIGHTINGDESIGN
Brightnessversusluminance
•BrightnessIsTheSubjectiveSensationThatOccursInTheConsciousnessOfAHumanObserver.
•LuminanceIsTheObjectiveMeasurementOfIntensityPerUnitOfProjectedArea.
DirectionsAndDistributionOfLight
SpecifyingTheDirectionAndDistributionOfLightInSpaceYieldTheDesiredBrightnessContrast.
ALuminaire(LightingFixture)EmitsInOneOfThreeDirections–Downward,Upward,OrMultidirectional-AndInOneOfTwoDistributions
–ConcentratedOrDiffuse.
TheSevenDirectionAndDistributionOfLight
LIGHTINGDESIGN
CONCENTRATEDDOWNWARDDIRECTLIGHTING
Luminaireswithnarrowbeam–spreadthattrackanupward
componentoflightproduceaconcentrateddownward
distribution.Whenlocatedinlowceiling,concentrated
downwardbeams–withspreadof30degreeofleethan
createsareaofhighluminanceonthefloorwithdarkareasin
between.Toavoidtobeunevenness,luminancewouldneed
tobeplacedinordinatelyclosetoeachother.Lowceiling
requiretheuseofdiffusedownwardluminaires.
DIFFUSEDOWNWARDDIRECTLIGHTING
Luminaireswithdiffusebeam–spreadandadownward
distributionproducediffusedownwardlight.Diffuse
downwardbeams–withspreadsfrom80degreeto120
degree–offeramorepracticallightdistributionformany
purposes.Thisgreaterpercentageoflightathigherangles
increasesincidentlightonverticalsurfaces,modelsfacesand
reducestheconcentrationofbrightnesswithinspace.
LIGHTINGDESIGN
CONCENTRATEDUPWARDINDIRECTLIGHTING
Aconcentratedupwarddistributiondirectslighttowardthe
ceiling.Withlightdirectedupwardandthedownward
componentremoved,theceilingbecomesvisuallyprominent.It
alsobecomesasecondarylightsourcebecauseofitsreflective
propertieswhenmountedincloseproximitytothesurface
beinglighted,concentratedupwardbeamscreatesisolated
areasofhighluminance.
DIFFUSEUPWARDINDIRECTLIGHTING
Adiffuseupwarddistributiondirectslighttowardstheceiling
andtheuppersidewallstocreatesuniformceilingluminance
forthepreventionofglareinareaswithvideodisplaysterminals
andtoemphasizestructuralformordecorativedetailonorthe
ceilingplanebecauseeachpointontheceilingreflectslightin
everydirections,diffuseupwarddistributionproducesaflatlow
contrastenvironment.
LIGHTINGDESIGN
DirectIndirectLighting
Luminancethatdeliverbothdirectandindirectcomponentsof
diffuselight,butnosidelighting,arecalleddirect/indirect.
Theyprovideefficientuseoflightonworkbyreflectinglight
fromtheceilingplane.
DiffuseUpwardIndirectLighting
Multidirectionaldistributioncreatedwithconcentratedbeam
–spreadiscalledmultidirectionalconcentrated.Itiscalled
semidirectif60%to90%ofthelumensaredirected
downward,andsemi–directif60%to90%ofthelumens
aredirectedupward.Ahighercontrast,nonuniform
brightnessconditionisproducedwithconcentrated
distributionpresentinboththeupwardanddownward
components.
LIGHTINGDESIGN
MultidirectionalDiffuseLighting
Multidirectionaldiffusedistributionisproducebyluminairesthatdeliver
bothupwardanddownwardcomponentsoflight.Theseluminairesemit
lightinseveraldirectionsatthesametime-towardstheceilingandwallsas
wellastowardsthefloor.Thereflectedlightfromtheceilingandtheinter
reflectionoflightinthespacediffusethedownwarddistribution,reducing
shadowandcontrastandcreatingauniform,high–brightnessinterior.
LIGHTINGDESIGN
GrazingLight
IsAppropriateHeavilyTexturedSurfaceSuchAsRoughPlaster,Masonry,
OrConcrete.ItIsDisastrousForFlatWallsOfSmoothPlasterOrGypsum
Board,However,BecauseSuchWallsAreNotTrulyFlat:MinorSurface
ImperfectionsSuchAsTrowelMarks,TapeAndNail-HeadDepressionsAre
MagnifiedByTheShadowThatResultFromGrazingLight.
DiffuseWashLight:ReducesTheLikelihoodThatSurfaceFlawsWillBe
NoticedAndStrengthensAnImpressionOfSurfaceSmoothness,ThisIs
MoreOrAnAcousticalTileCeiling.DiffuseWashLightFromTheFrontIs
ParticularlySuccessfulAtReducingOrRemovingShadowsAndSmall
VariationsInBrightness.
LIGHTINGDESIGN
LEDTRACKLIGHT(TR–004)-15WATT
Modelname:LEDtracklight(SSK–TR-004-15W)
Modelnumber:SSK–TR–004
Shaperound
Inputpower:15W
Size(mm):70X130
Colortemperature:4000K-5000K
CRI:morethan85
Beamangle:60deg.
Lumens:1300
LEDTRACKLIGHT(TR–003)-35WATT
Modelname:LEDtracklight(SSK–TR-003-35W)
Modelnumber:SSK–TR–003
Shaperound
Inputpower:35W
Size(mm):90X150
Colortemperature:4000K-5000K
CRI:morethan85
Beamangle:60deg.
Lumens:3150
LEDTRACKLIGHT(TR–0010)-45WATT
Modelname:LEDtracklight(SSK–TR-0010-45W)
Modelnumber:SSK–TR–0010
Shaperound
Inputpower:45W
Size(mm):90X160
Colortemperature:4000K-5000K
CRI:morethan85
Beamangle:60deg.
Lumens:4000
LIGHTINGDESIGN
Luminaires
Lightfixturesarethehardwarerequiredtoholdandoperateartificiallightsources;thelayoutoffixturesistheirarrangementintheroom.
TYPESOFLUMINAIRES:
Luminairesarethefixturesthathouse
lights.Theygreatlyaffectboththe
brightnessandthespatialdistributionof
thelight,becausethebounceand/or
filterthelightfromtheirlamps,for
differenteffects.Typesofluminairesare
generallycategorizedbytheir
distribution.Somecommondistribution
areshownbelow:direct,semidirect,
anddirect–indirect.
LIGHTINGDESIGN
Glarecontrol
GlareIsExperienced,WhenLamps,Windows,Luminaires,OtherAreasBrightnessThanGeneralBrightnessInEnvironment.GlareMayBe
DirectedAndReflected.DirectGlareResultFromBrightLuminaireIsTheFieldOfVision.ReflectedGlareDueToReflectionOfSuchA
SourceFromAGlossySurfaceItIsMoreAnnoyingThanDirectGlareCanAvoidedByAppropriateChoiceOfInteriors.
SometimesTheLensOrReflectorThatIsProvidingTheLightControlIsAlsoUsedToAchieveConcurrentGlareAndLampConcealmentAt
OtherTimesSeparateAreUsed.
Somewaystocontrolglarearelistenbelowandsomeonthenextpages:
LIGHTINGDESIGN
Bafflesandlouvers
Bafflesandlouversshieldglareatnormal
Viewingangles,therebycontributingto
visualcomfort
Coveslighting
Covesareusefultosupplementmore
energy-effectivelightingmethod,such
asrecesseddownlightingsystem.
LIGHTINGDESIGN
WhenSpaceConstraintsLimitTheCoveDesignSoThatTheSourceIsLocatedTooCloseToTheAdjacentWallAndCeiling,TheseSurface
WillAppearExcessivelyBright.ShieldsCanBeIncorporatedIntoTheCoveDesignToInterceptSomeOfTheLightAndPreventItFrom
ReachingTheUpperWall.
Thesetwopicturesshowsthe
dimensionsneedsforstrip
LEDoncovelightingforceiling
LIGHTINGDESIGN
LIGHTINGLAYOUTS
Giventhewidechoiceof
thedifferentlampsand
luminairesavailable,
infinitesetofdifferent
arrangementsofelectric
lightswithinaroomthat
willprovideacertain
illuminationlevel.The
primaryconcerninlighting
layoutistoavoidglareon
activitysurfaces.Suchglare
isresultoflightbouncing
directlyintouserseyes,
ratherthandiffusely.
LEDCEILIGNACCENTLIGHTING
LIGHTINGDESIGN
OTHERLIGHTINGSOURCESWHEREWEHAVETOCONTROLGLARE
Whethercomingfromdesklamp,overheadfixture
,orfromaunderawallcabinet,lightingfordesk
workshouldcomefromthesideorfromslightly
behindaworker.LightinginfrontwillCouseglare
MountPendantsOrChandeliers27To36Inches
AboveATable.PendantsWithTranslucentShades
ProvideAmbientAsWellAsTaskLighting
PENDANTANDCHANDELIERSLIGHTINGADESKTOP
1
2
LIGHTINGDESIGN
WALLSCONCES
ACCENTLIGHTING
3
4
WALLSCONCES
LIGHTINGDESIGN
OVERAKITCHENISLAND
Werecommendleaving30‘’–36‘’betweenthe
bottomofyourfixtureandthesurfaceofyour
island.Wheninstatingmultiplehanginglights
overanisland,thewidestpartofthefixtures
shouldbespreadatleast30’’apart.
OVERADININGTABLE
Werecommendleavingapproximately
30”-36”betweenthebottomofyour
fixturesandthesurfaceofyourdining
table.Thewidthofyourfixturesshould
beatleast6’narrowthanthewidthof
yourtableonallsides.
INANENTRYORHALLWAY
Hangingfixturesinentriesorhallwayshould
Comfortablyclearthethresholdofany
adjacentdoorsandtheheadsofallfamily
member.Leaveaminimumof7’fromthe
floortothebottomofthefixturesand4’
fromthefloortothebottomofthefixtures
and4’fromwidestpartofthefixturesto
anysurroundingwall.
LIGHTINGDESIGN
LINEARLIGHTFIXTURES
Thekeytosizinganelongatelight
fixtureisproportion.Werecommend
selectingalightalightmeasuringno
morethan2/3Thelengthofthetable
orisland.Considerhangingapairof
linearfixturetolightextralong
surfaces.
OVERAROUNDTABLE
Werecommendleavingapproximately
30’’-36’’betweenthebottomofyour
fixtureandthesurfaceofyourtable
chooseafixtureandthesurfaceoftable.
Chooseafixturewithawidthmeasuring
between½or¾thediameterofround
table.
CEILING10FEETORTALLER
Considertwo–tieredchandeliersforceiling
10’.Ortaller,manyofourhangingfixtures
shipwithanadditional6’ofchainormay
bealteredtoacustomoverallheightif
moreorlesslengthisneeded.
LIGHTINGDESIGN
18’’-24’’
18’’-34’’72’’
LIGHTINGDESIGN
BATHVANITY:ToBestIlluminateA
BathroomMirrorSconcesShouldBe
MountedJustAboveEyeLevelWhichIs
Approximately60”-65”FromTheFloor.
OVERAFRAME:AsARuleOfThumb,
TheWideOfAPictureLightShould
Measure½TheWidthOfTheFrameIt
WillIlluminate.ConsiderUsingTwo
EvenlySpacedPictureLightsAboveExtra
WideFrames.
BESIDETHEBED:IfABedSideSconcesHas
ASwitch,ConsiderLeavingApproximately
55”-60”FromTheFloorToTheTopOfThe
FixtureSoItMayBeEarlyReachedFromA
SittingPositionInTheBed
Tipsfromexperts
LIGHTINGDESIGN
KITCHENISLAND
BATHROOM
SCONCES
Thebottomoftheshade
shouldbe60–65”fromthe
floor.
BATHROOM
VANITY
Thefixtureshouldbeatleast
24”wideandshouldbethe
samesizeorsmallerthanthe
mirror.
Allow75-80”betweenthe
surfaceofthefloorandthe
bottomofthelightfixture.
≥24”
≥6”
36”-40”
Allow30–34”betweenthetop
oftheislandandthebottomof
lightfixture.
Y=Lengthofisland–(#ofpendantsxFixtureDiameter
4
Thespacebetweenthependantsshouldbelargerthanthe
diameterofthependant.
FOYER
CHANDELIER
Ifyouhavea2-storyfoyer,
thebottomofyourfixture
shouldnotbelowerthanthe
secondfloor.
Foyerwithwindows,besure
tocenterthechandelier
withinthewindow.
KITCHENISLAND
LIGHTINGDESIGN
HOWTOCHOOSETHE
“OH–SO–PERFECT”
LIGHTINGSIZE
OVERA
TABLE
Fora
4’wide
Table:
Thefixture’s
diametershouldbe
1/2to2/3thewidth
ofthetable.
Allow30-34”
betweenthesurface
ofthetableandthe
bottomofthe
fixture.
NOTOVERATABLE
Foranidealfixture
diameter,takenthe
sumofyourroom’s
lengthandwidthand
converttoinches.
Allow7feetfrom
thefloortothe
bottomofyourlight
fixture.
Fora
10’×10’×10’
Space:
25”-30”
20”10+10=
Eachfootofceilingheightshouldrepresent2.5-3”foryourchandelier’sheight(excludingchain).
24”-32”
30”-34”
Lighting
66’’
APRROX.¼
TheFixturesShouldBe
InstalledSlightlyAboveEye
Level.OnATypicalDoorThis
MeasureOutTo
Approximately66Inches
AboveT
LIGHTINGDESIGN
EXTERIORSCONCES:
FixturesShouldMeasure
Approximately¼TheHeight
OfTheDoorway.
LIGHTINGDESIGN
CANTILEVERARM
SURFACE-MOUNTEDFLOORLUMINAIRESUPRIGHTSUPPORTINGTUBE
MAST
RECESSEDFLOORLUMINAIRES
FAÇADELUMINAIRES
LIGHTINGDESIGN
DIAMETERSOFLAMPS
LIGHTINGDESIGN
LIGHTINGDESIGN
METHODSOFLIGHTINGDISPERSEMENT
LIGHTINGDESIGN
LIGHTINGLAYOUT
LIGHTINGDESIGN
MEASUREMENTOFLAMPS
LIGHTINGDESIGN
LAMPSHAPEGUIDE
LIGHTINGDESIGN
LAMPSHAPES
LIGHTINGDESIGN
LIGHTBULBTYPES
LIGHTINGDESIGN
BULBCHOICES
LIGHTINGDESIGN
LIGHTINGDESIGN
MANSI SHARMA
Product Design
RENAISSANCE FURNITURE
In Renaissance Time Period, Artists Drew From The Rich Heritage Of Ancient Culture.
Using Wood Techniques, And Sculpture Working Stone
MOTIFS
Shell Motifs(Naturalistic)
Foliage (Plant Motif),C And
S Scroll Motifs, Oriental
Motifs, Etc.
Chairs were light and easy to move chair
armrest and sent in trapezium shape. cross- -
structure made from two pairs
MATERIAL
Walnut wood, inlay work , deep relief
sculpture work. Leather and damask, velvet
or goblin fabric for upholstery work Panels with beautifully carved. Stretchers were set
– out as X from with a vase from or turned finial
placed at the intersection.
The Seats And Backrest Of Sofa Were Made Of
Lattice And Frame Panel. High Backrest Was
Mainly Used
Round Pillars On Beds And A Hook Was Used Carving
– Inlay Work, Turning, And Gilding. In The Early
Italian Renaissance Period On Beds Canopy Was
Used
in
ROCOCO FUTNITURE
Rococo Was An Artistic Movement And Style Which Affected Many Art:
Sculpture, Painting, Architecture, Interior, Furniture, Ceramic, Etc.
MOTIFS
Shell Motifs(naturalistic)
Foliage (Plant Motif),c And S
Scroll Motifs, Oriental
Motifs, Etc.
Rococo Chair Were Not Only Shape But Also
In Shape But Also In Dimension Which Were
Adjusted As Per The Need Of User.
Chippendale Design Were Almost Used.
MATERIAL
Dark Ebony Wood, Light – Colour, Red
Veneers Of Exotic Tress, Such As Amaranth,
Lemon, Rosewood, Olive, And Mant More. Tables Can Be Easily Moved Around For Gathering.
Scroll Foot Was Mostly Used. The Back Legs Were
Straight And Slightly Curved
Sofas Were Lightweight, Physically And
Visually. Cushions And Detached Arms.
High Backrest Was Used And Log Height
Armrest With Cushions Used.
Bed Did Not Differ Significantly Among
Themselves In The Form Of Canopy Or The
Height Of Cases, They Have Visible Lightness, As
Well As Clear Differentiation In Men’s And
Women's Bedroom Design.
in
BAROQUE FUTNITURE
Baroque Style Was Introduced In 1600 In Italy, And
After That Was Spread Across Europe.
MOTIFS
Shell, Scroll, Rosettes, Foliage,
Masks, Ram’s Head And Sun.
Large Mirrors, Crystal
Chandeliers, And Door Knobs.
Formal And Highly Ornament Grand Scale
Comfortable Upholstered Back And Seat.
MATERIAL
Oak, Walnut, Ebony, And Rosewood Was
Used. Gold Colour Typically Used Marquetry
Work With Fabric And Velvet Tables Were Characterized By Strong Resemblance
To Dutch Tables With Screw Trued Legs.
Heavy Furniture For Sitting, Comfortable And
Shows The Wealth Of The Person Sitting On The
Sofa. Armrest Were Scroll And The Legs Cabriole
Shaped But Some What Massive.
Beds Were Covered Over The Top With Corners
With Feather Or Finials. Walnut Wood Was Used
In Furniture. Beds Were Heavy Ornamented To
Show Richness Of The Person.
in
SKELETAL
FURNITURE
ELEMENTS
 Skeletal Furniture Is A Type Of Liner And Surface
Structure, In Which Elements Do Not Close A Space.
Like In The Group Of Case Furniture.
 Main Elements, Forming The Function And
Construction Of The Furniture Leg, Backrest Board, Top
Panel, Etc.)
 Complementary Elements, Providing Only The
Function Of Furniture Piece ( Insert Of Worktop,
Armrest, Etc. )
 Compensatory Elements , Which Can Improve
Satisfactory Stiffness, Strength, Durability And
Reliability Of Construction.
USES
The Most Characteristic
Representation Of Skeletal Furniture
Are Chairs And Tables. Usually
Frame Elements Of Chair Are
Connected Using In Separable
Connections, Which Provide
Strength Of The Construction.
MATERIALS
 Beam Or Rod Elements Derived From Wood,
Profile Made Of Plastic And Metal.
 Elements In Form Of A Board Made Of Wood
Fitting Made Of Metal Or Plastic.
 Panel Element, Obtained From An MDF
Board, HDF Board, Composite Board With
Lignocellulose Particles, Plywood, Etc.
External Surface, Visible In The Furniture
Piece At A Position Of Use. This Includes All
Surface Of Beam, Rod, And Panel Elements.
Invisible Surface, Those That Are Invisible
In The Furniture Piece During Its Use In
Accordance With The Intended Purpose.CHAIR
SOFA
TABLE
UPHOLSTERED
FURNITURE
ELEMENTS
Upholstered Furniture Belongs To A Group Of Products Of
Complex Structure And A Multifaceted Manufacturing
Process. Upholstered Furniture Fulfills Several Functions –
Usable, Ensuring Comfortable Re – Laxation, Sleep Etc.
 Main Elements, Without Which The Furniture Piece
Cannot Provide The Necessary Stiffness ( The Rail Of
An Upholstery Frame )
 Complementary Elements, Without Which The Product
Does Not Meet The Necessary Stiffness, ( The Bottom
Of A Container )
 Compensatory Elements, Which Can Improve The
Quality Of Bearing Structure ( Additional Rail On Bars )
USES
Upholstery furniture can be used to
make tamboured chairs, armchairs,
benches, sofas, couches, lounges,
mattresses at both residential and
commercial spaces.
MATERIALS
 Board : Chipboard, Carpentry, MDF, HDF,
Cellular
 Composite With Lignocellulose Particles,
Plywood, Etc.
 Wood, Metal And Plastic.
 Natural Raw Materials(straw, Sea Grass,
Coconut Fiber, Wool, Feathers, Horsehair,
Etc.)
 Elastomers(polyurethane, Polypropylene, Etc.
)
Upholstered Furniture Divided Into 3 Parts
–
For Sitting – Chairs, Armchairs, Benches,
Sofas, Etc.
For Reclining – Couches, Beds, Lounges,
Etc.
For Sitting And Reclining – Sofa, Couches,
Corner Sofa With Reclining Functions, Etc.SITTING
SITTINGF & RECLININGRECLINING
MODULAR
FURNITURE
Single – Bodied
It Is A Type Of Modular Furniture
Which Is Designed On The Basis Of A
Body With A Universal Structure
Elements
Multi – Bodied
Multi Bodies Maintains Unified And
Repetitive Closed Dimensions Of The
System.
Universal For Completion
In This Type Of Modular Furniture
Universal Elements Used For
Completion Of Furniture. This Can
Be Done Vertically, Horizontally
And Marti wise.
On A Frame
In This Modular Furniture The
Complete Body Of Furniture Is In
A Frame. As It Creates An Great
Aesthetic.
For Hanging
This Modular Type Of Furniture
Done By Using A System Of Simple
Connections Between The
Elementary Solid Furniture, Used
For The Purpose Of Hanging.
Quality OF Furniture
Classification Of Furniture
The Division Of
Furniture In
Terms Of
Quality
Quality Of
Furniture
Quality Of Furniture
Manufacturing Requirement Of The User
Structural Properties Functional properties
Technological Properties Aesthetic Properties
Economic Characteristics Useful properties
Quality of joints and materials
characteristics of cross-sections
and placement of elements,
reliability of joints, elements and
whole structure
Dimensions of the furniture and
anthropometric characteristics of
user population. Criteria of
ergonomics and comfort. The
suitability of the use of all functions
The ease and accuracy of
execution. Surface quality and
finis assembly and packing
Compliance of form, harmony of
proportions. Design and innovation.
Harmony of Colour and textures.
Adapting to the interior.
The price level of sales. Magnitude
of the actual cost of manufactured.
Product profitability
Stiffness, stability, strength,
durability, ease of assembly and
disassembly, convenience of
maintenance and ease of maintains
and operation.
CLASSIFICATION AND CHARACTERISTICS OF
FURNITURE
The Division Of Furniture In Terms Of The Manufacturing Technology
MACHINING MATERIAL
TYPE OF SURFACE
FINISHING
Carpentry
Turned
Carved
Typical Carpentry
Wooden
Veneered
Rattan
Transparent
covered
Special, Such As:
Marquetry,
Incrustation, Etching,
Burning, Gilding,
Laminating
Bent
Woven
Upholstered
Wicker
Reed
Metal
Soft
Semi - Soft
Hard
Leather
With Plastic
Others
The Division Of Furniture In Terms Of The
MANUFACTURING TECHNOLOGY
Carpentry – Turned, Carved and
Typical carpentry
Bent
Woven
Upholstered – Soft, Semi – Soft
And Hard
Metal
Leather
With Plastic
Others
Transparent
Wooden
Covered
Veneered
Rattan
Wicker
Reed
Special, such as marquetry,
incrustation, etching, burning,
gilding, laminating
Furniture Manufacturing
MATERIAL
Furniture
Manufacturing
TYPES OF
SURFACE
FINISHING
Furniture
Manufacturing
MACHINING
THANK YOU
Mansi Sharma
2nd Year Commercial Design Diploma
NSQF Level-6 Of NSDC
Dezyne E’cole College,
www.Dezyneecole.Com

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