BISYARI ROSLAN portfolio BUILDING SCIENCE SERVICES

BA (Hons) in Interior Architecture - BLD62304103247 - Building Sciences & Services Assignment One – Lighting and Vac Design for Comfort

Bisyari Bin Mohd Roslan 0328340 Ms Sharon 6/10/2021

OBJECTIVES To choose a room/space that is experiencing a faulty lighting and ventilation system and plan out a record of all main electrical fixtures namely, lighting and ventilation. In the end proposing a new improved design to overcome the problems faced by drawing out the electrical wiring and at the same time make informed assumptions, where not visible, based on my knowledge attained from the lectures I have attended thus far.

CHOICE OF CLIENT I, Bisyari Bin Mohd Roslan, will be using myself as the client of this project, as I have witnessed a situation that fits the criteria of this assignment upon completion. All images and measurements are taken by me and within the housing compound

CHOICE OF LOCATION Level one living room is the chosen area as there is an existing dilemma involving lighting and ventilation, the original idea was leaning on to my own room but I have decided the upper hall fits best to this assignment.

DESIGN PROPOSAL It is my intention to implement these improvements for the redesigning works of lighting and ventilation, as I got rid of the wall light and added two additioanal LED ceiling lights, for the ventilation aspects, a completely new ceiling fan with build in lights and exhaust fan is applied to the space, resulting in better visibility and air flow.

CHOSEN SPACE/ AREA/ OLD DESIGN

OLD DESIGN FLOOR PLAN

NEW DESIGN FLOOR PLAN

NEW DESIGN PROPOSED

OLD EXISTING DESIGN BILL

Rate (RM) Total (RM) References/notes 2 5.22 10.44 https://decorinteriorsus.com/ blog/in-depth-articles/lightingguide-choose-right-light-bulb/

No CL1

Description Cool daylight, incandescent bulb, 2600K-3000K

Unit NOS

CF1

Panasonic ceiling fan, grey, 130cm diameter, 5 blades, 75w

NOS

1

310.00

310.00 https://biggo.my/s/panasonic %20ceiling%20fan/?lang=en_S G&gclid=CjwKCAjw7-KBhAMEiwAxfpkWIekHdShgS8 9gmJWAwjrDqqIOj2I1XyyUdM New6-s5ur1v0sDFBPhoCGg4QAvD_BwE

WL1

Floral wall down light, incandescent bulb, warm white, 1000K-2000K

NOS

2

226.00

452.00 https://www.aliexpress.com/ w/wholesale-flower-walllights.html

Total cost

Quantity

772.44

OLD INSTALLATION FEES

No

CL1 CF1 WL1

Cost of each fixture (RM)

5.22 310.00 226.00

Cost of Number of Power installation fixtures rating per fixture required (W) (RM)

20.00 60.00 30.00

2 1 2

Lifespan Total initial Total annual Including Total Total operating Total cost (Hr) cost cost (RM) lifespan fixture and cost (RM) throughout (Times installation project (RM) fixtures cost (for 25 replaced years)(RM) in 25 years) 55 75 60

900 87600 1100

50.44 370.00 512.00

1,807.00 119,200.00 2,400.00

6 4 3

302.64 1,480.00 1,536.00

45,175.00 298,000.00 60,000.00

45477.64 299,480.00 61,536.00

NEW PROPOSED DESIGN BILL

Rate (RM) Total (RM) 4 17.00

No CL1

Description Warm white, LED bulb, 7.5W

CF1

Panasonic Wifi, WIFAN, 5-blade, LED NOS ceiling fan, 60"

1

1,049.00

1,049.00 https://www.panasonic.com/ my/consumer/airsolutions/ceiling-fan.html

EF1

KDK, Wall mount propeller, 20ALH, white

1

148.00

148.00 https://www.kdk.com.my/pro duct/20alh/

Total cost

Unit NOS

NOS

Quantity

References/notes 68 https://learn.eartheasy.com/g uides/led-light-bulbscomparison-charts/

1,265.00

NEW INSTALLATION FEES No

CL1 CF1 EF1

Cost of each fixture (RM)

17.00 1,049.00 148.00

Cost of Number of Power installation fixtures rating per fixture required (W) (RM)

40.00 80.00 30.00

4 1 1

2.5 85 60

Lifespan (Hr)

50, 000 80,000 60, 000

Total initial Total annual Including Total Total operating Total cost cost cost (RM) lifespan fixture and cost (RM) throughout (Times installation project (RM) fixtures cost (for 25 replaced years)(RM) in 25 years) 228.00 1,129.00 178.00

3,720.00 146,000.00 28,540.00

4 3 2

912.00 3,387.00 356.00

6,250.00 4,400.00 1,370.00

8,220.00 3,960.00 1,770.00

OLD FURNITURE

NEW FURNITURE

CHOICE OF SHOP

BA (Hons) in Interior Architecture BLD62304103247 Building Science & Services Assignment 2 – Indoor Comfort Design and Invention

Bisyari Bin Mohd Roslan 0328340 Ms Sharon Teh

CONTENTS

ASSIGNMENT 2 PART A : OBSERVATION AND MEASUREMENT OF 4 EXTERNAL WALLS

12345-

Floor plan Equation Wall material and R-value General wall temperature readings Wall calculation and observation

ASSIGNMENT 2 PART B : PASSIVE/GREEN INSULATION PRODUCT DEVELOPMENT

1234-

Product Identity Design & Developments Installation Costs

PART A : OBSERVATION AND MEASUREMENT OF 4 EXTERNAL WALLS

FLOOR PLAN

EQUATION

WALL MATERIAL AND R-VALUE

GENERAL WALL TEMPERATURE READINGS

7:00 AM -

Outdoor – 73’F Indoor – 70’F

12:00 PM -

Outdoor – 88’F Indoor – 79’F

5:00 PM -

Outdoor – 84’F Indoor – 76’F

WALL CALCULATION & OBSERVATION

WALL 01 – Master Bedroom

Wall area (sqft) = Length X Width = 14ft 8 X 8ft = 118.4 sqft

HEAT VALUE OF WALL

7:00 AM -

Area of wall X Difference Temperature / R value

=

118.4 X ( 73 – 70 ) / 0.8

=

355.2 / 0.8

=

444 btu/hr

12 :00 PM -

Area of wall X Difference Temperature / R value

=

118.4 X ( 88 – 79 ) / 0.8

=

1065.6 / 0.8

=

1332 btu/hr

5:00 PM -

Area of wall X Difference Temperature / R value

=

118.4 X ( 84 – 76 ) / 0.8

=

947.2 / 0.8

=

1184 btu/hr

WALL 02 – Upper Hall

Wall area (sqft) = Length X Width = 12ft 5 X 14ft = 175 sqft

HEAT VALUE OF WALL

7:00 AM -

Area of wall X Difference Temperature / R value

=

175 X ( 73 – 70 ) / 0.8

=

525 / 0.8

=

656.25 btu/hr

12 :00 PM -

Area of wall X Difference Temperature / R value

=

175 X ( 88 – 79 ) / 0.8

=

1575 / 0.8

=

1968.75 btu/hr

5:00 PM -

Area of wall X Difference Temperature / R value

=

175 X ( 84 – 76 ) / 0.8

=

1400 / 0.8

=

1750 btu/hr

WALL 03 – Bedroom One

Wall area (sqft) = Length X Width = 11ft X 10ft = 110 sqft

HEAT VALUE OF WALL

7:00 AM -

Area of wall X Difference Temperature / R value

=

110 X ( 73 – 70 ) / 0.8

=

330 / 0.8

=

412.5 btu/hr

12 :00 PM -

Area of wall X Difference Temperature / R value

=

110 X ( 88 – 79 ) / 0.8

=

990 / 0.8

=

1237.5 btu/hr

5:00 PM -

Area of wall X Difference Temperature / R value

=

110 X ( 84 – 76 ) / 0.8

=

880 / 0.8

=

1100 btu/hr

WALL 04 – Bedroom Two

Wall area (sqft) = Length X Width = 6ft X 10ft = 60 sqft

HEAT VALUE OF WALL

7:00 AM -

Area of wall X Difference Temperature / R value

=

60 X ( 73 – 70 ) / 0.8

=

180 / 0.8

=

225 btu/hr

12 :00 PM -

Area of wall X Difference Temperature / R value

=

60 X ( 88 – 79 ) / 0.8

=

540 / 0.8

=

675 btu/hr

5:00 PM -

Area of wall X Difference Temperature / R value

=

60 X ( 84 – 76 ) / 0.8

=

480 / 0.8

=

600 btu/hr

SUMMARY ON HEAT TRANSFER

Based on my thorough observation and calculation on heat transfer from walls, it has been stated that : -

WALL 01 & WALL 02 has the highest reading amount of heat transfer Peak amount of heat is given out at 1968.75 in the afternoon on WALL 02 Area & thickness of the wall does affect the amount of heat transfer Heat transfer of space does depend on the location of site, as WALL 02 adopts a sunlighteffect from the opposition of windows that can be found.

PART B : PASSIVE/GREEN INSULATION PRODUCT DEVELOPMENT

PRODUCT IDENTITY

Product Name = Flannel Panel Size = 60 cm x 45 cm Purpose = to be used as a heat insulator, reducing heat on affected locations Variation = Arrangement methods and Colour-way Materials = Polyutherane board, Mdf board, Insulation foam spray

DESIGN & DEVELOPMENTS

INSTALLATION

*CAPTION FROM LEFT TO RIGHT* PICTURE ONE – Polyutherane board (imitation) PICTURE TWO – MDF board on top of Polyutherane board PICTURE THREE – Insulation foam spray tested on MDF board PICTURE FOUR – 2 MDF boards arranged, surrounded with insulation foam on top of polyutherane board

PICTURE FIVE – Elevation view of prototype

COST MATERIAL

PRICE

POLYUTHERANE BOARD

RM 33.20 per square metre

MDF BOARD

RM 4.00 per A4 block

INSULATION FOAM

RM 64.00 per tin spray can

Cost of materials ( y )

Average cost ( x )

Design value

=

Polyutherane board A1 size + 2 MDF board A4 size + Insulation foam

=

RM 17.00 + RM 8.00 + RM 20.00

=

RM 45.00

=

Total prices collected from cutomers / Total number of customers

=

15 + 10 + 15 + 70 + 12 + 30 + 35 + 4.5 + 8 + 65 + 20 + 20 + 10 + 40 + 10 = 10 + 10 + 20 + 25 / 19

=

429.5 / 19

=

RM 22.61

=

(X–Y)

=

RM 22.61 – RM 45.00

=

- RM 22.39

PRODUCT OUTLOOK

PRICE REFERENCE

SUMMARY ON INVENTION

Based on my product research and ideation on heat reduction from walls, my product is to prove that : -

The materials selected will overcome heat tansfers on walls Relativity between functionality and design is made clear Reasonable price regardless of wall dimension Materials are accessible and easy to work with Promises a neat outcome (workmanship)

REFLECTION

Upon the completion of this assignment, it is to my personal opinion that I have expanded my knowledge regarding many aspects which includes the heat transfer from walls, heat calculations, heat insulating materials and market prices for materials involved. I have a much better understanding on matters stated and thoroughly enjoyed applying my learning outcomes performing this assignment. I would say, the idea of my own house involvement does make a difference on my contribution to this task.

BA (Hons) in Interior Architecture BLD62304103247 Building Science & Services FINAL RPOJECT – DESIGN OF BUILDING SERVICES

Bisyari Bin Mohd Roslan 0328340 Ms Sharon Teh

CONTENTS

PURPOSE OF TASKS -

Objectives Learning outcomes

TASK ONE : DESIGN OF BUILDING SERVICES ( A ) – Site Selection & Qualitative Description of Incorporated Building Services ( B ) – Designing & Justification of Building Services Selection & Location b.1.1 – Building Services & Justification b.1.2 – Qualitative & Quantitative Justification ( C ) – Water Supply Network & Drainage of Bathroom ( D ) – Integrated Building Services in Drawings

PURPOSE OF TASKS

PURPOSE OF TASKS

OBJECTIVES -

Gain knowledge on various building services in the role of construction in Technology and Design.

-

Study on the building services fixtures and features and understand the details of its integration into the building towards holistic design.

LEARNING OUTCOMES -

Understand and demonstrate the needs of building science and services in design, in response to comfort and green issues.

-

Illustrate a critical awareness of social responsible design and conforming to regulations.

-

Receiving and responding to information and teamwork and shown application of relevant knowledge through analytical and communication skills.

TASK ONE ( A ) – Site Selection & Qualitative Description of Incorporated Building Services

( A ) – Site Selection & Qualitative Description of Incorporated Building Services

CODE

NAME

LOCATION

QUANTITY

DL01

DOWNLIGHT 1

OUT DINER 1

1

DL02

DOWNLIGHT 2

CASHIER/BAR/IN DINER 2/OUT DINER 2/VIEW 1

10

DL03

DOWNLIGHT 3

TOILET

1

LB01

LIGHT BAR 1

OUT DINER 1

1

PD01

PENDANT LIGHT 1

CASHIER/BAR

1

PD02

PENDANT LIGHT 2

IN DINER 1/OUT DINER 2

4

LS01

LIGHT STRIP 1

IN DINER 2

1

WL01

WALL LIGHT 1

OUT DINER 2

1

CF01

CEILING FAN 1

OUT DINER 1/OUT DINER 2

2

AC01

AIR COND 1

CASHIER/BAR

1

AC02

AIR COND 2

IN DINER 2

1

TASK ONE ( B ) – Designing & Justification of Building Services Selection and Location

B.1.1 – Building Services & Justification

CODE

NAME

PRODUCT NAME

DL01

DOWNLIGHT 1

DL02

DL03

LB01

PD01

DOWNLIGHT 2

DOWNLIGHT 3

LIGHT BAR 1

PENDANT LIGHT 1

PRODUCT IMAGE

SIZE

PRICE

SIRIM LED Tracklight 12w LED COB Track Light Set 3 Light + 1 Meter Track Rail Warmwhite Black

1 Meter

Rm 12.50 – Rm 43.80

SIRIM LED Tracklight 12w LED COB Track Light Set 3 Light + 1 Meter Track Rail Warmwhite Black

1 Meter

G95 Big Globe E27 LED Round Light Bulb Energy Saving 6W Warm White Lighting Replace 60W Incandescent Lamps 6 Pack

157mm – 197mm

LED Bar Light AC220V High Brightness 8W 30CM 72LEDs 2835 LED Rigid Strip Energy Saving LED Fluorescent Tubes

30cm

DeHouze (SET WITH 7W BULB) Modern Pendant Light Ceiling Lamps Simple Design Black / White E27 Holder (TY218)

17cm x 19cm x 100cm

12w

9w

Rm 12.50 – Rm 43.80

Rm 139.00

6W

Rm 3.99 8w

7W

Rm 18.00 – Rm 25.30

PD02

LS01

WL01

CF01

AC01

AC02

PENDANT LIGHT 2

LIGHT STRIP 1

WALL LIGHT 1

CEILING FAN 1

AIR COND 1

AIR COND 2

LED 12W-24W Hanging down light pendant lamp ceiling

190mm x 75mm

Simple LED Pendant Lights For Bedroom Living Dining Room Bar Kitchen Checkroom Fixture Indoor Lighti Creative New Modern

10m – 15m

Nordic Led Wall Moon Lamp Iron Modern Decorative Stairs Led Light Home Bedside Round Glass Wall Lights Wood

15cm x 19cm x 18cm

ALPHA COSA XPRESS 54" & 40" REMOTE CEILING FAN 4 SPEEDS

54” – 40”

PANASONIC 2.5HP R32 4-way Non-Inverter Cassette Air Conditioner

256cm x 840cm x 840cm

MIDEA XTREME AIR CONDITIONER 1HP 09CRN8 R32GAS

835mm x 208mm x 295mm

Rm 23.00 – RM 38.00

12W 24W

Rm230.00

110V 240V

Rm140.00 RM165.00

90V 260V

68W

Rm198.00 Rm228.00

Rm3190.00

2.5hp

1hp

Rm799.00

B.1.2 – Qualitative & Quantitative Justification

ELECTRICAL APPLIANCE

APPLIANCE WATTAGE

KILOWATT (kW) ÷1000

QUANTITY

DAILY USE (IN HOURS)

MONTHLY USE (DAYS)

COMMERCIAL RATE

PRICE

DOWN LIGHT 1

12W

0.012

1

14

30

0.5

RM 2.52

DOWN LIGHT 2

9W

0.009

10

14

30

0.5

RM 18.90

DOWN LIGHT 3

6W

0.006

1

14

30

0.5

RM 1.26

LIGHT BAR 1

8W

0.008

1

14

30

0.5

RM 1.68

PENDANT LIGHT 1

7W

0.007

1

14

30

0.5

RM 1.47

PENDANT LIGHT 2

24W

0.024

4

14

30

0.5

RM 20.16

LIGHT STRIP 1

300W

0.3

1

14

30

0.5

RM 63.00

WALL LIGHT 1

320W

0.32

1

14

30

0.5

RM 67.20

CEILING FAN 1

68W

0.68

2

14

30

0.5

RM 285.60

AIR COND 1

1900W

1.9

1

14

30

0.5

RM 399.00

AIR COND 2

740W

0.74

1

14

30

0.5

RM 155.40

-

Kw x Quantity x Usage x Monthly x Comm Rate

=

Price Individually

-

TOTAL ELECTRICAL EXPENDITURE

=

Sum of Prices Individually

=

RM 1016.00

TASK ONE ( C ) – Water Supply Network & Drainage of Bathroom

TASK ONE ( D ) – Integrated Building Services in Drawings