Beirut BeirutDar Daral’uwbira al'uwbira Heng Kang Lin 1001852570 Heng Kang Lin
AR718 Architecture Design Studio - Ar. Qhawarizmi Norhisham & Mr. Bakhtiar Amir -
78% BEIRUT (URBAN)
22% OTHER CITIES (RURAL)
Currently, 78 % of the population of Lebanon is living within urban area.
An Introduction for the port of Beirut, Lebanon Beirut is the capital city of Lebanon and is home to the countries only major port. The city has a population 361,366 people, who vary widely in terms of their own cultures. With its 5000 year history, Beirut should be flourishing with a wide range of historical sites and cultural relics from the past. But Beirut has suffered a marked history, filled with war and turmoil that has destroyed large chunks of the cities history and moulded what we see today. Instead the city is host to modern designs and rapid urbanisation from the last 100 years, however it seems that this is no silver lining.
Happened on August 2020
AFTER
BEFORE
Explosion on the port of Beirut, Lebanon, Aug 2020 It was caused by a huge stock of ammonium nitrate that had been seized from a ship but never moved and unsafely stored. - ECONOMIC REGRESSION - UNEMPLOYMENT - MENTAL ISSUE Explosion in Beirut port has affected to various of aspect which included mental of people, economic of Beirut and reputation of Lebanon. The cultural subject matter is applied for the urban planning strategy in order to revive the three affected aspect with the aid of creative and talented locals, to improve the quality of life for the city’s inhabitants.
Aspect being
Mentally
Local Gove rnment Local Res
Loses their love one
Trauma struggles
Local & Intern atio n
Reside
nts f a
ci n gt
ea Far e
rs
Economic downturn
rau issu
s
al S
ma
Mus icia n
Disconnected from life
idents
e
Career recession
Mass emigrant to other country
Destroyed musical scene Economic downturn
Economically
Destroyed port image
Reputation
egan to feel like a possibility for the eration of post-war youth who were r change. Lebanon is surely not stuck st and it is thus one of the few Arantries which has an actual alternative its rich traditional music
2000-2020
2020
Beirut are being more and more popular with their music scene culture, helding sifferent scale of music events in the city
A Grandmother surrounded by destruction environment after Beirut blast, plays on ther piano.
2006
2020
Israel launches an offensive attack.
An exlopsion happened on the port of Beirut, due to the inproperiate . And there was more that 150 people has died.
History of Beirut
1950-1960
Beirut is a city with rich and unique music culture. The city has a plenty of talented people involves in music industry.
Following independence, many Lebanese artists emerged in the 1950s and 1960s. Mixing Western and Oriental music styles and instruments, the Rahbani Brothers popularized local folk music and made Lebanese music a highly distinguishable and unique genre.
After 1941
1975
The period after world war II, a number of artists emerged in Beirut, a fulcrum between oriental (eastern) and occidental (western).
Lebanese civil war began.
Project 1: Future Vision
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ort ical P s u M BeirutWelcome ~ ~
UNOPERATED PORT
DESTROYED BUILDINGS
1. Explosion and economic downturn (current) Beirut is a city flows with plenty of creativity. The city environment is youthful despite the situation of economic, religions or culture. However the current economic situation is limiting the development of these creators, and without any choice, many of the citizens is moving out from the country.
EXPLOSION GROUND ZERO
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EDUCATION
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PRODUCTION & PERFORMANCE
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2. RECONSTRUCTION (propose programmes) The new program is providing opportunity for people to learn and express themselves through music. It focus on music education, exploration, exchange, and production in music industry.
EXPLORATION
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ort P l a c i Mus e ~ t u r i Be Welcom ~
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UNDER SEA LEVEL PERFORMANCE & CULTURE INPUT AND OUTPUT
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3. EXPANSION (future) The future of Beirut port is imagine to be helding every size of music events, exploring the culture between people. People around the world would visit Beirut port to exchange culture and pust up the economy. Beirut port is therefore developing well in expanding their landuse to the sea level and up high in the sky.
CULTURAL PORT
RIGHT ELEVATION
Project 2: Urban Strategies
CREATIVE ECONOMY
CAPTURE INVESTMENT
EC O N O M Y
C E
C RE
E IV
L YC
AT
GO VE
CREATE JOB OPPORTUNITIES, FOSTER LOCAL ECONOMY
NT E M RN
T POR P SU
EXPORT
PRODUCTION
WHY IMPLEMENT CREATIVE ECONOMY PROGRAMS ? Creative Economy Program helps developing countries maximize their gains from these industries to generate employment and reduce poverty.
CREATE EMPLOYMENT NEEDS
The creative economy is an economic system that’s based on “the use of creativity to increase an idea’s value.” The concept is a transformation in present economic systems, where value is no longer based on traditional resources of land, labor, and capital; but on novel imaginative qualities. Within it, the creative industries generate income through trade and intellectual property rights, and create new opportunities, particularly for small and mediumsized enterprises. Creative work promotes fundamental rights, such as respect for human dignity, equality and democracy, all of which are essential for humans to live together in peace.
Hence in order to value and sustain on economic development, the urban strategies is focusing on people orientation. Because essentially it is the people and knowledge-based economic activities upon which the ‘creative industries’ are based.
MINISTRIES TO BE INVOLVED IN CREATIVE ECONOMY
SOLUTIONS
WHAT IS CREATIVE ECONOMY ?
CULTURE
TECHNOLOGY
FOREIGN AFFAIRS
Beirut Creates is a multidisciplinary effort focused on advancing Ethiopia’s creative sector while building public awareness of the value and impact of the creative industries on Ethiopia’s economy.
TRADE
INTELLECTUAL PROPERTY
PEOPLE ORIENTED
IMPLEMENTATION OF CREATIVE ECONOMY “Beirut have one crucial resource — their people. Human cleverness, desires, motivations, imagination and creativity are replacing location, natural resources and market access as urban resources.”
The urban mission is driven by two core tenets: community and advocacy. - COMMUNITY We strive to nurture, support, and build the capacity of Beirut’s creative sector at large, as well as, address the specific concerns of the locals. We also aim to serve as a unifying network for Beirut’s creative community by providing a platform for the exchange of ideas, resources, and experiences.
- ADVOCACY We strive to raise the profile of the creative industries in Beirut to government and civic stakeholders as an impact agent for economic and social innovation and to develop and promote policy recommendations that support and strengthen the growth of Beirut’s creative industries towards a more sustainable future.
URBAN STRATEGIES CONCEPT
FOSTERS & THRIVES ON CREATIVITY
TALENTED PEOPLE
EVERYONE TO HAVE ABUNDANT OPPORTUNITIES TO LIVE, WORK AND CREATE
Create useful, innovative content
Arts Gastronomy Recreation Entertainment Humanities Mass Media
PRODUCE
Key Community
PROVIDE
PROVIDE CREATIVE
Masterplan Programming
ECONOMIC OPPORTUNITIES
PORT
KNOWLEDGE EXCHANGE
Creative, Innovative & Attractive
HOW CREATIVE ECONOMY WORKS AROUND THE PORT AREA ? The programming of the urban strategies is to attract new talent with its progressive ethos, energetic atmosphere, and country root. With leveraging the local creativity asset to capture new creative talent. Through developing creativity industry around port area, it focus in inviting multicultural to the industry, create a diversify content to the local context.
Implementation
Creative Industry
L CU
OP ER PO S RTUNITIES &
SUPPORT
Experimentation
Social Networks
NT S
Public Space
RE MO
It promotes even ordinary people can achieve great things when given the right conditions, and within the creative port everyone is blessed with these “right conditions.” It’s a place of equal and abundant opportunity.
Initiative
VI CE S
It is concerned with the material well-being of all its citizens, especially the poor and disadvantaged. But it must be much more than that. It is an emotionally satisfying port and a port that stimulates creativity among its citizens.
TIV ATE LE A T & NOURISH
URBAN STRATEGIES CONCEPT
CREATIVE PORT BEIRUT, LEBANON
VISION An urban environment in connection with different creative industry background that promotes sustainable in creative economy. 01 SELF-CONTAINED Original port tend to focus on the industrial operations, hence the site was lack adequate infrastructures and amenity. A self-contained port can attract people to stay and keep the economy functioning in the open dynamic Industrial space to pass through quickly
popular destination to live+work+play
seperated community/ services
sharing benefit that from taking advantages
different size of company/ building
maxing typologies/ people/ size of enterprise
02 SHARING Due to the demarcation of the port industry boundary, people on both sides living their lives in their own region. The redevelopment site is a shared zone where people can take advantage of both side.
03 MIXING Port are often places where differences adjoin, but are not compatible, and thus easy to form social segregation. The redevelopment of port blurs the line, allowing the fusion of large and small programs, and becoming a place where differences coexist.
URBAN STRATEGIES CONCEPT
DETAIL BLOW UP 1 Commercial, living and education zone
DETAIL BLOW UP 2 Tourism and institutional zone
DETAIL BLOW UP 3 Proposed site location
Project 3: The renewal of the port of Beirut
Responding to the explosion
Connecting and healing people through culture
Maintaining the culture uniqueness in Beirut Design Brief Beirut is a city with talented people and multiple culture, but the economic crisis and finance development in the country is limiting them and making people starts to leave the country. Moreover, the explosion incident had took away lifes and left trauma to the people. But we believe that Lebanon people are strong and will rise again with their Hence, the project is intended to repond to the explosion site, port of Beirut, with connecting and healing people through culture and maintaining the multi culture uniqueness in Lebanon.
PRIMARY PROGRAMME
MUSIC PUBLICATION
MUSIC EXCHANGE/ EXPERIENCING
MUSIC INSTITUTION
music experiment
theatre hall
administration
rehearsal area
live room
instruments learning
studio
instrument lockers
instruments understanding
equipment room
reception area
live broadcasting
dj booth
individual training
collective practice room
music co-ordinator
make up room
bar
recording studio
changing room
drum classroom
storage
rehearsal area
teachers room
instrument retail
SECONDARY PROGRAMME
instrument repair
restaurant
laundry room
accommodation
PROJECT PROGRAMME
Morning 8am-12pm
Afternoon 1pm-6pmN
ACTIVE TIME PERIOD
ight 7pm-11pm
TARGET USERS
Elderly Enriching their social after retirement by meeting people with same hobby
learning
practicing
performing traditional music
learning
practicing
performing traditional music
Music pupils Learning traditional and contemporary music in the institutions
Music artist Produce music in the recording studio, and do live performs at night
producing music
performing contemporary music
performing contemporary music
visiting live room broadcast
enjoying live music performance
enjoying live music performance
explore local traditional music culture
explore local contemporary music culture
explore local contemporary music culture
Music enthusiast Come to enjoy the live music show, meeting new people, chilling with friends.
Tourist Visit to experience the local traditional and contemporary music culture
PRIVATE v.s PUBLIC
TARGET USERS
1. MUSIC HALL
2. DIRECTION VARIETIES
Everything start with the performance spaces
Following volume start from music hall and diperse into rotation volume, intend to lead the people get into the building
3. VOLUME D
Building volu diversified to suit diffe
DIVERSIFIED
ume become erent programs needs.
4. SEPERATED ENTRANCE
5. ACCOMMODATION WITH SEA VIEW
People used to carry with their own instrument, hence seperating the entrance could reduce circulation interruption.
The accommodation units facing to the sea to provide a good living environment for the habitor.
CONCEPTUAL BUILDING DESIGN DEVELOPMENT
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SITE PLAN NTS
17 LEGEND
1 2 15
2
16
3
10
14
11
13 9 12
4
5
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GROUND FLOOR PLAN NTS
6
8 7
1. ENTRANCE 2. CLASSROOM/ COLLECTIVE PRACTICE ROOM 3. PERSONAL PRACTICE ROOM 4. WASHROOM 5. TEACHERS’ ROOM 6. MANAGEMENT OFFICE 7. BROADCAST ROOM 8. EQUIPMENT ROOM 9. PERFORMANCE ORGANIZATION 10. THEATRE HALL 11. BACK OF HOUSE 12. PERFORMERS’ SUITE 13. BOX OFFICE 14. MUSICIANS SPACES 15. CAFE 16. ACCESS TO ACCOMMODATION 17. MUSIC PLAZA
ENTRANCE
MUSIC PLAZA
accommodation
cafe
access to theatre hall
access to institutional area
FRONT ELEVATION NTS
access to event area
music plaza
music plaza
classroom/ collective practice room
event room
RIGHT ELEVATION NTS
individual practice room
restroom
teachers’ room
music plaza
classroom/ collective practice room
RIGHT ELEVATION NTS
event room
individual practice room
17 LEGEND
1 2 15
2
16
3
10
14
11
13 9 12
4
5
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GROUND FLOOR PLAN NTS
6
8 7
1. ENTRANCE 2. CLASSROOM/ COLLECTIVE PRACTICE ROOM 3. PERSONAL PRACTICE ROOM 4. WASHROOM 5. TEACHERS’ ROOM 6. MANAGEMENT OFFICE 7. BROADCAST ROOM 8. EQUIPMENT ROOM 9. PERFORMANCE ORGANIZATION 10. MUSIC HALL 11. BACK OF HOUSE 12. PERFORMERS’ SUITE 13. BOX OFFICE 14. MUSICIANS SPACES 15. CAFE 16. ACCESS TO ACCOMMODATION 17. MUSIC PLAZA
access to theatre hall
entrance
classroom/ collective practice room
individual practice room
SECTION A-A’ NTS
restroom
teachers’ room
LEGEND 1. PUBLIC SPACES 2. EVENT ROOM 3. WASHROOM 4. MUSIC HALL
2
1
4
3
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FIRST FLOOR PLAN NTS
MUSIC HALL
17 LEGEND
1 2 15
2
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3
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14
11
13 9 12
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GROUND FLOOR PLAN NTS
6
8 7
1. ENTRANCE 2. CLASSROOM/ COLLECTIVE PRACTICE ROOM 3. PERSONAL PRACTICE ROOM 4. WASHROOM 5. TEACHERS’ ROOM 6. MANAGEMENT OFFICE 7. BROADCAST ROOM 8. EQUIPMENT ROOM 9. PERFORMANCE ORGANIZATION 10. THEATRE HALL 11. BACK OF HOUSE 12. PERFORMERS’ SUITE 13. BOX OFFICE 14. MUSICIANS SPACES 15. CAFE 16. ACCESS TO ACCOMMODATION 17. MUSIC PLAZA
music plaza
teachers’ room
broadcast room
REAR ELEVATION NTS
performers’ suite
accommodation
BACK ENTRANCE
performers’ suite
box office
performers entrance
24 units of accommodation
LEFT ELEVATION NTS
cafe
LEGEND 1. ACCOMMODATION
1
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SECOND FLOOR PLAN NTS
SPATIAL ZONING Public Zone
SUSTAINABLE DESIGN INTEGRATION
Semi Public Zone Private Zone Semi Private Zone
Green roof design
CIRCULATION
CIRCULATION
Vehicle
Vertical Circulation
Pedestrian
Horizontal Circulation
BUILDING MODEL nts
4. Technical Report
4.1 Planning & Building Guidelines
LEGEND EXISTING BUILDING PROPOSED BUILDING LANDSCAPE WATER VEHICULAR ROAD
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LEGEND - PURPOSE GROUP GROUP 2 - INSTITUTIONAL GROUP 3 - OTHER RESIDENTIAL GROUP 4 - OFFICE GROUP 5 - SHOP GROUP 7 - PLACE OF ASSEMBLY
LEGEND - SPACE 1. ENTRANCE 2. CLASSROOM/ COLLECTIVE PRACTICE ROOM 3. PERSONAL PRACTICE ROOM 4. WASHROOM 5. TEACHERS’ ROOM 6. MANAGEMENT OFFICE 7. BROADCAST ROOM 8. EQUIPMENT ROOM 9. PERFORMANCE ORGANIZATION 10. MUSIC HALL 11. BACK OF HOUSE 12. PERFORMERS’ SUITE 13. BOX OFFICE 14. MUSICIANS SPACES 15. CAFE 16. ACCESS TO ACCOMMODATION
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1 2 15
2
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13 9 12
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LEGEND - PURPOSE GROUP GROUP 2 - INSTITUTIONAL
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
GROUP 3 - OTHER RESIDENTIAL GROUP 4 - OFFICE GROUP 5 - SHOP GROUP 7 - PLACE OF ASSEMBLY
LEGEND - SPACE 1. PUBLIC SPACES 2. EVENT ROOM 3. RESTROOM 4. MUSIC HALL ................................................
................................................ LEMBAGA ARKITEK MALAYSIA
2
PROFESIONAL ARCHITECT
HKL
1
4 ................................................ MECHANICAL AND ELECTRICAL ENGINEERING
3 ................................................ CIVIL AND STRUCTURAL ENGINEERING
FIRST FLOOR PLAN SCALE : 1:350
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C&S ENGR
LEGEND - PURPOSE GROUP GROUP 2 - INSTITUTIONAL
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
GROUP 3 - OTHER RESIDENTIAL GROUP 4 - OFFICE GROUP 5 - SHOP GROUP 7 - PLACE OF ASSEMBLY
LEGEND - SPACE 1. MUSICIANS ACCOMMODATION
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................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL 1
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
SECOND FLOOR PLAN SCALE : 1:350
N
C&S ENGR
SOA
MEANS OD DETECTION ACCORDING TO UBBL TENTH SCHEDULE, THESE EQUIPMENT AREA PROVIDED TO FIRE STUDY
COMPARTMENT (II) INSTITUTIONAL FLOOR AREA CLASSROOM/ PRACTICE ROOM 410 m2 PERSONAL PRACTICE ROOM 140 m2 SUBTOTAL 550 M2
HEIGHT 3m
COMPARTMENT (III) OTHER RESIDENTIAL FLOOR AREA HEIGHT MUSICIAN ACCOMMODATION 357 m2 3.3m 2 SUBTOTAL 357 M
VOLUME M3 M3 1650 M3
VOLUME M3 1178.1 M3
HOSE REEL
AUTOMATIC SPRINKLERS
HOSE REEL IS PROVIDED FOR EACH FLOOR WHICH COVERED 30M OF AREA IN RADIUS
APPLIED TO THE ROOMS AT UPPER FLOOR
MANUAL ELECTRICAL FIRE ALARM SYSTEM LOCATED TOGETHER WITH THE HOSE REEL
CENTRAL BATTERY EMERGENCY ILLUMINANCE WHICH LASTED FOR MORE THAN 1 HOUR
CALCULATION FOR HORIZONTAL & VERTICAL EXIT WIDTH COMPARTMENT (IV) OFFICE FLOOR AREA TEACHERS’ ROOM 120 m2 MANAGEMENT OFFICE 122 m2 BOX OFFICE 71 m2 SUBTOTAL 313 M2
CAFE SUBTOTAL
COMPARTMENT (V) SHOP FLOOR AREA 339 m2 339 M2
HEIGHT 3m
HEIGHT 7.7m
COMPARTMENT (VII) PLACE OF ASSEMBLY FLOOR AREA HEIGHT 2 RESTROOM 456 m 3.3m BROADCAST ROOM 73 m2 EQUIPMENT ROOM 39 m2 MUSIC HALL 720 m2 12m BACK OF HOUSE PERFORMERS’ SUITE MUSICIANS SPACE EVENT SPACE V
337 m2 145 m2 168 m2 466 m2 2404 M2
7.7m
VOLUME M3 M3 M3 939 M3
VOLUME M3 2610.3 M3
VOLUME M3 M3 M3 M3 M3 M3 M3 18270.4 M3
A
OCCUPANCY LOAD
20 GROSS (ACCORDING TO SEVENTH SCHEDULE REQUIREMENT FOR PURPOSE GROUP V) GROUND FLOOR
B
LEVEL
C D
FLOOR AREA (M2) NUMBER OF OCCUPANTS (C/A)
550 m2 3
E F G H
NUMBER OF HORIZONTAL EXIT REQUIRED MINIMUM HORIZONTAL EXITS WIDTH (E X 550MM) NUMBER OF STAIRS REQUIRED MINIMUM STAIRCASE WIDTH (G X 550MM)
1 550 1 550
1. THE WIDTH OF STAIRCASE PROVIDED IS 1200 MM WHICH IS LARGER THAN THE SIZE REQUIRED. (COMPLY) 2. ALL OF THE HORIZONTAL EXITS WIDTH IN THE BUILDING ARE LARGER THAN 550MM WHICH COMPLY TO THE REQUIREMENT.
FIRE APPLIANCE ACCESS SITE PLAN FIRE HYDRANT PROPOSED A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
TURNING RADIUS: 6M COMPLY
PARKING GUIDELINE 90 DEGREE OF CAR PARKING: xx PARKING PROVIDED L:5M, W:3M H
90 DEGREE OF OKU PARKING: xx PARKING PROVIDED L:5M, W:3M
90M
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FIRE HYDRANT FIRE HYDRANT COVERAGE BOMBA ACCESS ................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL H
90M
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90M
MECHANICAL AND ELECTRICAL ENGINEERING
H
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H
SITE PLAN SCALE : 1:350
90M
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C&S ENGR
FIRE EXTINGUISHER SYSTEM GROUND FLOOR PLAN FIRE EXTINGUISHER SYSTEM
PROPOSED A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
MEANS OF ESCAPE (STAIRCASE) K
MEANS OF ESCAPE
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EMERGENCY LIGHT FIRE ALARM BELL AUTOMATIC SPRINKLERS FIRE HOSE REEL
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EL EL K
K
EL
EL
K
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EL
EL
LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
EL
EL
HKL
EL
EL EL
K
EL EL
EL
EL
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EL
EL K
K
K K
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SCALE : 1:350
EL
EL
EL
GROUND FLOOR PLAN
MECHANICAL AND ELECTRICAL ENGINEERING
EL
EL
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EL
CIVIL AND STRUCTURAL ENGINEERING
N
C&S ENGR
FIRE EXTINGUISHER SYSTEM FIRST FLOOR PLAN FIRE EXTINGUISHER SYSTEM
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
MEANS OF ESCAPE (STAIRCASE) K
MEANS OF ESCAPE
EL
EMERGENCY LIGHT FIRE ALARM BELL AUTOMATIC SPRINKLERS FIRE HOSE REEL
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K
K
EL
EL
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K
LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
EL EL
HKL
K
EL K EL
EL
EL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
EL
EL K
K
EL
................................................ CIVIL AND STRUCTURAL ENGINEERING
FIRST FLOOR PLAN SCALE : 1:350
N
C&S ENGR
FIRE EXTINGUISHER SYSTEM SECOND FLOOR PLAN FIRE EXTINGUISHER SYSTEM
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
MEANS OF ESCAPE (STAIRCASE) K
MEANS OF ESCAPE
EL
EMERGENCY LIGHT FIRE ALARM BELL AUTOMATIC SPRINKLERS FIRE HOSE REEL
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EL
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K
LEMBAGA ARKITEK MALAYSIA
EL
PROFESIONAL ARCHITECT
HKL EL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
EL
................................................ CIVIL AND STRUCTURAL ENGINEERING
SECOND FLOOR PLAN SCALE : 1:350
N
C&S ENGR
TRAVEL DISTANCE GROUND FLOOR PLAN LEGEND MEAN OF ESCAPE
PROPOSED A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
MEANS OF ESCAPE ( UBBL 229 ) ACCORDING TO UBBL 229, BUILDING IN THE TOP FLOOR WHICH MORE THAN 18.3 METRES ABOVE FIRE APPLIANCE ACCESS LEVEL SHALL BE PROVIDED WITH MEANS OF GAINING ACCESS AND FIRE FIGHTING FROM WITHIN THE BUILDING CONSIST OF FIRE FIGHTING ACCESS LOBBIES, FIRE FIGHTING STAIRCASES, FIRE LIFTS AND DRY OR WET RISING SYSTEMS. FIRE FIGHTING ACCESS LOBBIES SHALL BE PROVIDED AT EVERY FLOOR LEVEL AND SHALL BE SO LOCATED AT THE LEVEL DIDTANCE FROM THE FURTHERMOST POINT OF THE FLOOR DOES NOT EXCEED 45.75 METERS.
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THE TOPMOST FLOOR LEVEL OF PROPOSED BUILDING IS 7.2 m WHICH IS LESS THAN 18.3 m. HENCE, THE REQUIREMENT DOES NOT COMPILED IN THIS DESIGN OF BUILDING.
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
GROUND FLOOR PLAN SCALE : 1:350
N
C&S ENGR
TRAVEL DISTANCE FIRST FLOOR PLAN LEGEND MEAN OF ESCAPE
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
MEANS OF ESCAPE ( UBBL 229 ) ACCORDING TO UBBL 229, BUILDING IN THE TOP FLOOR WHICH MORE THAN 18.3 METRES ABOVE FIRE APPLIANCE ACCESS LEVEL SHALL BE PROVIDED WITH MEANS OF GAINING ACCESS AND FIRE FIGHTING FROM WITHIN THE BUILDING CONSIST OF FIRE FIGHTING ACCESS LOBBIES, FIRE FIGHTING STAIRCASES, FIRE LIFTS AND DRY OR WET RISING SYSTEMS. FIRE FIGHTING ACCESS LOBBIES SHALL BE PROVIDED AT EVERY FLOOR LEVEL AND SHALL BE SO LOCATED AT THE LEVEL DIDTANCE FROM THE FURTHERMOST POINT OF THE FLOOR DOES NOT EXCEED 45.75 METERS.
................................................
THE TOPMOST FLOOR LEVEL OF PROPOSED BUILDING IS 7.2 m WHICH IS LESS THAN 18.3 m. HENCE, THE REQUIREMENT DOES NOT COMPILED IN THIS DESIGN OF BUILDING.
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
FIRST FLOOR PLAN SCALE : 1:350
N
C&S ENGR
TRAVEL DISTANCE SECOND FLOOR PLAN PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
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................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
SECOND FLOOR PLAN SCALE : 1:350
N
C&S ENGR
4.2 Building Construction & Technology
PROPOSED SITE
Nouveau Secteur
Medawar Marfaa
Dar El-Mreisseh
Khodr
Jamia
Ain El-Mreisseh
Mina El-Hosn
Majidieh
Mina El-Hosn
Ras Beirut
Jounblat
Qantari
Gemmayzeh
Nejmeh
Manara
Rmeil
Rmeil
Serail
Sanayeh
Hikmeh
Saifi
Bachoura
Zarif
Tallet El-Drouz
Mar Nkoula
Mar Maroun
Zuqaq El-Blat
Snoubra
Qoreitem
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
Marfaa
Bab Idris
Hamra
Ras Beirut
Jisr
Mar Mikhael
Mustashfa El-Roum
Jeitaoui
Bachoura
Batrakieh
Yesouieh
Qobayat
Corniche El-Nahr
Furn El-Hayek Mar Mitr
Ghabi
Basta El-Tahta Raoucheh Ain El-Tineh
Nasra
Dar El-Fatwa Mousaitbeh
Achrafieh Achrafieh
Basta El-Faouqa
Mousaitbeh
Sioufi
Burj Abi
Tallet El-Khayat
Haidar
Hôtel Dieu Amlieh
Wata
Ras El-Nabaa
Mazraa
Adlieh
UNESCO
Malaab Parc
Mazraa
Mar Elias
Tariq El-Jdideh
0
................................................
N
Horch
2 km
Mise à jour: 01/01/2020
KEY PLAN
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NTS
LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
PROPOSED SITE
A
TB
T U
TE
O R Y
Y
AR
SI
D UN
BO
D
E
B
E
2m
:1
H
SE
CK
N
F
L
E
U
V
E
N
LOCATION PLAN
SITE PLAN
NTS
SCALE : 1:500
C&S ENGR
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
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................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
ROOF PLAN SCALE : 1:350
N
C&S ENGR
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
C
B
H
................................................ H C
D
1A
G A D
1H
B
1B 2A
................................................ LEMBAGA ARKITEK MALAYSIA
A
B1 C1
PROFESIONAL ARCHITECT
G
HKL
2B 1C
E
M 3B
F
................................................
4F
MECHANICAL AND ELECTRICAL ENGINEERING
2C
3F
1D 2F F1
D1
E
7D
................................................
1F
F2
CIVIL AND STRUCTURAL ENGINEERING
F
6D
2D
GROUND FLOOR PLAN SCALE : 1:350
3D
4D
5D
N
C&S ENGR
E
1F
G
H
1A
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
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REAR ELEVATION
................................................ LEMBAGA ARKITEK MALAYSIA
SCALE : 1:200
H
?
1D
M
E
2D F
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
RIGHT ELEVATION SCALE : 1:200
C&S ENGR
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
G
H
................................................
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
REAR ELEVATION SCALE : 1:100
C&S ENGR
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
1D
M
E
2D F
................................................
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
RIGHT ELEVATION SCALE : 1:100
C&S ENGR
H
1A
B
D
C
E
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
................................................
SECTION A-A'
................................................ LEMBAGA ARKITEK MALAYSIA
SCALE : 1:200
C
B
A
M
E
F
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
SECTION B-B' SCALE : 1:200
C&S ENGR
C
B
A
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
................................................
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
SECTION B-B' SCALE : 1:100
C&S ENGR
M
E
F
PROPOSED A 4 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
................................................
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
RIGHT ELEVATION SCALE : 1:100
C&S ENGR
UPPER LOBBY
CONTROL ROOM
STAGE BALCONY
PERFORMANCE STAGE
ORCHESTRA PIT
STAGE STORAGE
AUDITORIUM SECTION SCALE 1:150
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
CONTROL ROOM
WALL TO CEILING AND ROOF DETAIL
WALL TO SLAB DETAIL
SCALE 1:50
SCALE 1:10
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
MISCELLANEOUS DETAIL: BALCONY SEATING SCALE 1:20
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
MISCELLANEOUS DETAIL: ORCHESTRA PIT SCALE 1:50
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
STAIRCASE DETAIL
DETAIL - RISER, GOING, SPINDLE AND HANDRAIL
SCALE 1:50
SCALE 1:50
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HKL
A
B
A
C
1
B
C
D
1
2
2
3
4
3
ARTIST ACCOMMODATION - UNIT A
ARTIST ACCOMMODATION - UNIT B
SCALE 1:75
SCALE 1:75
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
SECTIONAL AXONOMETRY SCALE 1:200
PROPOSE A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON. AKTIVITI KILANG : PUSAT KOMUNITI KEBANGKITAN SEMULA UNTUK : YEBA (M) SDN BHD
................................................
HKL
SECTIONAL MODEL nts
4.3 Building Environmental Design & Sustainability Strategy
reduce initial temperature
thermal protection
GREEN ROOF Green roof is being proposed as a private landscape to theaccommodation. It is also helps to cool down the interior room temperature during summer.
rainwater buffer
4.4 Building Services
LIGHTING STUDY
DIMENSION OF SPACE Length, L = 13.5m Width, W = 9.8m
DIMENSION OF SPACE A= = 132.3m2
TYPE OF LIGHTING FIXTURE Ceiling Light LED Round Surface Mounted Diameter:169mm
NUMBER OF LAMPS IN EACH LUMINAIRE, N =1
LUMENS OF LIGHTING FIXTURE, F = 3200
HEIGHT OF LUMINAIRE = 3.3 m
HEIGHT OF WORKING PLANE = 0.8 m
HEIGHT BETWEEN LUMINAIRE AND WORKING PLANE, HM 3.3m - 0.8m = 2.5m
ROOM INDEX, K K= Space: Management office NTS
Natural daylight
Space: Management office NTS
Lighting fixtures =
LxW Hm (L+W)
9.8 x 13.5 2.5m (9.8+13.5)
= 2.27
NO. OF ROW OF FIXTURES REQUIRED ALONG WITH THE WIDTH OF THE ROOM
Calculation for Natural Lighting Required = Total Floor Area x 10% = 132.3 m2 x 10% = 13.23 m2
Natural Lighting Provided = Total Area of Openings = 50 m2
No. of row required = W/Smax = 9.8/ 3.75 = 2.6 = 3 rows
SPACING BETWEEN LUMINANCE
Assuming maximum spacing between luminaries to height ration for hanging lights in difusing luminaries = 1.5 Spacing between luminaries, Smax= 1.5 X Hm = 1.5 X 2.5 = 3.75 m
No. if fixtures required in each row = total fixtures / no. of row = 27/ 3 = 9 nos
AXIAL SPACING BETWEEN FIXTURES = L/no. of fixture in each row = 13.5/ 9 = 1.5 m
TRANSVERSE SPACING BETWEEN FIXTURE = W/ no. of row = 9.8/ 3 = 3.26 = 3.3 m
ASSUMPTIOIN OF REFLECTANCE VALUE % Ceiling:Wall:Floor = 70:50:20
UTILIZATION FACTOR, UF When K = 1.58, UF=0.57
ASSUMPTION OF MAINTENANCE FACTOR, MF MF= 0.8(Normal Condition)
STANDARD ILLUMINANCE, E E= 300 lux
NUMBER OF LUMINAIRES NEEDED, N N=
EA F x n x UF x MF N= 300 x 132.3 3200 x 1 x 0.57 x 0.8 N = 27.2 = 27 nos
VENTILATION STUDY
CALCULATION Room area = LxW = 13.5m x 9.8m = 132.3 m2 = 1424 ft3
UBBL
According to UBBL, by law, clause-39, natural ventilation minimum requirement of 5% for natural ventilation.
THERMAL ZONING
The area with direct sunlight zoning will gain more hear, whereas the best zone for user is the maximum illumination zone as it has moderate temperature and adequate lightings
by seventh schedule, management office is under purpose group IV, therefore occupant loads is 10 per sqm = 107.6 per sqft by third schedule, it requires 0.14m3 of air per minutes per occupants = 4.94 CFM per occupant No. of occupants = 1424 (room area in ft) / 107.6 = 13.23 Ventilation, CFM = 13.23 x 4.94 = 65.3562 CFM CFM to Tons 1 Ton of Cooling = 400 CFM 1 Ton of Cooling = 12000 BTU/hr 65.36(ventilation, CFM) / 400 CFM = 0.1634 Tons 0.163 x 12000 BTU/hr = 1956 BTU/hr
openings air conditioner cool air breeze hot air out
Cooling capacity of the air conditioner selected is 12000 BTU/hr Hence, No. of Unit Required = 1956 / 12000 = 0.163 = 1 nos Proposed wall mounted air conditioner 1 unit of wall mounted series air conditioner is provided Calculation for Natural Centilation required = Total floor area x 5% = 132.3 m2 x 5% = 6.615 m2 Natural Ventilation provided = xx m2 > (2.5m2)
PROPOSED A 3 STOREY BUILDING IN BEIRUT PORT, BEIRUT, LEBANON.
................................................
................................................ LEMBAGA ARKITEK MALAYSIA
PROFESIONAL ARCHITECT
HKL
................................................ MECHANICAL AND ELECTRICAL ENGINEERING
................................................ CIVIL AND STRUCTURAL ENGINEERING
C&S ENGR