ARCHITECTURE
PORTFOLIO GHASSAN ALANDIJANI 2022
GHASSAN ALANDIJANI
ABOUT ME C
SKILLS
B
D
Ghassan Mahmoud Alandijani graduated from King Abdualaziz University with Second class honors , Faculty of Architectural And Planing Department of Architecture. I like everything new, always looking for a place where i can learn new things. I hope to work on projects that are socially bene- ficial and reflect the possibilities of good architect- ture in Saudi Arabia. And also I interested in knowing new things about history,sports and electronics. Ability to Learn Communication Adaptability
Responsibility Teamwork Multi tasker
Master Bedroom
WD 3
W: 3.00 m H:2.60 m
Terrace
2.97 m 4.20 m
CW 11
W: 3.01 m H:2.60 m
GHASSAN MAHMOUD ALANDIJANI AN ARCHITECT CONTACT
CW 6
W: 2.00 m H:2.60 m
MOBILE +966547906095
ADDRESS
Ghalandijani@gmail.com
Jeddah , Saudi Arabia
PERSONAL INFORMATION
3.60 m
4.20 m
InDesign
Autocad
Illustrator
Microsoft Office
Lumion
Photoshop
DATE OF BIRTH
NATIONALITY
RELATIONSHIP
1997/10/04
Saudi Arabian
Single
EDUCTION 2017 - 2021 King Abdulaziz University KAUFAP - KAUARCH (GPA 4.57-5)
LANGUAGES Arabic ( Native )
English ( Intermediate )
Workshop (choose the right specialty)
Management Quality and Cost
Critical Thinking Skills
King Abdulaziz University 2020
King Abdulaziz University 2017
Persuasion Skills
King Abdulaziz University 2021
Continuous Devel of Business
King Abdulaziz University 2018
Effective Communication Skills
King Abdulaziz University 2020
King Abdulaziz University 2021
The Golden Rules in English
Building Contract
King Abdulaziz University 2019
King Saud University 2020
Workshop (Self-awareness)
Perception skills
Motivate Yourself in The Work
Thati Volunteer club 2019
King Abdulaziz University 2020
King Abdulaziz University 2021
Certificate of Excellence
Positive Learning
KAUFAP-KAUARCH 2019
King Abdulaziz University 2021
Certificate of Excellence
Relationship Management
KAUFAP-KAUARCH 2020
Management Experts 2021
Project Management Professional
Planning Strategies
(PMP) MOSBFC 2020
Reyada Institute 2021
Team Work Skills 1.2
Conflict Management
King Abdulaziz University 2020
Training at Saudi Airlince Company Appetenticeship. May 2019 - Jun 2019 Training at Makkiyoon - Urban Developers Appetenticeship. May 2020 - Jun 2020 Architect At Axis Lines Architecture , Interior Design And Construction Oct 2021 - Now
Workshop Unity VR
Dar Al-Hekma University 2021
Leading Work Teams on Projects
Council of NGOs 2021
Creative Leadership
King Abdulaziz University 2021
Digital Transformation
King Abdulaziz University 2021
Problem-solving skills
King Abdulaziz University 2021
King Abdulaziz University 2021
Member of the Saudi Council of Engineers 2019 - NOW
VOLUNTEER
CW 12
1.80 m
DN
Rhino
MEMBERSHIPS
CW 8
W: 3.60 m H:2.60 m
1.53 m
4.32 m
Revit
6.43 m
W5 W : 2.50 m H : 2.00 m
CERTIFICATIONS
WD 2
EXPERIENCE
80 m
WD 3
Hall
A
WD 4
A011
CURRICULUM VITAE
WD 2
Bathroom
1
3.50 m
W: 3.60 m H:2.60 m WD 4
7m 0m
2.16 m
CW 8
WC
7
2.05 m
3.30 m
3.60 m
1.40 m
2.90 m
SOFTWARE
14.60 m
Color Walk initiative (Placemaking) 2021 - NOW
TABLE OF CONTENTS Academic Projects
A
3.79 m
1 A
Bedroom W4 W : 1.20 m H : 2.00 m
2 3
UP
4.32 m WD 3
Dining room
4 CW 6
W: 2.00 m H:2.60 m
CW 7
W: 6.67 H:2.60
6.8
01
02
03
04
05
06
07
08
Graduation Project Studio l 8
Studio l 7
Studio l 6
Studio l 5
Studio l 4
Studio l 3
Intership
Working Drawing
AlUla Arts Center
AlWorod Neighborhood
MedRise Mix - Use Prime Hotels
Resorts Devolpment AlShafa Resorts
LowRise Mix - Use Dental Clinics
Row House
Villa North Obhor
Maziar Brick House
TABLE OF CONTENTS
Professional Projects
09
10
11
12
13
14
15
Resorts Project
Residential
Residential
Residential
Residential
Residential
Residential
Oulu Tourist Albaha
North Obour Jeddah
North Obour Jeddah
North Obour Jeddah
Khamis Mashit
Almadina City
AlBsatin
Graduation Project
AlUla Arts Center
01
01 Graduation Project Studio l 8
AlUla Arts Center Brief:
Interest in art and culture has increased among members of society in the Kingdom of Saudi Arabia over the past years, as has artists interest in displaying their work through social media, due to the lack of places that support, develop and financially support their talents. And to offer their work for sale, and to support their work by creating a cenetr for them that includes most of their activities that they need. The idea of creating an artistic cultural center that brings together young artists with giants in art and thinking. This gives them the opportunity to meet, exchange experiences, conduct courses and workshops, and present and exhibit works from international artists.
1.CONCEPT
First : AlGidadh
Old City
2.SP & FUN PROGRAM
Second :
Dadan Lihyanin
Third : Al-Hegr Madaen Saleh
90M
The main idea is to link the artistic center with the civilizations and cultures existing in the current situation on the land of Al-Ula thousands of years ago, and in every region of the center there is a focus on a civilization and on the current time as well.
Oasis
Al-Hegr Madaen Saleh
Dadan Lihyanin
Oasis
AlGidadh
Old City
Qasr al-Bint 85M
Old City
3.MASS DEVOLPMENT
Mechanical Room - 80 m2
Electrical Room - 50 m2
Toilets - 40 m2
Warehouse Cleaning - 70 m2
Services - 60 m2
Storage - 50 m2
Vertical Circulation
Corridors
Multipurpose Hall - 80 m2
Auditorium - 200 m2
Meeting Room 50 - m2
Management Offices 120 m2
Resturants 300 m2
Cafe - 60 m2
Open Space - 200 m2
Out door Gallery - 300 m2
Retail - 110m2
Security Room - 15 m2
Lobby - 60 m2
90
85
1.LAND
2.SETBACK
DIMENSION: 90x85=6300 M2
-Boundraries from all sides 10 m -Except The main street 20 m
3. SUBTRACTION TO CREATE AXES MOVMENT -Create a path from east to west. -Create a path from north to south
FIRST FLOOR
Toilets - 40 m2
Warehouse Cleaning - 70 m2
Services - 60 m2
Storage - 50 m2
Vertical Circulation
Corridors
Mechanical Room - 80 m2
Electrical Room - 50 m2
Library - 140 - m2
Lecture Room - 120 - m2
Private studio - 80 m2
Workshops - 130 m2
Gallery - 400 - m2
Lobby - 45 m2
Reception - 35 m2
FINAL FORM
Main Hall - 80 m2
Reception - 50 m2
Main Hall - 100 m2
GROUND FLOOR
4. ROTATION
5.VOID & SHIFTING
6. CONNECTION & ADDITION
A Rotation of the two northern buildings to create a space in the center for Exhibition.
- Cut to the northeast building to create a terrace. - Cut from the front of the restaurant.
- Creating a bridge linking the northwestern and northeastern buildings - Make a bridge linking the northern buildings with the south building.
4. ARCHITECTURAL DRAWING
4.1 FLOOR PLANS
1
2
3
4
5
6
9
8
7
10
A
A
18
19 20
B
UP
C UP
D
UP
E A
11
12
13
16
14
17
18
19
15 F
BASEMENT FLOOR PLAN
G
22
0
H
20
B
I
21
18
5
10
KEYS:
19
15
20 m
15
20 m
18. Mechanical Room 19. Elec 20. Storage 21. Services 22. Trash
HVAC
J B
1
2
3 4 5 6 7
8
A
9
10 2 1
A 3 13
4
16
14 HVAC
15
5
B
8.40
m
3
8
C
8.40
m
8
8
8
5
m
D
8.40
9 9
A
8
5
10
8.40
8
11
0
FIRST FLOOR
m
GROUND ON SITE
E
15
12
13
16
14
17
9
18
19
0
15
20 m
F
8 DN
G
KEYS:
7
8. Core
14.Kitchen
3. Lobby
9. Shop
15.Management
4. Reception
10.Cafe
5. Auditorium
11.Library 12.Out Door Gallery
16.Offices 17.Toilets 18.Mechanical Room
6. Warehouse
13.Resturants
19.Electrical Room 20.Storage 21.Services 22.Trash 23.Handcrafted workshops
7
Trash
B
H
Storage
18
I
HVAC
10
9
Electrical Mechanical Room
8.40 m
7. Security Room
8.40 m
9
1. Open Space 2. Main Hall
6
10
Services
11
B HVAC
J 8.40 m
8.40 m
6.97 m
9.49 m
8.40 m
8.40 m
6.78 m
5
10
KEYS: 1. Core
7. Warehouse
13. Mechanical Room
2. Offices
8. Workshops
14. Electrical
3. Reception
9. Private studio
15. Storage
4. Gallery
10. Lecture Room
16. Services
5. Terrace
11. Multipurpose Hall
17. Trash
6. Toilets
12. Seating area
18. Resturant
4.ARCHITECTURAL DRAWIN 4.1 SECTIONS
10
1
5
2
SECTION A-A
3
15
8
6 4
7
12
4
SECTION B-B
4.2 ELEVATIOSNS
NORTH ELEVATION
14
EAST ELEVATION
11
13
5. BUILDING SYSTEM 5.2 MECHANICAL SYSTEM
5.1STRUCTUR SYSTEM
HVAC
System Calculate
2 1
300mm thickness
Flat Slab
300 mm thickness
Load Bearing Wall
3 4
Column
200 x 800
L x W x H x 350
Raft Footing
600 mm Hight
Sub Core Bearing Wall
Flat Slab
H
4.00 m
V
2.108 m
TON
60 TON
A
605.246 m
H
4.00 m
2
2
70 TON
1188.91 m
2
2
4.752 m
2.622 m 80 TON
3
2.575 m
1.985 m
8.417 m
75 TON
60 TON
245 TON
2.232.903 m -
3
3
Total
437.257 m 6.00 m
3
140 TON
Resturant
2
2.122.794 m
4.00 m 3
2
2
2.420 m
3
2
Total
2
4.00 m
50 TON
4.00 m 3
2
2
Multiple uses
496.405 m
2
4.00 m
1.749m
Library & Management
643.808 m
2
3
Gallery
Cafe & Workshop
437.257 m
2
1st Floor
TON
Resturant
2
527.717 m
V
Elevator Bearing Wall
12000
Gr Floor Main Building A
=
3
9.794 m
2
5.3 PLUMBING SYSTEM GREY WATER BLACK WATER
DRAINAGE
290 TON
Column
COLD WATER HOT WATER
WATER SUPPLAY
DN FD
Concrete Ramp
FD
FCD
FCD
FCD
FCD
FCD
Concrete Besment stairs UP UP
DN
FCD
FCD
FCD
FCD
FCD
Main Core Bearing Wall
Besment Bearing Wall Raft Footing
FD
FD
5.ISOMETRIC
Sub Core Services
Management
Multiple Uses Resturant Library
Parking
CAFE Open Gallery Main building
Gallery
Shops
Stairs To Basement Services
Main Entrance Main Core
Urban Desigen Project
AlWorod Districts TOWARDS ... NEW MODEL OF DISTRICTS JEDDAH-AL WUROOD DISTRICT CASE STUDY
02
02 Urban Desigen Project Studio l 7
AlWorod District Brief:
expectations, are not stimulating for pedestrians and do not have public transportation, and some of them are not suitable for living in them.This project will focus on a neighborhoods in the city of Jeddah because there are many neighborhoods that have not received much enough attention and lack of social interaction and all this to reach a sustainable urban fabric and to raise the quality of life In the neighborhood.
1.URBAN DESIGEN 1.3 RELATIONSHIP WITH OTHER DISCIPLINES.
DISTRICT
STREET
PUBLIC SPACE
BUILDING
01
02
03
04 TEMPORAL
LANDSCAPE
DIMENSIONS
PERCEPTUAL & VISUAL
ALLEY
5
ARCHITECTURE
SOCIAL & FUNCTIONAL
1.2URBAN DESIGEN SCALE
STREET
LANDSCAPE
CITIES
NEIGHBORHOOD
PUBLIC SPACES
NEIGHBORHOOD
3
4
URBAN DESIGEN
ARCHITECTURE
CITY
1
MORPHOLOGICAL
URBAN PLANNING
STREETS
INFRASTRUCTURE TRANSPORTATION
URBAN DESIGN
2
TRANSPORT
ENGNEERING
URBAN PLANNING URBAN DESIGN
URBAN DESIGEN
ELEMENTS
It was defined as, a bridge between architecture and urban planning, and relationship between built and unbuilt space. the art of making better places for people and public life; a way of thinking.Urban design is concerned with the arrangement, appearance and function of our suburbs, towns and cities.
BUILDINGS
1.1DEFINITION
2.URBANISM 2.1 INTRODUCTION NEW URBANISM
2.2 THE PRINCIPLES The principles of urbanism can be applied increasingly to projects at the full range of scales from a single building to an entire community.
TRADITIONAL NEIGHBOURHOOD Pedestrian-oriented neighborhoods built in the early twentieth century .
CONNECTIVITY Interconnected street grid network disperses traffic & eases walking.
BALCONIES
CAFES
WALKING
CYCLING
OPEN SPACES
SMART TRANSPORTATION Network of trains connecting cities, towns, and neigh borhoods together.
New Urbanism Was taken and adopted as an idea to work on the design of the new neighborhood. We and urban designers take elements of New Urbanism into consideration when designing. What is New Urbanism ? It is an approach to urban planning and design that can be applied to a variety of scales, from a single block in an urban area to a large city area. The new urbanization is often referred to as the traditional neighborhood development because it recreates the urban look and feel.
New Urbanism Provides : Open Space , Sidewalks ,Cafes and Balconies To host everyday interaction and public life To host everyday interaction and public life.
WALKABILITY Walkability is a measure of an area's suitability for walking.
DIVERSITY Mixed-housing Mixed-use
New Urbanist streets are designed : For people ie walking, Cycling and Using public transportation.
Residential Retails Commercial Offices HOUSE
DEVELOP DENSITY Buildings, residences, shops, and services closer together for ease of walking, to enable a more efficient use of services and resources.
QUALITY ARCHITECTURE & URBAN DESIGN Taken together these add up to a high quality of life well worth living, and create places that enrich, uplift, and inspire the human spirit.
2.URBANISM A. SECTION STREET
Definition : Walkability Is A Measure Of How Friendly An Area Is To Walking. Factors Influencing Walkability Include The Presence Or Absence And Quality Of Footpaths, Sidewalks Or Other Pedestrian Rights-of-way, Traffic And Road Conditions, Land Use Patterns, Building Accessibility, And Safety.
YTHM
WIDTH
02. STREET CROSSINGS IMPLEMENTATION STRATEGY CHECKLIST
BUILDING
SIDEWALK
BUFFER
BICYCLE PARKING
LEAN
BUFFER
LEAN
BICYCLE
PARKING
BUFFER
BUILDING
PEDESTRIAN MOVEMENT
SIDEWALK
2.2.1 WALKABILITY
CONSIS TENT R H
2.4 m
2.4 m 1.5 m 4.0 m
3.0 m
04.UTILITIES
WALKABILITY STREET CROSSINGS RECOMMENDED
OFF-STREET PARKING AND DRIVEWAYS
NOT RECOMMENDED
Improve visibility for pedestrians in crosswalks by installing curb extensions/bump outs and advance stop bars, and eliminating on-street parking spaces adjacent to the crossing.
RECOMMENDED
RECOMMENDED
- Place utilities underground whenever possible. - Place utilities in the landscape areas and away from crosswalks or sidewalks.
03. ON-STREET PARKING
BUILDING FACADE BUILDING SIGNAGE AND LIGHTING
2
BUILDING
1
ON-SITE LANDSCAPING
NOT RECOMMENDED
RECOMMENDED
NOT RECOMMENDED
Provide angled or parallel on-street parking wherever possible.
RECOMMENDED
NOT RECOMMENDED
Eliminate street parking adjacent to pedestrian crossings.
RECOMMENDED
3
NOT RECOMMENDED
4
RECOMMENDED
BUILDING
BUILDING ORIENTATION
Incorporate such features as white markings, signage, and lighting so that pedestrian crossings are visible to moving vehicles during the day and night.
RECOMMENDED
BUILDING
UTILITIES
STREET PARKING
NOT RECOMMENDED
BUILDING
SIDEWALKS
NOT RECOMMENDED
- Design grade level entrances from the public right of way for pedestrians - Comply with Americans with Disabilities Act (ADA) guidelines at primary pedestrian entrances. Alternate approaches for persons with mobility limitations (such as a ramp next to the main path to the primary entry) should not be necessary.
Place Utilities Or Underground
0.6
3.AL-WROOD DISTRICT 3.1 SYSTEM DEVOLOPMENT
3.2 SUPER BLOCK DEVOLOPMENT
3.3 ANALYSIS 2.3.1 LAND USE
PHASE 01 : LAND AREA 1200 X 1200
PHASE 03 : MAIN STREETS
PHASE 02 : DIVISION INTO 12 LANDS
2.3.2 DENSITY
40
0m
0m
30
Step 1 :
Step 2 :
The design began by determining the dimensions of the plot (Super Block) 400 x 300, on which to begin the formation of a single super block .
We divided the Super Block on plots of land consisting of 9 plots, each plot area is 8960 sqm 112x80, surrounded by the main streets from the outside and the local streets from the inside .
PHASE 04 : BUILD THE SUPERBLOCKS
SCREPTING
SCREPTING 40 %
0m
20
PHASE 05 : DIVITION THE SUPERBLOCKS INTO 9 BLOCKS
PHASE 06 : BUILD THE URBAN COURT
Step 3 :
Step 4 :
Based on what has been studied in the residential neighborhoods, the public park and some small services were chosen in the middle to be a gathering point for the super block , with a diameter of 200 meters .
DISTANCE
PHASE 08 : HEIGHTS INCREASES WHEN APPROACH TO MAIN STREETS
WALKABLE
ISOVIST
0m
60
95
0m
PHASE 07 : DIVITION THE URBAN COURT INTO 8 LOTS
Then the main service places such as (education, commercial centers, entertainment, shopping, supermarket) were placed in the corners of the neighborhood and at the main intersections based on the case study .
m 0m 60
0 60
m
0m
0 60
B
95
0m
95
27 LE 0m
WA LK
0m
60
PHASE 09 : ATTRACTION POINTS
PHASE 10 : HEIGHTS INCREASES WHEN APPROACH TO MAIN STREETS
The blocks were distributed after we put the main services on the outskirts of the neighborhood, and then we began to gradually build the neighborhood from outside to inside to increase the urban diversity in the
neighborhood . PHASE 11 : FINAL RESULT
m
Step 5 :
SCRIPTING
PHASE 11 : FINAL RESULT
0 60
SCRIPTING
3.AL-WROOD DISTRICT 3.4 SUNPATH - JEDDAH
3.5 SITE LAYERS
GRASSHOPPER - LADYBUG
3.6 MASTER PLAN Step 1: The Site Area is 328,800
N 330
SCRIPTING
C
30
10 20
41.10<
30 40
300
38.49
60
50
35.88
60
33.27
70 80
30.66
E
W
28.05 25.44 22.83
120
240
20.22 17.61 210
150
<15.00
S
340
330
350
N
The Land Was Divided Into Three Plots, Two Residential And Commercial, And The Other Was Commercial, At The Front Of The Neighborhood 10
kWh/m2
20
1106.26<
30 40
320
RADIATION - JEDDAH
Step 2:
995.63
50
310
60
300
885.01
70
290
80
280
E
W
100
260
TOTAL RADIATION (kWh/m2) JEDDAH_MK_SAU_1980 1 JAN 1:00 - 31 DEC 24:00
110
250 130
230 210
200
190
S
170
442.50
110.63
150
160
553.13
221.25
140
220
663.76
331.88
120
240
774.38
<0.00
SCRIPTING
340
330
350
N
10
30
722.19<
40 50
310
649.97 60
300
577.75
70
290
80
280
E
W
100
260
DIFFUSE RADIATION (kWh/m2) JEDDAH_MK_SAU_1980 1 JAN 1:00 - 31 DEC 24:00
110
250
140
220
340
330
190
350
S
N
170
10
160
649.97 60
300
577.75
70
290
80
280
E
W
100
260
DIRECT RADIATION (kWh/m2) JEDDAH_MK_SAU_1980 1 JAN 1:00 - 31 DEC 24:00
110
250
140
S
170
160
433.31 361.09 288.88 144.44
130
230
505.53
216.66
120
240
190
The Main Services Were Added In The Middle Of The Neighborhood And It Is Considered The Main Structure For It (Community Center - Mosque - School Clinic)
722.19< 50
310
220
Step 4:
kWh/m2
30 40
200
288.88
<0.00
320
210
361.09
72.22
150
20
433.31
144.44
130
230
505.53
216.66
120
240
200
THE SUPER BLOCK WAS DIVIDED INTO NINE BLOCKS WITH MAIN AND SECONDARY STREETS
kWh/m2
20
320
210
Step 3:
72.22
150
Step 5: EACH BLOCK WAS DIVIDED INTO 12 RESIDENTIAL BUILDINGS, EACH BUILDING CONTAINS 8 UNITS
<0.00
WINDROSE - JEDDAH SCRIPTING
NNW
N
M/S
NNE
<14.40 NE
NW
WNW
ENE
W
E
ESE
WSW
SW
SE SSW
SSE S
Wind Rose Jeddah MK SAU 1JUN 1:00- 31 DEC 24:00 Hourly Data Wind Speed (m/s) Calm for 13.84% of the time = 711 hours. Each closed polyline shows frequency of 1.6%. = 84 hours
12.96 11.52 10.08 08.64 07.26 05.76 04.32 02.88 01.44 <0.00
Step 6: WE ADD A SETBACK IN THE MIDDLE OF THE BLOCK FOR ENTRY OF CARS AND A SIDE SETBACK NEXT TO THE BLOCK WAS ADDED TO CREATE A GREEN AREA
3.7 SUPER BLOCK
3.8 BLOCK -GROUND ON SITE
3.AL-WROOD DISTRICT 3.9 ELEVATIONS QUALITY OF ARCHITECTURE
RESIDENTIAL BUILDING FRONT ELEVATION
LOCAL STREET
RESIDENTIAL BUILDING BACK ELEVATION
ALLEY
65% VOIDE
40% VOIDE
NORTH - SOUTH
NORTH - SOUTH
RESIDENTIAL BUILDING FRONT ELEVATION
COMMERCIAL BUILDING FRONT ELEVATION
COLLECTORS ROAD 80% VOIDE
COMMERCIAL BUILDING BACK ELEVATION
ALLEY 40% VOIDE NORTH - SOUTH
NORTH - SOUTH
RESIDENTIAL MIX USE BUILDING FRONT ELEVATION
OPEN SPACE
RESIDENTIAL BUILDING FRONT ELEVATION
OPEN SPACE
RESIDENTIAL BUILDING BACK ELEVATION
COLLECTORS ROAD 80% VOIDE
ALLEY
NORTH - SOUTH
40% VOIDE NORTH - SOUTH
BUFFER ZONE
BICYCLE LANE
BUFFER ZONE
LANE SIDEWALK OPEN SPACE PARKING
LANDSCAPE
SIDEWALK
STREET FURNITURES
BUILDING BUFFER ZONE
LEAN LEAN STREET FURNITURES
SIDEWALK
LANDSCAPE
LANDSCAPE
SIDEWALK
SIDEWALK
LANDSCAPE
LEANS
PARKING
5M
SIDEWALK
BUILDING 12 M
5M
BUILDING STREET FURNITURES
3.AL-WROOD DISTRICT
3.10 SECTION QUALITY OF ARCHITECTURE
BUILDING
BUILDING
7.5 M
2.5 M
5M
5M
1M
5M
5M
7.5 M
MedRise Mix - Use
Prime Hotels
03
03 MedRise Mix - Use Studio l 6
Prime Hotels Brief:
A hotel is "a self contained commercial- establishment that tries to provide most of a vacationer's wants, such as food, drink lodging sports, entertainment and shopping on the premises. Similar to a hotel providing accommodation with the addidional premises of o ering amenities and programs for further relaxtion and recreation.
1. INFORMATION & DIGRAM
1.1 LOCATION
1.3 SITE ALTERNATIVE
1.4 SITE ALTERNATIVE HOTEL
Al-Rawdah, Sari St
Sari
VERTICAL CIRCULATION MAIN CORE
et Stre
OPTION 1 :
MANAGEMENTS
ROOM SERVICE
JEDDAH LAUNDRY
F.A.R F.A.R = 5.4
GYM
ROOMS
RESTURANTS
2
Floor Area : 80 x 60 = 4800 m
1.2 PROJECT DISTRIBUTION
76%
Total Built Area = 19.800 m
210 unit - 28 suite
HORIZONTAL CIRCULATION
Built Building Area = 25,000 2
75% Res.
RECAPTION
24%
OPTION 2 :
25% Com.
PARKING
Com.
119 Parking
31 Parking
REITAIL
HVAC
WATER TANK
12 Retail
Hotel
GREY WATER TANK
OPTION 3 :
1. INFORMATION & DIGRAM 1.5 DESIGN DEVELOPMENT STEP 1 :
1.6 SP & FUN PROGRAM STEP 2 :
STEP 3 : The following graphic shows between all types of uses in some ways and the relationship, and the above table shows, and some tables are shown to make them more clear. MUST SHOULD
m
Sa
a=
48
00
m 60
m
ri s tre
et
1.Setback
Boundraries from all sides 7 m Except The main street 10 m
ri s tre
63%
2
16337 m
2. Number of Storeys
Construction of the total volume of the 9-storeys building in accordance with the project height restriction.
STEP 5 :
640
(1 bedroom unit)
2
16337 m (%100)
2
ri s tre
et
et
AREA
Hotel
Sa
Sa
COMPONENTS
TOTAL AREA
Offices
126m (%51)
3. Void
Lobby
- Selection the core zone - Atrium in the middle - Pedestrian path - Cars Path.
STEP 6 :
Services
5%
Kitchen
LUNDRY
2
GYM
2
16m
Bathroom
6m
Kitchenette
8m
Living Room
20m
Dining Room
16m
Terrace
4m
Manager Office
24 m
Secretary Meetings Room
16 m 2 20 m
Office Space
40 m
Staff Room
20 m
18 m (%9)
275 m (%77) 2
85 m (%23) 2
80 m (%100)
Fitness
78 m (%100)
2
- Create the main entrance to the hotel - Create a special path way for visitors. - Creating many pedestrian path. - Creating a lot of shops.
- Terrace. - Shading.
FINAL FORM
COMMERCIAL
OUTDOOR
4. Ground Floor Axes Movment 5. Rotation & Shifting
3m
CAR PATH PEDESTRIAN PATH
6.5 m
et
2 2
200 m
2
2500 m 100%
6m
2
22%
2
Setting Area
3m
et
ri s tre
6m
2
(%40)
2.5 m
2
5.4 m
6m
2
2
25 m
Lundry
2500 m Urban
9m
5.4 m
3m
ri s tre
3m
et
Sa
Sa
12 m
ri s tre
3m
Sa
10%
2
Toilet (Female)
Retail 4032 m 70% 2
5760 m
2
Services 1728 m
30%
2
2 2
2
2
Reception Desk
10m
lockers
6 m2
safe room
12 m
Dining Hall
150 m
2
2
Bar / Lounge
26 m
Cocking Area
36m
Washing Area
15m
Preparation Area
24m
2
2 2
2
Storage area
12m
Storage area
12m
Staff Room
25m
Service entry
10m
Toilet (male)
25m
Toilet (female)
25m
drying
40 m
washing
40 m
Gym Office
40 m 2 9m
Locker
20 m
6m
6.5 m
2
260 m
Toilet 7.6 m
2
2
25 m
2
78 m
Bedroom
6m
2
80 m
AREA
Kitchenette
360 m
Services
SPACES
Toilet (Male)
2
405 m
KITCHEN
STEP 4 :
DECISION OF SPACE
RECEPION
80
are
SERVICES
To tal
RESIDENTIAL
DIMENSIONS
2 2
2 2
2 2
2
2
2
2
2
9m
2
Parks & Walking Area
1700 m
Parking
800 m
Mechnical
12 m
Warehouse
12 m
STORAGE
12m
Staff Room
25m
Service entry Toilet - m
10m
Toilet -f
25m 2 6m
Kitchenette
2
2
2
2 2
2
25m
2
2
2. ARCHITECTURAL DRAWING 2.1 FLOOR PLANS B
C
9.6 m
D
9.6 m
E
80.00 m 9.6 m
9.6 m
F
G
9.6 m
H
9.6 m
9.6 m
A
B
C
D
9.6 m
9.6 m
9.6 m
1
1
ELC
ELC
F
9.6 m
ELC
UP
Storge Room
Emergency Stairs
HVAC Duct
Storge Room
E 9.6 m
Left
Left Service
9.6 m
Left
9.6 m
Emergency Stairs
HVAC Duct
Service Duct
Water Tank
Left Service
Left Service
9.6 m
Left
9.6 m
Room Service
Service Duct
Left
H
ELC
Mechanical Room
Mechanical Room
Grey Water Tank
G
67.00 m
HVAC
Left
Left
Left
Left
Left Service
A
2
9.6 m
9.6 m
2
3
9.6 m
9.6 m
60.00 m
3
Storge
Storge
A
A
DN
A
9.6 m
9.6 m
5
5
SITE PLAN : 1
4
6
10
A
DN
4
4
BASEMENT FLOOR PLAN :
2ND FLOOR PLAN :
1
1
4
6
10
A
B
C
E
D
F
G
4
6
10
H
67.00 m 9.6 m
9.6 m
9.6 m
1
ELC
Washing
Dry
Sorting
Storge Room
9.6 m
9.6 m
9.6 m
ELC
Mechanical Room
HVAC Duct
Emergency Stairs Storge
Dry
Cold
Parking Tracks
Left
Left
Left
Left Service
9.6 m
Left
Cold Kitchen
Management
Washing
2
Retail 3
Retail 2
Retail 1
Preparation Area
Secretary
Safety Luggage Room
Meeting
9.6 m
Manager
Gym
W.C
43.00 m
DN
DN
9.6 m
DN
DN
DN
DN
DN
DN
DN
DN
UP
UP
6
Waiting
UP
Retail 7
Retail 5
Retail 3
Retail 8
Retail 6
Retail 4
DN
DN
4
Retail 1
UP
Bar
9.6 m
Retail 2
Fitness
Body Building DN
DN
DN
DN
DN
DN
1
4
4
Dining Resturant
DN
SUITES 80 SQM
GROUND ON SITE :
1ST FLOOR :
1
1
10
4
3
1 Enterance 4 Bathroom
6
4 1
A
DN
5
4
5
UP
DN
A
5
7.2 m
3 DN
VIP Room
VIP Room
4
6
10
7.2 m
Lockers
DN
2
5
UP
UP
Recaption Waiting Area
DN
8.4 m
Kitchen
Open Space Offices
Left Service
Left Service Retail 4
Left
Left
Emergency Stairs
DN
Service Duct
Left
Ironing&Folding
Left
2.4 m
UP
HVAC Duct
Mechanical Room
Left Service
ELC
8.4 m
Service Duct
Main Laundry Loading deck
Hot Kitchen
Bakery
9.6 m
STANDER ROOM 30 SQM
2 Living Room 5 Bedroom
3 kitchenette 6 Dressing Room
1
2. ARCHITECTURAL DRAWING 2.2 ELEVATIONS
NORTH ELEVATION
EAST ELEVATION
2.3 SECTION
2.4 ISOMETRIC
4.00 M
PARAPET LEVEL
4.00 M
8TH FLOOR LEVEL
4.00 M
7TH FLOOR LEVEL
4.00 M
6TH FLOOR LEVEL
4.00 M
5TH FLOOR LEVEL
4.00 M
4TH FLOOR LEVEL
3RD FLOOR LEVEL 4.00 M
Atrium
ROOM
CORRIDORBATHROOM
4.00 M
2ND FLOOR LEVEL
ROOM
BATHROOMCORRIDOR
RESTAURANT & BAR
GYM
6.5 M
1ST FLOOR LEVEL
GROUND FLOOR LEVEL
SECTION A-A
2.70 M
BASEMENT FLOOR LEVEL
EMERGENCY STAIRS
RETAIL
RECEPION
RETAIL EMERGENCY STAIRS
LIFT LOBBY
PARKING
3. BUILDING SYSTEM 3.1 STRUCTUER C
B 9 .6 0 m
9 .6 0 m
D 9 .6 0 m
E 9 .6 0 m
9 .6 0 m
A
H
G
F 9 .6 0 m
B
C
D
3.3 ELECTRICITY SYSTEM
E
F
G
A
H
B
C
D
E
F
G
3.4 PLUMPING SYSTEM A
H
B
C
D
E
F
G
H
9 .6 0 m
1
1
1
ELC Storge Room
Mechanical Room
HVAC Duct
Emergency Stairs
1
Storge Room Mechanical Room
Room Service
Emergency Stairs
Storge Room
Room Service
Mechanical Room
Left
Left Service
Left
Left Service
Left Service
9 .6 0 m
Left
Emergency Stairs
Service Duct
2
2
2
3
3
3
Left
Left
Left
Left
9 .6 0 m
2
Left
HVAC Duct
Room Service
Service Duct
Left Service
A
3.2 HVAC SYSTEM
9 .6 0 m
3
Storge
Storge
Storge
Storge
DN
4
DN
4
4
5
5
DN
1 2 .0 0 m
4
DN
5
5
Bearing Wall Continued Column Terminated Column Rotated Column
FD FCD
Column Hotel Core DN DN
UP UP
Emergency stairs
FCD
FD
AIR HANDING UNIT
RETURN DUCT 300 x 200 mm
CHILLED WATER RETURN RETURN FLEX DUCT
Besment Bearing Wall
CHILLED WATER SUPPLY
GRILL
Emergency stairs
Raft Footing
SUPPLY DUCT 300 x 200 mm 2 1
Flat Slab
320 mm thickness
3
SUPPLY FLEX DUCT
Load Bearing Wall
300 mm thickness
DRAINAGE
4
Column
300 x 800
GRILL
Raft Footing
600 mm Hight
WATER SUPPLAY
GREY WATER BLACK WATER COLD WATER HOT WATER
Resorts Devolpment
AlShafa Resort
04
03 Resorts Devolpment - Studio l 5
AlShafa Resort Brief:
A Resort is a self contained commercial establishment that tries to provide most of a vacationer's wants, such as food, drink lodging , sports entertainment and shopping on the premises . Similar to a hotel , a resort providing accommodation with the addidional premises of o ering amenities and programs for further relaxtion and recreation .
1. INFORMATION & DIGRAM 1.1 GENERAL
1.3 ORGNAIZATION LINEAR
STARS RESORT
Location : Taif - Al-shafa
SITE AREA
BUILDING AREA
6500 SQM
MAIN BUILDING AREA 1.000 SQM
STEP 1 :
1.4 DESIGN CRITERIA
Topography
3250 SQM
UNIT AREA 19 Units
1.6 MASS DEVELOPMENT
Handicap
Dimensions and standards
Green Area
STEP 2 :
STEP 3 :
View
Vision 2030
The contour was given in this matter
The contour was treated so the masses could be be placed
Add Parking And Main Building
1.026 SQM
1.2 SPECIAL PROGRAM
STEP 4 :
STEP 5 :
STEP 6 :
Livingroom
Cafe Restaurant
1.5 ZONING
Recepion
kitchenette
MAIN BUILDING
Bathroom
UNIT
service
Bedroom
RESORT
pool
gym
path
OUTDOOR SPACES
gardens
Seating Aera
play area
ADD THE GREEN AREA AND THE UNIET
ADD THE GREEN AREA AND THE UNIET INTHE LOWER LEVEL
FINAL FORM
2.ANALYSIS 2.1 3D GENERAL ANALYSIS
2.2 MASSING FOR MAIN BUILDING
KEY : ENTRANCES AND EXITS
GYM
POOL
HANDICAP
PARKING
SEATING AREA & GREEN AREA
VERTICAL CIRCULATION
RESTURANT
CAFE
SERVICE
HORIZONTAL CIRCULATION
01 Mass
02 Subctruction For Entrance
03 First Addition For Terrace
04 Second Addition Core To lewer Level
05 Final Form
3. ARCHITECTURAL DRAWING 3.1 PLANS B
A
SITE PLAN : B
A
1
4
6
10
3. ARCHITECTURAL DRAWING 3.1 PLANS
3.2 SECTION 9.60 m
6.00 m 1.80 m
4.20 m
2.10 m
3.50 m
2.00 m
2 1
5.60 m
2.00 m
2
2
5.90 m
9.00 m
1 4
5.50 m
3.80 m
3
3
UNIT PLAN : 1
4
CAFE PLAN :
6
1
10
1.Bedroom 3.Livingroom 2.Bathroom 4.Kitchene
5.Terrace
4
6
10
1.Bar 2.Storge
3.Indoor Seating SECTION A-A
D
C
B
A
A
D
A
C
B
1
A
4
6
10
21.00 m 8.40m
1.20m
1.50m
7.00m
8.40 m
3.00m
1
2.60 m
7.00 m
3.00 m
2.40 m
1 13
10
8.40m
3.3 ELEVATION
UP
1.80 m
UP
DN 20
2.50 m
9
12
11
2
21
19
6.00 m
2
12.60m
3.00 m
18
8.40m
4.20m
2.00m
3
3
1
9.70 m
37.80 m
17
12.60 m
5.30m
A
C
3
B
2
A
12.60 m
4
1.50m
UP
3.00 m
24
4
1.50 m
1.50m
DN
16
15
1.50 m
4
6.30 m
1.50 m
3.00m
5
1.50 m
4
4.20 m
6.30 m
DN
8 7
5
1
4
6
6
5
GROUND FLOOR PLAN : 10
23
22
5.00 m
5.00 m
5.00m
14
A
1.Enternce 4.Mangment Re 7.Offices 10Toilets 2.Reception 5.Lugage Storge 8.Brick Room 11.Laundry 3.Waiting Area 6.Manager Office 9.Gym 12.Storge
5
FIRST FLOOR PLAN : 1
4
6
10
A
A
14.Caffee
17.Indoor
20.Fridge
15.Reception 18.Kitchene 21.Out Door 16.Toilets
19.Storge
LOWER FLOOR PLAN : 1
4
6
10
22.Enternce 23.Play Area 24.Storge
NORTH ELEVATION 1
4
6
10
LowRise Mix - Use
Dental Clinics
05
05 LowRise Mix - Use - Studio l 4
Dental Clinic Brief:
Mixed-use buildings are commercial buildings that combine two or more functions integrated in the same building, these may include residential, commercial, cultural, social, institutional, or entertainment uses.
1. INFORMATION 1.1 GENERAL
1.3 CONCEPT
- Location : Abdulrahman AlDakhil Street 2 - Dimensions : 25x 47 m
Prince Sultan Road
What is the Proplem ? The main elevation of the building is on the south side, which increases heat gain in the building.
Abdulrahman Ald
akhil Road
Why We have to Fix it ? To reduce heat gain, which improves user comfort and energy consumption. How Can We Fix it ? 1- Lower floor: Recession of retail floor to create sufficient shading by the upper floors. 2- Upper Floor: External shading on the upper floor.
1.4 DESIGN DEVOLOPMENT
1.2 USES 01 Massing
Orthodontic Clinics
02 Setbacks
03 Substraction Dental Clinics
Retail shops
04 Addition
1.5 ISOMETRIC
2. ARCHITECTURAL DRAWING 2.1 PLANS G
B
F
G
E
D
B
C
B
F
D
E
C
B
A
A
33.32 m
2.00 m 2.96 m
2.00 m
0.88 m
3.17 m
0.88 m
7.80 m
6.71 m
2.44 m
47 m
1
3.66 m
1
7-Exit Parking
2
1.71 m
2
7 6
5
8
14
DN 2.50 m
DN
2.50 m
16
15
1 9.85 m
18
3
3
3
A
UP
UP
UP
12.20 m
1.60 m
17
UP
15
2.50 m
2.50 m
1
15
5
4
3
A 25 m
9
13
12
11
6 4
A
10
UP
UP
2
2.50 m
2.50 m
14 2
14
2 DN
DN
DN
DN
DN
2.50 m
2.44 m
13 3
13
A
A 4 4
1 4
5
6
7
8
9
10
11
2
3
4
5
6
7
8
9
10
11
12
12
DN
1-Entry Parking 5
5 2.50 m
2.50 m
2.50 m
2.50 m
2.50 m
2.50 m
2.50 m
2.50 m
2.60 m
B
B
SITE PLAN : 1
4
6
10
BASEMENT FLOOR PLAN :
GROUND FLOOR PLAN :
1
1
4
6
10
1- Entry Parking 2- Waitnig Area
G
B
F
E
D
C
B
G
A
3- Entrance 4- Elevator 1 (3.4m)
B
F
5- Elevator 2 (3.4m) 6- Duct (3.1m)
E
7- Exit Parking
D
4
6
10
1-Entrence 2- Cafe (35m) 3- Retal1 (93m)
C
7- Office 1 (6.7m) 8- W.C 1( 2.8m) 9- Storge 2 (6.7m)
B
F
G
A
B
4- Retal 2 (93m) 5- Retal 3 (82m) 6- Storge 1(6.7m)
10- Office 2 (6.7m) 11- W.C 2 (2.8m) 12- Storge 3 (4.8m)
E
D
13- Office 3 (3.5m) 14- W.C 3 (2.7m) 15- Emergancy Exit
C
A
B
1 1
1
2.96 m
6.71 m
2.00 m
3.18 m
0.88 m
1.70 m
1.00 m
1.00 m
1.00 m
1.00 m
2.96 m
3.90 m
1.70 m
3.70 m
3.70 m
2.81 m
UP
DN
DN
UP
12
DN
6
5
15.02 m
11.50 m
15
18
19
20
1.90 m
14
1 3
17
12
1
4
3
3
11
13
A
8
7 A
9
2 3
4
6
5
7
8
9
3.54 m
3
1.60 m
9.42 m
10
2
3.40 m
10 16
A
13
DN UP
4.00 m
DN
14
11
1.91 m
3
3.90 m
2.16 m
21
22
23
1.50 m
2
1.74 m
2
5.20 m
26
1.60 m
5.41 m
1
1.70 m
3.42 m
1.71 m
28 27
7.12 m
UP
1.70 m
15 24
DN
3.17 m
25
DN
DN
0.88 m
2
2
DN
2.00 m
2.45 m
3.40 m
7.90 m
5.41 m
7.80 m
3.17 m
5.89 m
0.88 m
22.01 m
35.57 m
33.17 m
2.00 m
A
A
A
4
4 4
4.69 m
2.60 m
4.71 m
4.00 m
3.70 m
3.70 m
2.36 m
4.27 m
2.04 m
5
5
5
MIZANEN FLOOR PLAN : 1
4
6
1- Retal 1 (40.6m)
FIRST FLOOR PLAN :
B
1
10 2- Retal 2 (40.6m)
3- Retal 4 (34.7m)
4
6
B
ANNEX FLOOR PLAN : 1
10
4
6
B
10
5- Waiting 2 (16m)
9- Clinic 3 (15m)
13- Changing (2.5m)
17- X-ray (5.3m)
22- Clinic 5 (13.5m)
1- Entrance
4 - Waiting 2 (9m)
7- Business (6.5m)
2-Recaption (50m)
6- HeadOffice (14.7m)
10- Green Area (4m)
14- Changing (2.5m)
18- Business (22m)
23- Clinic 6 (13.5m)
2- Recption (27.8m)
5- X-Ray (6m)
8 - Sterilization (5.8m) 11- Clinic 3 (13m)
3- Waiting 1 (16m)
7- Clinic 1 (13.5m)
11- Clinic 4 (16.2m)
15- Sterilization (8.5m) 19- Insurance (11.7m) 24- Break (12.8m)
3 - Waiting 1 (9m)
6- Lab (5m)
9- Clinic 1 (13m)
4- Ch Play Area (9.5m)
8- Clinic 2 (13.5m)
12- Utility Closet (3m)
16- Lab (5.3m)
1- Entrance
21- Storge (9.5m)
25- W.C M S.N (2.6m)
10- Clinic 2 (13m)
13- Storge (2.7m) 14- W.C Male (2.7m)
12- Utility Closet (3.3m) 15- W.C Female (2.7m)
2. ARCHITECTURAL DRAWING 2.2 SECTIONS
2.2 WALL SECTION
Porcelain 1 cm Mortar 2 cm Thermal insulator 5cm Water Insultator 2 cm Reinforced concrete 20 cm
Porcelain 1 cm Mortar 2 cm Thermal insulator 5 cm Water Insultator 2 cm Reinforced concrete 20 cm
Porcelain 1 cm Mortar 2 cm Thermal insulator 5 cm Water Insultaor 2 cm Reinforced concrete 20 cm Water Insultion 2 cm
SECTION A-A 1
4
6
SECTION B-B 10
1
4
6
10
2.3 ELEVATIONS
2.3 3D STRUCTURE 0 - Core Reinforced concrete 1 - Beams 2 - Slab 3 - T Steel Colums 4 - Steel Stairs
SOUTH ELEVATION
EAST ELEVATION
1
1
4
6
10
4
6
10
5- Concrete Ramp 6- Concrete Column 7- Concrete Stairs 8- Retaining wall
ROW HOUSE
06
06 Row House Studio l 3
Row House Brief:
Users : A Family of 5 people . Location : Jeddah, Al Khaldia District . Land Area : 500 SQM, Divided into 3 slides each slide 165 SQM .
1. ARCHITECTURAL DRAWING 1.1 PLANS
1.2 SECTION A-A A
L
A
A
K
4.30 m
4.00 m
6.60 m
2.60 m
DN B
DN
B
UP
1.2 SECTION B-B
1.3 ELEVATION
8.50 m
3.90 m
1.80 m
UP
B
B
B
4.20 m
4.20 m
A
A
1
A
GROUND FLOOR PLAN :
FIRST FLOOR PLAN :
ANNEX FLOOR PLAN :
1
1
1
4
6
10
4
6
10
4
6
10
4
6
10
Intership
Villa North Obhor
07
07 Intership
Villa North Obhor Brief: Users : A Family of 6 people . Location : Jeddah, Obhor District . Land Area : 287 SQM, Divided
1. ARCHITECTURAL DRAWING 1.2 ISOMETIC A
A
A
A
A
A
GROUND FLOOR PLAN :
FIRST FLOOR PLAN :
ANNEX FLOOR PLAN :
1
1
1
4
6
10
4
6
10
4
1.3 ELEVATION
1.2 SECTION A-A
1
4
6
10
6
10
Working Drawing
Maziar Brick House
08
08 WORKING DRAWINGS
MAZIAR HOUSE Brief: Architects: Naghshe Khak Area: 210 m2 Year: 2017
1. WORKING DRAWING 1.1 PLAN DETAILS
1.2 ELEVATION DETAILS
B
C
A
D
B
14.60 m
WD 2
WD 3
W4
Hall
WD 2
Master Bedroom
CW 8
W: 3.60 m H:2.60 m WD 3
UP
W: 3.00 m H:2.60 m
Terrace
4.32 m WD 3
Dining room
2.97 m 4.20 m
CW 11
W: 3.01 m H:2.60 m
4 CW 7
W: 6.67 m H:2.60 m
6.80 m
1.10 m
0.05m Alumnium frame window Double glaze
0.10m - Slats Wood
CW 6
W: 2.00 m H:2.60 m
1.80 m
CW 12
1.53 m
4.32 m
W : 2.50 m H : 2.00 m
CW 6
W: 2.00 m H:2.60 m
3.60 m
4.20 m
Painted Cement Plaster Finish
0.20m - Common brick soldier coursed on metal fixation
6.43 m
W5
DN
3
WD 4
A011
W : 1.20 m H : 2.00 m
2
A
1.50 m 0.20 m
7.45 m
WD 4
Bedroom
Bathroom
1
2.30 m
1.60 m
W: 3.60 m H:2.60 m
m
3.18 m
CW 8
WC A
2.16 m
0.20 m
D
5.15 m
1
2.05 m
3.50 m
3.60 m
3.30 m
2.90 m
3.30 m
1.40 m
3.79 m
C
Wooden Door
2.20 m
A
1.3 SECTION DETAILS
1.4 3D SECTION DETAILS D
Rebar
Girder
0.23 m
Painted Cement Plaster Finish
Channel Beam
0.05 m - Rigid insulation 0.01 m - bitumen 0.08 m -Sand 0.04 m - CERAMIC TILE
0.28 m
Brick
0.05 m Alumnium frame window
0.15 - Concrete masonry units
Double glaze 2.90 m
2 A011
0.05 - Rigid insulation
0.15m - Concrete masonry units 0.08m - Rigid insulation 0.10m - BRICK VENEER 0.04m - CERAMIC TILE
0.10 - Brick Veneer
0.20m - Common brick soldier coursed on metal fixation
0.08m -Sand 0.10m - Slats Wood
0.04 - Ceramic tile 0.08 - Sand 0.28 - Rainforced Concrete 1.92 m
0.28m - Rainforced Concrete
0.01 m - bitumen 0.08m - Rigid insulation 0.28m - Rainforced Concrete
Resorts Project
Oulu Tourist AlBaha City
09
09 Resorts Project
Oulu Tourist Brief: The project is located in a The project aims to serve tourism in Baljurashi and its users opment of the area due to the importance of the site nents that aim to contribute to the economic devel The master plan mainly includes five main compo enjoy the views and landscapes in Baljurashi.urban style in Al Baha area with modern designs, where the tourist gets to know the privileged location on the top of a mountain.
N
1 INFORMATION 1.1GENERAL Accessibility : The site is about 24 minutes from the Al-Baha area, and Baljurashi is 12 km from the site. It is located on the tourist ring road between the site and the access entrance from a side street to the north of the site. View quality from various site positions : Excellent views .18 73
.43 38
Positive views
2 .00 4.00 20
50.25
Direction of worst views
59 .57 35.8 2
55.57
site were distributed mainly considering the terrain lowest level is 2219 meters. The main areas of the ground above sea level is 2310 meters, while the rience in each area of the site. The highest level of -distinguishes it to give the tourist a different expeThe topography of the site varies.
62.7 1
Vip chalet 2,310
Chalets
2,301 2,286
Cafe & restaurant
2,270 2,255 2,240 2,219
0m
22.6
45
181.32
SITE TOPOGRAPHY :
SIte Area 16,231 m² m²
68
91
114
137
160
182
205
228
251
274
291
315
2. SCHEMATIC DESIGN
V i p En
2.2 FUNCTIONAL PROGRAM
tra n ce
P AR K ING
MAIN BUILDING
STAFF AREA
DROP OFF AREA
DOWN LEVEL
E
BRIDG
RECAPTION
PATH
RES TUR ANT
Pa r k i n g
Guest Entrances
&C AFE
2. SCHEMATIC DESIGN 2.1 FUNCTIONAL PROGRAM VIB CHALET • • • • •
Housing units Managament Multi use area Greenary Public utilities
CHALET • Housing units • Managament • Public utilitie
HISN CHALET • Housing units • Managament • Public utilitie
KIOSK • Sale units • Shading path ENTERTAINMENT ZONE
• • • •
Camping Theater Kids zone Seats
RESTAURANTS & SHOPS
• SALE UNITS • OUTDOOR DINING AREA
N
3. Architectural Drawings
3.1 LOBBY&PLAZZA FLOOR PLAN
LOBBY FLOOR PLAN 0
5
10
15
20 m
3D LOBBY FLOOR PLAN
N
3. Architectural Drawings 3.2 FIRST FLOOR PLAN FOR CHALET
FIRST FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
3. Architectural Drawings
3.3 SECOND FLOOR PLAN FOR CHALET
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECOND FLOOR PLAN
N
3. Architectural Drawings 3.4 VIP FLOOR PLANS
VIP FLOOR PLANS 0
5
10
15
20 m
3D VIP FLOOR PLANS
N
3. Architectural Drawings
3.5 -1 DOWN LEVEL FLOR PLAN -2 DOWN LEVEL FLOR PLAN RECAPTIONS
-1 DOWN LEVEL FLOR PLAN 0
5
10
15
20 m
-2 DOWN LEVEL FLOR PLAN RECAPTIONS
Residential
North Obour Jeddah
10
10 Residential
North Obour Brief: Users : A Family of 8 people . Location : JEDDAH , North Obour . SQM. Land Area : 900
N
1. Architectural Drawings 1.1 GROUND FLOOR PLAN
SWIMMING POOL
LIVING ROOM
GREEN AREA
SALUN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
1. Architectural Drawings 1.2 FIRTS FLOOR PLAN
JACUZZI
DRESSING ROOM BATH ROOM
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
1. Architectural Drawings 1.3 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
Residential
North Obour Jeddah
11
11 Residential
North Obour Brief: Users : A Family of 9 people . Location : JEDDAH , North Obour . SQM. Land Area : 620
N
1. Architectural Drawings 1.1 GROUND FLOOR PLAN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
1. Architectural Drawings 1.2 FIRTS FLOOR PLAN
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
1. Architectural Drawings 1.3 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
Residential
North Obour Jeddah
12
12 Residential
North Obour Brief: Users : A Family of 15 people . Location : JEDDAH , North Obour . SQM. Land Area : 967
N
1. Architectural Drawings 1.1 GROUND FLOOR PLAN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
1. Architectural Drawings 1.2 FIRTS FLOOR PLAN
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
1. Architectural Drawings 1.3 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
Residential
Khamis Mashit
13
13 Residential
Khamis Mashit Brief: Users : A Family of 8 people . Location : Khamis Mashit . SQM. Land Area : 604
N
1. Architectural Drawings 1.1 GROUND FLOOR PLAN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
1. Architectural Drawings 1.2 FIRTS FLOOR PLAN
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
1. Architectural Drawings 1.3 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
Residential
AlMadina City
14
14 Residential
AlMadina City Brief: Users : A Family of 6 people . Location : AlMadinah City . Land Area : 400 SQM.
N
1. Architectural Drawings 1.1 GROUND FLOOR PLAN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
1. Architectural Drawings 1.2 FIRTS FLOOR PLAN
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
1. Architectural Drawings 1.3 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
Residential
Al Bsatin Jeddah
15
15 Residential
AlBsatin Jeddah Brief: Users : A Family of 14 people . Location : Jeddah Saudi Arabia . Land Area : 877.44 SQM.
1 INFORMATION 1.1GENERAL Accessibility : The site is about 30 minutes from Airport, and The red sea is 10 minutes from the site. There are 3 streets to the site.There are two entrances to the house from the east and south.
View quality from various site positions : Excellent views Positive views
31.8 m²
Direction of worst views
25.9 m²
29 m²
31.8 m²
25.9 m²
a SIte Are ² 877.44 m
29 m²
a SIte Are ² 877.44 m
26.5 m²
4
²
m
26.5 m²
4
²
m
2. SCHEMATIC DESIGN 2.1 FUNCTIONAL PROGRAM
2. SCHEMATIC DESIGN 2.2 Design Development
N
3. Architectural Drawings 3.1 GROUND FLOOR PLAN
GROUND FLOOR PLAN 0
5
10
15
20 m
3D GROUND FLOOR PLAN
N
3. Architectural Drawings 3.2 BASEMENT FLOOR PLAN
BASEMENT FLOOR PLAN 0
5
10
15
20 m
3D BASEMENT FLOOR PLAN
N
3. Architectural Drawings 3.3 FIRTS FLOOR PLAN
FIRTS FLOOR PLAN 0
5
10
15
20 m
3D FIRST FLOOR PLAN
N
3. Architectural Drawings 3.4 SECOND FLOOR PLAN
SECOND FLOOR PLAN 0
5
10
15
20 m
3D SECONDFLOOR PLAN
THANK YOU .. GHASSAN ALANDIJANI ARCHITECTURAL P O R T F O L I O
RESEARCH l DESIGN l DETAILS