Architectural Portfolio

ABDULAZIZ ALGHAMDI

ARCHITECTURAL PORTFOLIO

Selected Works

ABDULAZIZ A. ALGHAMDI

e BF ) ) & GRAPHIC DESIGN EDUCATION

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Saudi Male, 28 years Phoenix Az, 85014

Bachelor in Architecture King Abdulaziz University Jeddah, SA / 2017

US : +1 813 240 3441 SA : +966 5434 1 9339 arch.a.ghamdi@gmail.com

Masters in Architecture Arizona State University Tempe, AZ / Present

PERSONAL SKILLS

EXPERIENCE

Working with teams Self learning Problem solving Research and design

Faculty member at Taif University Taif SA, 2018-Present Participated in projects on the university campus 2IQFIV SJ &'*8 GIVXMǻGEXMSR GSQQMXXII

Digital and Hand drawing Modeling HARD SKILLS

Architect at Bin Daghish Constructions Bisha and Jeddah, SA / 2016-2018 Site work and supervision Collaboration with government agencies

Autodesk platform Autocad Revit CFD

Trainee Architect at Decipher architects Jeddah SA / 2016 Residential, commercial and interior design projects Site survey and renovation reports

Adobe creative cloud Photoshop illustrator InDesign

Trainee Architect at Banaja & Ghalib architects Jeddah SA / 2015 Residential, commercial and interior design projects Working drawings of various projects

Lumion Climate Consultant Sefaira analysis Rhino (in progress)

Buildings manager at Saraya Aljazeera Jeddah SA / 2013-2015 Supervisor of the management team Maintenance reports and collaboration

CONTENTS

01

11

The Gallery Boutique Hotel Historic building rehabilitation Architectural styles integration Local architecture preservation

Revitalizing the Core Historic areas revitalization Urban architecture design Problems and solutions

17

House of an Architect

31

The Sky limits Tower

Building construction phases BIM modeling Practice of working drawings

Modern Architecture Design with economic aspects Relations of functions

35

39

The Corniche Mixed-use Tower End-user experience Architecture landmarks in cities Solutions of multiple functions

A House over Mountains Historic areas revitalization Urban architecture design Problems and solutions

1

The Gallery Boutique Hotel This project for a boutique hotel is located in Albalad, the old town of Jeddah, Saudi Arabia. The hotel is situated in the east side of Al-Dahab street, in the area between Al-Dahab street nd Abo Enba pathway. The project was presented as a research for the bachelor's degree in the last year at KAUARCH.

01

Problm Statement

Design Concept

In contrast to the rest of the vital parts of Jeddah, the historical district has no appropriate levels of accomodation. this project aims to creat a point of attraction and a perfect condition accomodation.

To desgin a boutique hotel with the atmosphete of art galleries where guests can integrate with the gallery ‘Art jameel ’ activities.

02

Objectives

Initial site analysis

To create a unique experience for users through art and artisits To achieve the economic return for the project and the region

To build an ideal enviromentally friendly architecture

03

Area and policies

Contour levels

On site buildings

Views from site

Views to site

Views through site

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Climatic analysis

Shadow analysis Sunpath at June :

55 Degree

3 pm

20 Degree

9 am

Sunpath at December :

93 Degree

3 pm

33 Degree

9 am

Response :

06

Facade generation

Studying the proportions of the historical building and the relationship between solid and void

Forming a vertical extension parallel to the most important elements in the historic building to further enhance excellence

07

Analysing the main and secondary facade elements of the historical building

Designing openings of the new building with the same proportions of openings in the historic building along the facade

Emphasizing the main elements of the historic building with elements in the new building

Achieving diversity and gradation through mass rises in parallel with the proportions of the historic building

Ground Floor plan

The

Service Parking and entrance

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10

2 8

7

9

Hotel part :

Art gallery part :

1 Guest entrance 2 Service entrance 3 Lobby 4 Lounge 5 Bar 6 Front office 7 Back office 8 Luggage room 9 Guest elevator 10 Service elevator 11 Staircase

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12 Reception 13 Showroom 14 cafe

3

A 1

Retail part : 15 Restaurant 16 Retail shop

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Retail 20 sqm

Retail 20 sqm

14 13

08

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09

Building systems

Sturctural grid system: 1

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3 2.40

HVAC system:

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Package System

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Air supply path

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2

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4

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7

10

2

Revitalizing the Core An urban architecture project. it aimed to recreat life in the old city of Jeddah, which is know as Albalad "downton in arabic". I participated in this project on phases, starting by 9 students the preliminary studies. Later, students divided to three groups of three students for each. The whole plan was divided on three aspects too, and our team was responsible for analysing the main aspect " Abo Enba rd " and linking both sides of the old city Team members : Hossam Farghal Abdulaziz Alghamdi Ahmad Aldraisi

11

General overview

Jeddah downton, (Albalad as known between locals) is one of the vital areas and the home of economic growth and oldest trading markets in the world. It's locatHG RQ WKH HDVW FRDVW RI WKH UHG VHD DQG KDV EHHQ WKH ½UVW GHVWLQDWLRQ IRU SLOJULPV ZKLFK KDV JLYHQ WKH FLW\ LWV JOREDO UHSXWDWLRQ DV RQH RI WKH PRVW HFRQPLF FLWLHV LQ WKH PLGGOH HDVW 8QIRUWXQDWO\ LQ WKH ODVW IHV GHFDGHV The economic growth has overweighted the city's heritage, and divided the downtown area into two parts.

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12

Approach The historical Background

Jeddah remained until the year (1940 AD) within its walls surrounded the four destinations, The wall embraces the live and ork at the same time.

In (1948 AD) removed the walls for WZR UHDVRQV ½UVW RQH WKH GLVFRYery of the oil and another reason the planned districts outside the alls,

In (1884 AD) after the collapse of the wall moved most of the region's families to live in new neighborhoods and businesses remained on the sides of the ommercial hubs

In (1960 AD) Jeddah municipality has decided to open a new double street for vehicls in the historic area, from south this action require demolition number of istorical houses to north

In (2012 AD), the municipality decided to close the New Street Al-Dahab Street and re-designed to be one-way from north to outh,

in (2016 AD) east of Al-Dahab Street preserved as historic area and the historic area is more HI½FLHQW WKDQ WKH PRYHPHQW ZLWKLQ t.

The movement Analysis

Vehicle Circulation : the most visitors comes from the north side to the histoic area ,because most main roads such as ( Al-Madinah Rd. , Hail st. , king Abdulaziz st. )

13

Pedestrian Circulation : the pedestrian movment starting from parking (north and west) , and genrated from the heart of the commercial centers

Souq Al-Nada as a spine : Souq Al-Nada contains contains dozens of shops ,and operates a vertical axis that connects the King Abdul Aziz Road with Al-Dahab street

Links of Al-Dahab st. : linking elements that link the west side of Al-Dahab Street (commercial area) with the east side (Cultural District), which are (bridge - underpass) it designed to transport pedestrians

Access to The Historic Area : number of alleys which lies east of Al-Dahab street, some of them is effective but lacks cleanliness, lighting and safety ,and some is closed because of the wreck demolished or burned buildings

Potential Nodes : the number of nodes on Al-Dahab Street, which are associated with the interface and non-existent communication in the other nodes

Abstract Al-Dahab st. as a link :

Conceptual Masterplan : All framework elemnts of the general masterplan are parts of three main stratigies :

1 Connectivity/link : Achieve the connectivity between west to east through Al-Dahab by openinig the closed links.

1 Locating the opportunities and their status after visiting the location

2 Connecting the opportunities in the east with attraction points in the north through the barrier street

- Street Design - Entrances - Services - Emergency

2 Functions/facilities : Functions or facilities that restore the history and improve the quality of the area.

- Open Spaces - Public amenities

3 Buildings : 3 DH½QLQJ WKH LQWHUVHFWLRQV RI horizontal axis with the main axe

4 Creating attraction points connect the path between opportunities and the main axe

The develpment plan contains solutions for existing buildings and avoiding domelishing as possible .

- Renovation - Treatments - Demolation

14

Recommendations

Artist : Hossam Farghal, Coloring and shading : Abdulaziz Alghamdi

The final recommendations to revitalize the core are directed to the both governmentals and locals to participate in the revitalization process. The focus ZDV WR GH½QH WKH SUREOHP VWDWHPDQW ZKLFK ZDV GH½QG DV $OGDKDE D YHKLFOHV

OLQN DQG D SHGHVWULDQV EDUULHU The team suggested that the pedestrian movement should be taken in consideration in every development. In addition, creating more activities and attractions could enhance the chances of success.

The final masterplan

15

16

3

House of an Architect In this project, I participated with a team to design a house of an architect from the HDUO\ SKDVHV WR WKH ½QDO ZRUNLQJ GUDZ LQJV 7KLV SURMHFW VSHFL½FDOO\ UDLVHG P\ NQRZOHGJH DERXW %,0 V\VWHPV DQG GHYHO RSHG P\ VNLOOV RQ PDQ\ DSVHFWV 7HDP PHPEHUV +XPRXG $ONKDPPDK $EGXOD]L] $OJDPGL %DGU 7DNKDK 0RX\DG $OTDKWDQL

17

18

Approach About the course : Within the scope of both courses: Working Drawings 1 and Working Drawings 2 , that span over two academic semesters the students are expected to prepare a complete set of design and detailed construction drawings for a zero-energy vacation house located in Jeddah, Saudi Arabia. The course seeks to develop a student’s awareness, abilities and skills of buildings parts and components and relationships to each other. Working drawings include :

1- Architectural drawings 2- Structural drawings 3- Civil drawings 4- Mechanical drawings 5- Electrical drawings 6- Plumbing drawings

19

Instructors :

DR. MOHANNAD BAYOUMI Assistant Professor at KAUARCH General director of studies and design at the Vice Presedent for Projects at King Abdulaziz University

ARCH. ABDUALAZIZ AFANDI Lecturer at KAUARCH Faculty of enviromental design King AbdulAziz University

Concept :

Site Plan

20

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BASEMENT FLOOR PLAN

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Details

Section 2 - Callout 2 Scale 1:10 1. Ceiling 2. Celotex 3. Wide Flange Beam 4. Aluminium

25

105

Details

Section 2 - Callout 1 Scale 1:10 1. Tile , 5mm 2. Cement Mortar , 20mm 3. Sand 50mm 4. Concrete ,100mm 5. Thermal Insulation , 50mm 6. Waterproof Insulation , 5mm 7. Reinforced Concrete , 200mm 8. Aluminium 9. Double Glass 10. Steel Sheet , 6mm

104

26

Renewable energy solution

27

Bedroom (light) Kitchen (light) Bathroom (light) Basement (light) Total

0 0 0 0 700

0 0 0 0 650

0 0 0 0 200

0 0 0 0 200

0 0 0 0 200

0 0 80 0 2,389

0 80 0 0 2,580

160 0 0 0 360

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0 0 0 0 6,030

0 0 0 0 6,030

0 0 0 0 7,030

0 80 0 0 6,110

0 0 0 0 6,030

80 0 0 0 9,425

0 0 0 0 6,045

0 0 40 640 7,225

0 0 0 640 1,855

0 0 0 640 1,355

0 80 0 0 517

0 80 0 0 1,867

0 0 0 0 3,137

0 0 0 0 522

160 0 40 0 1,700

400 320 160 1,920 72,357

Consumption diagram

Load Profile 10,000 9,425

8,000 7,225

CONSUPMTION

7,030 6,030

6,000

6,110

6,030

6,045

6,030

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2,389

2,000

1,867

1,855

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1,355 700

650 200

0

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517

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01

02

03

04

05

06

07

08

09

10

11

12

13

14

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16

17

18

19

20

21

22

23

13

14

15

16

17

18

19

20

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22

23

HOUR

Device Load Profile 7,000

CONSUPMTION

6,000

5,000

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0 00

01

02

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12 Hour

Stove & Oven

Fridge

Microwave

Coffee maker

Kettle

Toaster

Food Processer

Washing Machine

Clothes Dryer

Heater

Vacuum Cleaner

Clothes Iron

TV 52'' LED

Desktop Computer

AC

Living Room (light)

Bedroom (light)

Kitchen (light)

Bathroom (light)

Basement (light)

28

Energy calculations Devices Calculations Device

Device Stove & Oven Stove & Oven Fridge Device Fridge Microwave Stove & Oven Microwave Coffee maker Fridge Coffee maker Kettle Microwave Kettle Toaster Coffee maker FoodToaster Processer Kettle Food Processer Washing Machine Toaster Washing Machine Food Processer Clothes Dryer Clothes Dryer Washing Machine Heater Heater ClothesCleaner Dryer Vacuum Vacuum Cleaner Heater Clothes Iron Clothes Iron Vacuum TV 52''Cleaner LED TV 52'' LED Clothes Iron Desktop Computer Desktop Computer TV 52'' LED Laptops Laptops Desktop Computer Internet InternetRouter Router Laptops Electric ElectricShaver Shaver Internet Router Cooling Cooling Electric Shaver Total Total Cooling Total Room Room Lighting Calculations Living LivingRoom Room Room Bedroom Bedroom Living Room Kitchen Kitchen Bedroom Bathroom Bathroom Kitchen Basement Basement Bathroom Total Total Basement Total EnergySupply Supply Energy

Energy Supply Solar calculations and yield Month Month Month 11 221 323 4 43 5 54 6 65 7 76 8 87 9 98 10 9 10 11 10 11 12 11 12 Year Average 12 Year Total Average YearTotal Average Total

Capacity (W) Capacity 3300 (W) 3300 200 (W) Capacity 200 600 3300 600 800 200 800 2000 600 2000 1000 800 1000 1000 2000 1000 500 1000 500 1000 2000 2000 500 1300 1300 2000 1000 1000 1300 1000 1000 1000 62 62 1000 100 100 62 60 60 100 15 15 60 18 18 15 5830 5830 18 -5830 - (W) Capacity Capacity (W) 40 40 Capacity (W) 40 40 40 40 40 40 40 40 40 40 40 40 -40 Area Area (m²) (m²) Area (m²) 106 106 106 E(daily) E(daily) (kWh*7m²) 7m²) (kWh* E(daily) 4.29 4.29 (kWh* 7m²) 4.93 4.93 4.29 5.47 5.47 4.93 5 5.47 5 4.88 5 4.88 4.76 4.88 4.76 4.67 4.76 4.67 4.68 4.67 4.68 4.82 4.68 4.82 5.01 4.82 5.01 4.58 5.01 4.58 4.35 4.58 4.35 4.79 4.35 4.79 1570 4.79 1570 1570

Energy Calculations ( Demand & Supply ) Energy Calculations ( Demand & Supply ) Energy Calculations Demand & Supplyper ) Day (Wh) Quantity Usage((h) Consumption Quantity 1 11 Quantity 111 111 111 111 111 111 111 1 21 2 11 1 12 1 1 1 1 11 1 221 111 121 111 --1 1 Quantity Quantity 44 Quantity 44 4 22 4 22 2 44 2 -4-

- PV with Irradiation on on Irradiation PV with combined system system losses losses combined Irradiation on PV with combined224.29 system losses 224.29 224.29 E(daily) E(daily) (kWh/m²)²) (kWh/m E(daily) 0.61 0.61 (kWh/m ²) 0.70 0.70 0.61 0.78 0.78 0.70 0.71 0.78 0.71 0.70 0.71 0.70 0.68 0.70 0.68 0.67 0.68 0.67 0.67 0.67 0.67 0.69 0.67 0.69 0.72 0.69 0.72 0.65 0.72 0.65 0.62 0.65 0.62 0.68 0.62 0.68 224.29 0.68 224.29 224.29

S upply vs . Demand

29

24000.00

23774.29

Usage 2 (h) 2 24 Usage (h) 24 0.5 2 0.5 1 24 1 0.5 0.5 0.5 0.5 1 0.5 0.5 0.5 0.5 1 0.5 0.5 11 1 1 1.5 1.5 1 0.5 0.5 1.5 0.45 0.45 0.5 4 4 0.45 3 3 444 883 4 0.5 0.5 888 0.5 -8 - (h) Usage Usage (h) 44 Usage (h) 2.5 2.5 4 44 2.5 22 4 44 2 -4-

Consumption per Day (Wh) 6600 6600 4800 Consumption per Day (Wh) 4800 300 6600 300 800 4800 800 1000 300 1000 500 800 500 500 1000 500 500 500 500 500 2000 2000 500 3900 3900 2000 500 500 3900 450 450 500 248 248 450 300 300 248 480 480 300 120 120 480 99 120 46640 46640 9 69647 69647 46640 69647 Consumption per Consumption per Day Day (Wh) (Wh) 640 640 Consumption per Day (Wh) 400 400 640 320 320 400 160 160 320 640 640 160 2160 2160 640

Total Total (kW) (kW) Total

2160

(kW) 23774.29 23774.29 23774.29 (monthly) EE (monthly) (kWh*7m²) 7m²) E(kWh* (monthly) 133 133 (kWh* 7m²) 138 138 133 169 169 138 150 169 150 151 150 151 143 151 143 145 143 145 145 145 145 145 145 145 155 145 155 137 155 137 135 137 135 145.50 135 145.50 1570 145.50 1570 1570

(monthly) EE (monthly) (kWh/m²)²) E(kWh/m (monthly) 19.00 19.00 (kWh/m ²) 19.71 19.71 19.00 24.14 24.14 19.71 21.43 24.14 21.43 21.57 21.43 21.57 20.43 21.57 20.43 20.71 20.43 20.71 20.71 20.71 20.71 20.71 20.71 20.71 22.14 20.71 22.14 19.57 22.14 19.57 19.29 19.57 19.29 20.79 19.29 20.79 224.29 20.79 224.29 224.29

Consumption/Year (Wh) Consumption/Year (Wh) 2376000 2376000 1728000 Consumption/Year (Wh) 1728000 108000 2376000 108000 288000 1728000 288000 360000 108000 360000 180000 288000 180000 180000 360000 180000 180000 180000 180000 180000 720000 720000 180000 1404000 1404000 720000 180000 180000 1404000 162000 162000 180000 89280 89280 162000 108000 108000 89280 172800 172800 108000 43200 43200 172800 3240 3240 43200 16790400 16790400 3240 25072920 25072920 16790400 25072920 (Wh) Consumption/Year Consumption/Year (Wh) 230400 230400 Consumption/Year (Wh) 144000 144000 230400 115200 115200 144000 57600 57600 115200 230400 230400 57600 777600 777600 230400 Total energy energy 777600 demand per per year) year) Total demand (Wh) (Wh) Total energy demand per year) Total energy energy demand demand per per year) year) Total (Wh) (kWh) (kWh) Total energy demand per year) (kWh) H (daily) (daily) H (kWh/m ²) (kWh/m H (daily)²) 5.89 5.89 (kWh/m ²) 6.87 6.87 5.89 7.72 7.72 6.87 7.16 7.72 7.16 7.05 7.16 7.05 6.94 7.05 6.94 6.81 6.94 6.81 6.84 6.81 6.84 7.01 6.84 7.01 7.21 7.01 7.21 6.44 7.21 6.44 6 6.44 6 6.83 6 6.83 2490 6.83 2490 2490

Irradiation vs. Electricty Production (Monthly) 300.00

Consumption/Year after rep. factor (Wh) Consumption/Year after rep. factor (Wh) 1900800 1900800 1382400 Consumption/Year after rep. factor (Wh) 1382400 86400 1900800 86400 230400 1382400 230400 288000 86400 288000 144000 230400 144000 144000 288000 144000 144000 144000 144000 576000 576000 144000 1123200 1123200 576000 144000 144000 1123200 129600 129600 144000 71424 71424 129600 86400 86400 71424 138240 138240 86400 34560 34560 138240 2592 2592 34560 13432320 13432320 2592 20058336 20058336 13432320 20058336 Consumption/Year after Consumption/Year after rep. rep. factor factor (Wh) (Wh) 184320 184320 Consumption/Year after rep. factor (Wh) 115200 184320 92160 115200 46080 92160 184320 46080 622080 184320 622080 20680416 20680416 20680.416 20680.416 20680.416 H(monthly) H(monthly) (kWh/m ²) ²) (kWh/m H(monthly) 183 183 (kWh/m ²) 192 192 183 239 239 192 215 239 215 219 215 219 208 219 208 211 208 211 212 211 212 210 212 210 224 210 224 193 224 193 186 193 186 207.67 186 207.67 2490 207.67 2490 2490

Energy calculations U-Value Q’t

A.C. and covered cooling

Transmission through glass and shading device Q’r

Required cooling calculations

Heat from electrical lighting Q’i

Conditioning Q’a

Heat from equipment and occupants Q’i

30

4

The Sky Limit Mixed-use Tower This project is a mixed-use project located in the city of san diego on the opposite side of the bay at the intersection of the pacific highway and Brodway road. The location was choosen to discover more enviromental design obstacles and expand the knowledge of other cultures.

31

Overview Objectives : To contribute to the advantages of the business growth in the city of San Diego To achieve a sphisiticated housing the the people are wishing to aquire that in the city Better suistainability creteria which reflecs on the users lifstyle

Space program :

32

Concept process

Schematic plan development

Massing development

33

Plan types Typical offices floor plan :

Typical residential floor plan :

34

5

The Corniche Jewel Mixed-use Tower A mixed-use project located on the infront of the middle corniche in Jeddah, Sa. The work on this project started from the early begenning by locating the most suitable site for this type of projects. The projects aims to enhance the level of attractions and creat a new landmark on the skyline of Jeddah waterfront.

35

General overview This project is a mixed-use tower located in Jeddah infront of the cornich side at the intersection of sari street and the cornich road. It has three main functions : 1- Residential : Meridian Hotel /X[XU\ UHQWDO RI½FHV &RPPHUFLDO ]RQH restaurants and cafes )DFDGH WUHDWPHQW

36

Design process

The design concept was to provide guests with the maximum views to the sea, in addition to creat a new landmark detination Massing development

Typical offices floor plan

Ground floor plan

37

Typical residential floor plan

Section A-A

38

6

The house over Mountain In this project, I worked with my partner +RVVDP )DUJKDO GXULQJ WKH ½UVW WUDLQLQJ period, the goal of the client was to obtain a house in a mountainous area in the south where the climate tends to be cold, WKH FKDOOHQJH VWDUWHG E\ IXO½OOLQJ WKH perception that the customer sees about his future home and achieving that within the location and climate requirements

39

General overview The client's perception about his dream house was inspired by both modern and FRXQWU\ KRPHV DUFKLWHFWXUH ZKLFK ZDV IXO½OOHG LQ WKH SURSRVHG FRQFHSWXDO GHVLJQ ZLWK KLJK HQG ½QLVKLQJ GHWDLOV LQ DGGLWLRQ WR WKH FOLHQW IXQFWLRQDO SURJUDP

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1 2 3 4 5

41

Main entrance Male Salon Women Salon Dirty Kitchen Toilet

6 Indoor garden 7 Dining room 8 Pool deck 9 Swimming pool 10 Outdooe seating area

View to N East Facade

42

THANK YOU ...

Abdulaziz Alghamdi Arch.a.ghamdi@gmail.com US: +1 813 240 3441