Portfolio By Sattam Aljehani . 2007-2014

Sattam F AL-Jehani Portfolio

Projects 2011-2014

Outdoor Lounge Benches 2011

Outreach Ranch Shadow Hills Design Build 2013

Urban Render Farm2013

Outdoor Lounge chairs 2011

El Paseo at Santa Monica Art Studio 2013

Vision Machine 2014

Nature Research Center 2012

Anachronic Reliefs 2013

Residential projects Build Project 2010-in progess

Anachronic Reliefs, INCONGRUOUS TAXONOMES 2013 Team work: Sattam Aljhehani,Wassem Hawary INSTRUCTORS: Biayna Bogosian, Maximiliano Spina.

Softwares, Rhino CAD. Grasshopper, Illustrator, In-Design

22.5 Degree

.5 0

22

¬

¬

Method Patterm Concstruction

(I)

(II)

(III)

Simple cylinder shape

Division & Projection

Extraction

(IV) Connection

(V) Rotation

(VI) Vertex connectivity

List and method of Geometrical Shapes In (VII,VIII,IX,X,XI,) We used some of the initial methods to create a list of geometrical shapes “ Family”. After generating the 3d forms we extracted the center points to the outside of the 3D geometric shapes, which it resulted the final form (XI)

(VIII)

(VIII)

(IX)

(X)

(XI)

We used different geometrical forms from the pattern and we applied different processes to it.

For example,(I) we started by a simple cylinder shape and in (II,III,IV) we divided to 8 segments.

(V) we rotated the bottom face of the octagon 22.5˚, and in (VI) we connected the edges of the top face to VX of the bottom face to create triangular shapes, the center of the triangular shape generates a pentagon shape

In (XII,XIIIA) we decreased in length between each 3D shape in the pattern and that by a point attracter. In (XIV) we overlapped some of the elements (XII) and that in order to subtract them from each other and that it shown in (XV)

Forms Generation, the development of the final form

Point Attractor

Top two renders of the final form, and 3D prints ( powder and colored plastic) Right the work was exhibited at the WUHO gallery, which is a Woodbury University’s center for experimental exhibitions and multi-disciplinary collaborations

Urban Render Farm 2013

B

Team work: Sattam Aljhehani,Wassem Hawary

The site Neighborhood & Commercials Bus stations Pedestrian movement

P B T

INSTRUCTORS: Ewan Branda, Narineh Mirzaeian Softwares, Rhino CAD. Grasshopper, Illustrator, In-Design

B P

Above The project is about understanding the relationship between building and users along with the relation between part and whole, while taking into consideration the notion of monolithic and motion, the project proposes a new perception of the monolith and representation of aggregation in an ordered system that indicates natural relationships, in scale, texture, material, and building topology, and that throughout a series of digital and manual operations that has been done at different levels.

Aggregation is controlled by the line attractor; in order to excavate the maximum capacity of the site strategically

Below Circulation and services Render Lap 1 Render Lap 2 Display room

Server Building IT Department, open area Offices Kitchen and services

Occupied space. Valumes 355159 cubic foot for 2 solids 274379 cubic foot for 3 solids 281092 cubic foot for 3 solids

Exploded axonometric - Ceiling - Structure - Floors - Envelope - Rustications Server room

IT department

Services

Lounge Open work space

copy & print

Services

Second floor

WC

CEO

Server room Lounge

Server room

WC

Lounge

Lounge

Display room

Render lab

Render lab Lounge

Lounge

First floor

Third floor

Rustication Diagram

Unfolded Pattern

Main elevation

Section C-C

Section B-B

Side Eleveation

Section A-A

7 8

20 19 18

16 15 14 13

18 17

15 10 9 8 7 6 5 4 3 2 1

Structural Details

Perforated metal cladding

Passive System

The main structure of the building is stee, which it called Egg crate structure .In the envlope there are two types of panles, first, the perforated metal cladding for vantelation, and after the cladding is a fized glass panels

Fixed glass panles

Eggcrate structure Active System

A/C

12 11

1- Soil / Gravel 2- Water proof seal 3- Channel for drainage 4- Epoxy seal to prevent bolts from moving 5- Concrete slab on grade 6- Bolt in radius bolted to steel 7- Perforated metal cladding 8- Steel channel 9- Negative cavity for insulation 10- Hollow steel block 11- A/C units (ventilation) 12- Thick perforated steel 13- I beam (acts compositely with slab) 14- #5 Re-Bar 15- Reinforced concrete slab 16- Thick glass for railing 17- Corrugated steel 18- Radiant heating system 19- Gypsumy base thin slab 20- Handrails Passive system The perforated steel allows the building to breathe out and in which will be determined from the auto mechanical close system that we have on the Faรงade.

Active system The building acts as one body, the building colds itself and it gets heated by its users, this cycle creates a comfortable space

Left: Drainage system The radiant floor are integrated within the floor plates to stabalize the room temperture while the panel control between natural and artificial ventilation. Air condition pushes cold air inside the building, while the radiant floor stabilizes the temperature inside the space.

Right: Radiant Floor System The geomatry of the roof pushes the water to the edges of the building to the pipes, which run beside the geomatries of the wall. than they collact the water bring it from the roof to the underground and connect it to the main pipes underground.is a fized glass panels

L.M. Layering Morphogenesis, Nature Research Center 2012 San Antonio Wash, Los Angeles INSTRUCTOR: John southern

A

C

D

1800 2400

E

F

1800

-12

-7.5

-7.5

Concept, Influences, - Terrain, Surface behvaiour and programmatic behaviour.

- Porosities, light and ventilation.

- Boulders-debris, structural support and formation.

Design methods, - Surface manipulation.

- Adding new species.

- Rocks formation

1

-7.5

2

3

Program 0. Main Entrance 1. Machine Habitat 2. liberatory 3. Kitchen- Coffee 4. waiting area 5. Support- Restrooms and Multi use spaces.

6. Auditorium.

7. Support- offices and Multi use spaces

Circulation Auditorium Services Offices Restrooms and coffe shop Multi use space

Surface manipulation

Roof Garden

Step 1 Machine Haibitat Auditorium Supportt Structural Supportt Laboratory Machine Haibitat att

Hot Air

Vegetation Soil Gravel

Step 2

Concrete Steel I beam

Steel Glass panel Concrete block

Cold Air

Vegetation Soil Gravel

Step 3

Slab Substrate

Substrate Foundation Gravel

Exploded Axonometric of the columns

45 Feet 35 Feet 0 -10 Feet

48 Feet To level

42 Feet

To level To level To level

0 -12 Feet

Wall Section

The study site is located at the San Antonio Wash, Los Angeles. This location has a great topography both in height and size.

Due to this, the proposal has used these to its advantage and taken ideas from the spanning topography of the site which consists of the form of the terrain and the perforated rocks. Those strategies have contributed toward developing the design, strating from the layered levels in the plans to the perforated roof.

In-Depth, X-Ray and Architecture 2013 El Paseo at Santa Monica Art Studio INSTRUCTOR: Peter Culley, Berenika Boberska Softwares, Rhino CAD. Grasshopper, Illustrator, In-Design

This project reminds me of one of the most delightful Spanish customs is el paseo (the stroll), which traditionally takes place during the early evening and is common throughout the country but particularly in pueblos and towns. El paseo provides everyone with an opportunity to participate in a lively slice of street theater.

Below, A section shows the walkways on top of the pre-existed programs

My intention in presenting this project is to identify an invisible relation between elements and spaces in a hidden space, and that through looking at existing spaces and x-ray images, which have special qualities, such as looking at an x-ray of an organic structure (floral x-ray) and understand the relation between the elements, in order to create similar approach in this proposal. This project identifies structures and materials which we won’t normally see in a building. After exposing the hidden spaces the project proposes a new architecture made entirely of circulation system, it ties together the existed and the new programs.

This project occupies a zone that nobody notices in a building, which is the middle zone between the two most obvious spaces in the building the roof structure and the occupied spaces in the ground.

Outreach Ranch Shadow Hills, Sun Valley, California CONSTRUCION TEAM: Jimmy Tam, Brandon Kemp, Jennifer Pop,Negin Shahriazadeh, Luis Romero, Susana Huerta INSTRUCTORS: Matthew Gillis , Linda Taalman Charles Ward and Jeanine Centuori.

Right The overwhole site plan shows the project location and the surroundings

designed structure & shear panels existing structure from shed

rotated structure & shear panel

Public Architecture and the AIA have featured the Cabin Project as a case study for Pro Bono work for public good. http://issuu.com/publicarchitecture/docs/cabin_project_case_study_final_2

La

Ca

nad

aW

ay

Left The project site plan shows the kitchen cabin and the other cabines Main street Side roads The site

da

ana

C La

y Wa

ARTIFICIAL LIGHTING

ACCESSIBILITY

FIRE SPRINKLER DIAGRAM

Top Sun Path and Shadow Analysis.

Exit

ADA Accessibility

Parking

ADA

Right Exploded axonmatric to show the different systems such as: - Air, Heating, cooling: Fresh Air Duct Ventilation Systems.

- Accessibility and Safety (ADA) - Water & natural system: Typical drainage system for the sink, and for the natural system the solar panels is used to generate electricity for the fiber optic light, also to heat the water supply to the sink.

- Day lighting, artificial lighting: Using Fiber optic light because it doesn’t contaminate, doesn’t produce heat and more efficient.

Above diagram that shows daylight analysis, daylight Factor, and value Range 0-100 %

ACCESSIBILITY

Parking ADA

ADA Accessibility Exit

THE SITE

Fresh Air Duct Ventilation Systems

ACCESSIBILITY

ACCESSIBILITY

Right The site plan that shows the easy accessibility to the site, the parking, and it shows the relation between the site and the surroundings.

Above right An axonometric that shows the system integarions in the cabin Above left

Above A perspectives of the cabin shows the different materials, the location, and most importantly the kitchen cabin.

Bellow right & left Different elevations of the cabin, back and front elevations Bellow a section through the site that shows the different cabins, and how the kitchen possition itself between them

Above perspectives of the cabin taken from the garden in order to show its location and its relation between the garden, such as the stairs that leads to it, and the opening that welcomes the users in and out.

Top left Short section shows the table and the sink Top right Long Section shows the table and the bench

Right Leed certification: helping to deliver energy and water efficient, healthy, environmentally-friendly cost saving buildings, homes and communities.

Left: Expolded axonmatric shows Material and Systems Specification 06.11.00.D2 06.11.00.D8 06.11.00.D9 06.11.00.F17 06.16.00.D1 07.13.00.A2 09.72.00.A1 26.56.00.A1 Division 45

Treated 2x4 2x4 Studs @16’’ O.C 2x4 Studs @24” O.C 2x6 Rafters Plywood Sheating Bituminous sheet waterprofiing Vinyl Wallcovering Exterior lighting Solar Panels, Industry-Specific manufacturing Equipment.

Residential Building of three floors/ 2010 - In progess Abdulah Mohammed Al-Rajhi, Engineering Consulting Softwares: Rhino, AutoCAD, Photoshop, Illustrator, In-Design















 

  



 







 







 

 



 



3 00

 

 



 



 

 

320 2

   







 

 

3 20











 

  







 

 











A 2



 







 





 

A

320

 

 





 











 



 

 







 

 



 







 











 

 

 

 











2

 



 



 

 







 

 

32 0



 





 































Above Right / Site Plan - Parking - Enterance Above Left / Ground floor - Bed rooms - Kitchen - Living room - Restrooms Left Bottom / First floor - Bed rooms - Kitchen - Living room - Restrooms - Loading area Right Bottom / Section A-A - Bed rooms - Kitchen - Stairs - Walkways



 

 





















 



 





  



A



 























 









 











 



 











A

This three floors residential building is located in Saudi Arabia, Riyadh. Each floor has 4 units and in each unit there are bed rooms, living rooms, kitchens, and restrooms. There are two apartments on the left of the plans which are different bigger, multiple floors and more rooms

Complex Residential Villas / 2011- In progess Abdulah Mohammed Al-Rajhi, Engineering Consulting Softwares: Rhino, AutoCAD, Photoshop, Illustrator, In-Design

10.00 plHL

plHL

0.70

Open Terace

9.00

9.00

19.40

0.98 0.30

0.30 0.9

3.00

0.70

0. 0

0.30

3.00

0.90

1.97

1.90

1.45

2.00

1.11

2.00 2.50

2.00

0.70 0.80

0.75

2.40

2.23

2.50

3.00

0.30 3.00

Main Elevation

1.30

1.27

12.48 3.00

. 0

.00

0.80

3.50 0.95

6.11

.00

3. 0

.

. 0

. 3

.00

. 0

0.30

. 0

. 0 . 3

.

3. 0

1.42

0.30 .

. 0 3.00

Open Terace

19.40

19.40

0.90

4.00

Master Bed Room

4.00

4.20

Toilet

1.60

Master Bed Room

2.30

2.23

2.23

6.50

Toilet

4.20

plHL Toilet

4.40

Above / Ground floor - Two Living room - Dining room - Restrooms - Swimming pool - Kitchen Above Middle/ First floor - Master bed room - 3 Bed rooms - Living room Above far Left / Second floor - Bed room - Restrooms - Living room - Kitchen - Laundry room - Patio/ Rood garden

12.65

Passage

3.35 Mens Majlis

1.60

0.70

plHL Toilet

2.50

2.50

1.65

1.80

Bed Room

Bed Room

Living Hall

Living Hall

2.15

2.15

2.45

2.45

6.35

2.30

This project is a 7 houses complex residential villas, it is located in Saudi Arabia, Riyadh, Qortoba District. In this project each villa is typical as the one next to it, each has three floors, 5 bed rooms, restrooms, kitchens, roof garden, living rooms, and parking.

1.20

1.20

DRESS

Passage

Mens Majlis

boofia

2.00

1.20

1.05

6.50

1.60

1.05

6.50

2.00

Toilet

DRESS

2.15

Laundry

1.50

Toilet

0.70

1.80

1.50

0.70

plHL

3.00 boofia

1.20 lsfP

1.50

3.00

4.25

1.65

4.30

4.30

4.80

4.80

8.80

0.75

0.75

4.10

5.45

7.90

5.45

Laundry

1.00

3.10 4.10

1.20

2.45

2.45

3.10

lsfP

Open Terace

1.20 plHL

1.10

0.80 2.70

4.25

0.80

4.25

2.70

1.10

1.00

1.25

4.68

Open Terace Bed Room

7.80

1.25

Toilet

Bed Room

Bed Room

Bed Room

3.15

plHL

Toilet

1.30

Living Room

7.80

plHL

4.68

1.65

3.00

plHL

1.30

H,tdS

0.15

6.25

plHL

H,tdS

Kitchen

3.00

5.00

1.50

6.20

Kitchen

0.15 Living Room

4.75

4.75

9.85 5.00

0.50

Side Elevation

Projects 2007-2010

Seashell tower 2007

Children Medical Center 2008

Ahad General Hospital 2010 Graduation Project

Redesigning AlBatha District 2008

Umran Socity headquart 2008 Award Wining project

Affordable housing project 2008

Class design competition 2009 Award Winning project

Ahad General Hospital 2010 Final Graduation Project INSTRUCTOR: Prof, Alsayed Ammer This project is located in Riyadh, KSA. Riyadh considered as one of the biggest cities in the Arab world,however, there is a great need for hospitals in the city, not only but also the reason for selecting a hospital for a final graduation project, because in my opinion hospital projects deal with reality and the human needs, which makes it far more interesting to propose a design that everyone can participate and critique it.

Below Sketch shows the progress of the initial concept and breaking down the gred and rotate half of the valume, also , taken in considiration the sun orination and the easy access to the facilities.

Above Sketch shows the initial concept, where easy access to the facilities is improtant and other spaces have to be private and no elevated to the sun light, and other spaces for the public use .

The size of the project:

Nursing and Patient Rooms 130 Beds

The land = 37800 M2.

Diagnostic Clinics

The building = 600 M2 x 8 Floors = 4800 M3. Green areas and

Out Patient, Surgery

Parking = 31800 M2

Intensive care and Isolated Rooms Emergency

Project elements:

Diagnostic Radiology

Administration

Pharmacy Department

Training and Continuing Education

Medical and Patient Gardens

Services and Maintenance

Mosque

400 Parking spaces Medical Services

Far Left The site plan shows all the elements such as parking lots and gardens, and exterior paths to reach the mosque and out spaces.

Left Perspective shows the two volumes the top and the bottom, also its shown the glazing and the use of a local material as the main elements on the exteriors which is the stone. Also, the main entrance gives ad easy access recognition to the building

Above Sketch shows the idea of raising the up valume with a trangulated structurem, in order to allow the air to flow between the roof garden and cool down the two valumes,also, given a nice view for the patien rooms looking at the garden.

Left top: Ground Plan

Top: Typical Plan Horizontal Circulation Vertical Circulation Vip patient rooms Patient rooms Services

Right Section and elevation show the materials and the relation between the floors and the elements.

Left top: First floor

Horizontal Circulation Vertical Circulation Administrations Emergency Diagnostic Clinics & Out Patients Radiology

Horizontal Circulation Vertical Circulation Offices Treatment rooms General & Daily surgeries Intensive care

Laboratory & Blood Bank Pharmacy & Services Green Areas

Training & Education Services Green Area

Left top: Third floor Horizontal Circulation Vertical Circulation Green Area Sitting area

Right Top The emergency entrance shows the easy access for pedestrines, cars and embulence.

Right midle Exterior walkways which are shaded with a shaders have a pattren consistents with the design not only but it gives a nice atmosphere for the people to use Right bottom Render shows the roof garden and the path to the other roof garden in the opposite side, while imagining the patients using it, also it shows the view from the patient rooms.

Left top The main lobby of the hospital shows the easy recognitions for the users,because of the open space which gives a good contact for the users with the other facilities Left milde The interior corridors focus on the light modern design for the users to make it more comfortable to use.

Left bottom Waiting area that has light modern furniture and design, also, it’s over looking at the roof garden, it makes comfortable and peaceful for the users.

Class design competition 2009 Studio 4� at King Saud University A

5

3

4

6

7

B

2

8

9

1

10

A

B

The project was given to the Saudi universities by the government, and every instructor had to choose two students to design an additional circtular path for the elderly and handicapped people, and to let them do their assignments without difficulties in The Great Mosque in Makkah city. The target of the Saudi authorities was to make a design without any great changes to the current condition. Forunately, this project was chosen as the second winner.

The concept of the desogn is to design this project in one of the unused places. After a great looking for the best location, it had appeared that everyone needed to be close to the circumambulation. As a result, I chose the edges of the circumambulation after I implemented some small changes to the edgest to make it easy to use.

There were many challenges which faced the project, and that because of the Ottoman’s corridor and columns located under the ground, which are covered by many developments on top of it.

However, this design can be done without any major damges to the Old cooridor.

This project can give great advantages in increasing the number of users in the mosque because it can occupy 2700 people

Umran Society Design Competition 2008 Riyadh, Saudi Arabia, King Saud University INSTRUCTOR: Prof, Khaled Aljamaz Softwares: Archicad, Rivet, Photoshop, Artlantis, In-Design

This project was a design competition, the students had to design a building for The Umran Society assosiation, this proposal took the second winner and earned a certification, the design was chosen because it followed the requirements and presented new high tech ideas, which respect our nature and culture

Ground floor plan Walking area Kitchen

Second floor plan

First floor plan Cafeteria Library

1 2

Offices Theater

3 4

Seating area Mosque

Offices Eng.Offices Human Resources

Third floor plan Meeting room Administration Secretaries

5

Studios Roof Garden

17 M 14 M

9M 6M 3M 0M -3 M -6 M

Elevation B-B

Section A-A

Children Medical Center 2008 Riyadh, Saudi Arabia, King Saud University INSTRUCTOR: Prof, Mohammed Ali Bahobail Softwares: Archicad, Rivet, Photoshop, Artlantis, In- Design B A

2

A

B

B

B

B

B A

A 1

1

Above / Ground floor plan - Reception - Pharmacy - Out-Patient - Pharmacy.

- Laboratories - Radiology Dep Above Right/ Second floor - Reception - Patient rooms - Nursing section/ rooms Right Bottom - Parking - Kitchen - Sterilization Unit.

- Loading area Right End Top 1- Section A-A 2- Section B-B 3- Elevation A-A

1

1

2

2

- Library - Emergency - Admin Office - Services - Utilities.

B

- Waiting room - Intensive care - Operation & recovery - Services & utilities - Dumping area -Linens stoarge - Laundry room - Services and utilities

2

B

B

B

This project is inspired by the concept of the XO game, which it gives the project a unique idea, and suitable for a children medical center. In addition, the center has great features that could change children’s fear towards hospitals, such as, playgrounds, unique interior and extreior design, and open plan.

1

Left- 3/ Power plan 2

Above / Structural ground plan Numbers of floors 3 Area load 100 M2 Colum size 25 Cm2 Fooring size 4x4 M

3

Fair main line Wet sprinkler riser Dry sprnkler riser Water pipe drop Fire exit

On/of duct Duct Joint

4

Above Right-2 / Electrical lights plan Flourecent square shape Flourescent rectangle shape Spotlight Flourascent reading lamp

Hot water supply Hote water resturn Cold water supply Gate valve Left -5/ Fire extinquishers plan

Above Right-1 / Air- conditiong plan Supply Air Return Air Dispenser Air Flexible Air Diffuser Air Chiller System Supply water Push Water

Wires Electrical SHALL BED Head unit Light Homerun- Power Homerun

Left -4/ Water supply plan

Above Right-2 / Electrical lights plan Flourecent square shape Flourescent rectangle shape Spotlight Flourascent reading lamp

BHU

5

Right Top Patient floor corridors

Left top Maon entrance

Right midle Main hall

Left milde Emergency entrance

Right bottom Patient room

Left bottom Rest & Coffee- Roof garden

Seashell Tower 2007

A

B

A

Riyadh, Saudi Arabia, King Saud University INSTRUCTOR: Prof, Khaled Aljammaz Softwares: Archicad, Rivet, Photoshop, Artlantis, In-Design

Seashell Tower

V.I.P Parking

_

=

A

Ground floor plan

Basement floor plan

Riyadh City has not alywas been a dissert, but it was a sea which had been covered by the sand. Scholars have found some sea creatures and seashells underground the dissert. This project is inspired by the concept of the seashells, as a result, it creats a design that presents the past with a new vision

A

First floor plan

Repeated floor plans proposals

Elevation B-B

Section A-A

Right Top, First Skyscraper main hall entrance Right Middle, First Skyscraper third floor Right Bottom, First Shopping mall hall Right Top, Middle Skyscraper meering lounge Right Middle , Middle One of the offices in the skyscraper Right Bottom, Middle Shopping mall skylight

Left top Skyscraper main entrance Left bottom Shopping mall main entrance