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Architecture Portfolio

Ataur Rahman

2005-2020


+CONTENTS + + +

Biography Experience Summery Experience/Education Time Line

01 02 03 04 05 06 07 08

Urban Design/Master Plan: Transportation: Healthcare: Hi-Rise/Mixed-Used/Tower: Civic/Educational/Institutional: Commercial: Low-Rise Residential: Experiments:

Villiers Island Jazan International Airport Al-Taif Children Hospital (300) Beds EE Tower Sustainable Energies Technologies Center Arabian Auto Agency (AAA) Lahoya Compound Adaptive Re-directing Daylight Facade System


+BIOGRAPHY

+WORK EXPERIENCE SUMMERY

Education: ▪ Master of Architecture from the University of Toronto (Dec 2019). ▪ Bachelor of Architecture from King Abdulaziz University (Dec 2010). Work Experience: ▪ Q4 Architect ▪ edgearch ▪ Scale Contracting ▪ RAKA Design ▪ Dolmen ▪ RAKA Design

(Architectural Intern - May 2019- Aug 2019) (Project Architect - Jan 2009-Aug 2018) (Project Architect - Jan 2008- Dec 2008) (Intern Architect - Sep 2008- Dec 2008) (Summer Co-op - Jun 2008- Aug 2008) (Summer Co-op - Jun 2007- Aug 2007)

Certifications and License: ▪ Intern Architect, Ontario Association of Architects (OAA). ▪ Member of the Royal Architectural Institute of Canada (MRAIC). ▪ Registered Architect, Saudi Council of Engineering (SCE). Awards: ▪ Best Hospital of the Future Award 2015, For the design of Al-Taif Children Hospital ▪ Finalist, World Architecture Festival 2018, For the design of Sustainable Energies Technologies Centre ▪ Special Mention, German Design Award 2019, For the design of Sustainable Energies Technologies Centre Technical Skills:

For more details, Please check the resume at the link below: https://issuu.com/ataur_rahman/docs/personal_resume_-_2020

Expert

Specialist

Average

Skilled

Beginner

Autodesk Revit Architecture Rhino SketchUp Lumion Autodesk AutoCAD CorelDRAW Adobe Photoshop Adobe Illustrator Adobe InDesign MS Word/Excel/PowerPoint


2009 2010 2011 2012 2013 2014 2015 2016 2017 2018

Graduated with MArch from UofT

2008

Enrolled as MArch Student at UofT

2005

Graduated with BArch from KAU

Enrolled as BArch. Student at KAU

01 Blue Bay Entertainment District

02 Lahoya Compound

01 Al Taif Children Hospital

01 Abha International Airport

01 Sustainable Energy Technologies Center

01 Al Baha Airport

04 Khoja Private Residence

03 Real State Prototype Villa

02 Al Ammari Villa

03 High-Voltage Laboratory

02 IMC Tower Expansion

01 Ashesha Hotel

04 Salem Villa Supervision

03 HIC Building

02 Maaden Civic Center

01 Ektefa Office Building

01 Deanship of Distance Learning at KAU

02 IRC Building

01 Alawy Villa

06 ILA Concept Design

05 Ghandora Hotel Renovation

04 King Abdullah Airport Jazan

03 Riyadh Kidney Center

02 AAA Arabian Auto Agency Showroom

01 Madinah Airport

05 Break Time Café

04 Egyptian Restaurant

03 Qunfotha Airport

02 C1 Building Facade Design

01 King Fahad Specialist Hospital

02 Prince Majed Development

01 Al Qasim Recreation Area

01 Barnie’s Coffee Shop

+WORK EXPERIENCE AND ACADEMIC TIME LINE Professional Work Academic Work

2019 2020 2021


URBAN PLANNING

VILLIERS ISLAND Project Credit/Year: Instructor: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

School Work“Option Studio�, 2018 George Baird Urban Design New Vision for Villiers Island Toronto, Canada N/A Individual Work Revit, Rhino, Photoshop, Illustrator

The studio project focused on issues that are in the design of the currently underway between Waterfront Toronto and its corporate collaborator Sidewalk Labs. The output of the studio was a design for a new urban precinct on Villiers Island, including a partial area to the north of it. It includes the configuration of all proposed public infrastructure. The design proposed residential/non-residential building topology and vehicular and pedestrian streets within the site. The proposed building topology aimed to meet contemporary standards for "passive house" and environmental performance. This includes new vehicular and pedestrian streets designed to reflect the introduction of such current aspects of 'smart city' design as driverless cars as possible.


Master Plan - Villiers Island

Design Focus


Concept generation/optimization of the courtyard building topology.

Urban Planning - Villiers Island

Site Layout

1

Site Extrusion

Site Elevation

Site Cross Section

Site Elevation

2

Semi-Public Central Courtyard

3

Porosity/Public Passages

4

Stepping Gardens

5

Punched Terraces / Small Community


Site Analysis

Site Massing

Site Cross Section

Main Circulation

Connectivity to Public Realm


Main Pedestrian Bridge

Urban Planning - Villiers Island

Observation Deck Glass Floor Panels

Sheltered Space: The space underneath the building's volume is spacious, and It is designed to perform as an excellent gateway from bad weather conditions by using controllable vertical sliding curtain walls.

1

Enclosed

2

3

4

5

Fully Open


Hybrid Mass Timber (CLT) Prefabricated construction system is applied using a modular system, which resulted in sustainable, fast, cost-effective, less waste, and efficient building construction.

Gardening / Vagitation

Private Terrace Multiple Terrace Access

Semi-Public Terraces /Possible by Booking Private Balcony

Private Terrace

A Sustainable Community The idea of the stepped garden approach has significant potentials as an idea of a “vertical neighborhood.� It creates accessible public roof gardens to building residents. Furthermore, it provides spacious public/private green terraces, and the sizeable exposed roof areas can be used to produce solar energy, rainwater, and purify air quality using vegetation. Moreover, the corridors in front of each apartment unit are considered as a place for people to socialize, by creating small seating areas, with a view looking at the central courtyard. The sustainable dimension of stepped topology is unique, and it extends beyond the physical design intentions.

Social Space Re-newable Energy


Urban Planning - Villiers Island

Streetfront


Semi-public Courtyard

Semi-public Courtyard

Underneath the Lifted Volume

The semi-public courtyards are the primary nodes within the site to distinguish it from the rest of the public spaces; the courtyards reveal a human dimensional physical environment. Furthermore, the interior courtyards are not fully enclosed; it is open; it has a sense of ownership to the residence but yet not entirely private. The space underneath the lifted volume is spacious, a great gateway during bad rainy weather in winter or hot sun exposure in summer, surrounded by green areas and ground-level retails and coffee shops.

Public Corridor


Urban Planning - Villiers Island

Mid-size Building Prototypes

River Side Promenade

Pedestrian Bridge

Riverfront

Just as cities can invite city life, there are many examples of how the renovation of a single space or even change in furniture and details can invite people to a new pattern of use/habits. At the riverfront, a public realm designed to include parks, plazas, ground shops, sidewalks, and social gathering points either indoor, semi-outdoor, or outdoor. Whether people are enticed to walk around and stay in this space is very much a question of working carefully with the human dimension elements. By that, it is issuing a tempting invitation. At the other end of this scale, It represents recreational, optional activities that people might like such as, walking down the promenade, standing up to get a good look at the city and sitting down to enjoy the view and weather.


Public Realm


TRANSPORTATION

JAZAN AIRPORT Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

edgearch , 2010 Transportation New Design Jazan, Saudi Arabia 60,000 sqm Design Architect Revit, Rhino, AutoCAD, Lumion

Project Brief: The project was a collaboration of international experts to master plan and develop a land-use plan for the overall site as well as integrating it with the surrounding Jazan area developments. The new terminal facility was a part of the design scope, along with all the required 13 buildings, facilities, and infrastructure. The project budget is estimated at 453,330,000 USD. My Involvement: I was assigned as a part of the lead design team, and my duties were mainly involved in the facade, street-scape, and site design coordination. My work included facade design, revision, modifying, coordination with multiple disciplinary project teams, and carry out the conceptual ideas to a level of detail as a part of the tender package.


Birds-eye View - Airside


Transportation - Jazan Airport

Airport Master Plan

Key Legend 1

ATC

7

Maintenance & Store

13

Power House

22

Solid Waste Processing Facility

2

Royal Terminal

8

MET. Station

15

Hangar Area

23

Airway Engineering Facility

3

Medical & Others

9

Guard Contonment

17

Fuel Farm

24

Nursey

4

Cargo Building

10

Family Accommodation

19

GA Facility

25

Water Tank Treatment Building

5

ARFF

11

Bachelor Accommodation

20

Explosive Building

6

Mosque

12

Permanent Command Post

21

STP


N


Transportation - Jazan Airport

Mirror Line

Main Terminal Roof Design

Pa

ra

bo

lic

Landside

Transition Area

Airside

Conceptual Diagram of the Airport Main Circulation

The main design challenge for the terminal building was to achieve complexity out of simplicity, considering economic parameters. A simple parabolic band that separates Landside from Airside and takes the load of the flying ribs covering the two main halls and transfer it to the ground. This design idea created voluminous spaces on both sides of the processor. It eased the way for the passengers to navigate throughout the different terminal departments starting from the check-in counters to passport control up to the departure concession lounges.


Land-side View


Transportation - Jazan Airport

Interior View of the Main Landside Concourse


View of the Check-in Area

Departure Concourse

Food and Beverage

Departure Lounge

The interior design of the passenger building is based on passengers' experience. The color contrast between the surroundings and the patterns on the floor patterns make the traveling experience much more comfortable. The volumetric fluctuation of the terminal height navigates the passengers and enjoy their time along the way by providing various points to eat, shop, and rest before they take their flight.


Transportation - Jazan Airport

Cross Section

Side Elevation


Detailed Drawing of a Partial Roof Section


PTB Landside Elevation Wall Section - Roof Overhang

Wall Section - Aluminum Louvers

Wall Section - Parapet

Transportation - Jazan Airport

Several Facade Details


Wall Section - Roof Overhang

Wall Section - Roof Overhang

Roof Cladding Detail


Transportation - Jazan Airport


Airside View of the PTB


HEALTHCARE

Al-TAIF CHILDREN HOSPITAL Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

edgearch, 2018 Healthcare New Design Taif, Saudi Arabia 79,000 sqm Project Manager & Project Architect Revit, Rhino, 3Dmax, CorelDRAW

Project Brief: The (300) Bed Children Hospital was planned to be the largest pediatric hospital in the middle east, located in Taif, Saudi Arabia. The new project is proposed on a brownfield to the south of Taif city downtown. My Involvement: I was assigned as a project manager/project architect, responsible generally of the project schedule, budget, coordination, and meeting deadlines. From the early stage of the design, the entire planning/design team was very cautious about the massing of the building, orientation, natural light, building shape, envelope, material selection, and sustainable aspects in general. Special attention was given to the orientation of the inpatient tower and how much it will be affected by sun exposure. The project won the title of "The Hospital of the Future Award" at Building Healthcare Awards in Dubai in 2015. The award complimented on its sustainable features and its careful design towards children's care.


View from the Main Entry Gate

Awarded as The Best Hospital of The Future in 2015


Healthcare - Al-Taif Children Hospital

Master Plan - Site Development

N


Program Relationship Matrix:

8th Floor Level

5th-7th Floor Level

4th Floor Level

3rd Floor Level

2nd Floor Level

1st Floor Level

Ground Floor Level

Sub-ground Level

Concept of Functional Treatment To drive the services around the patient for an efficient diagnosis, which can be a more practical solution in hospital design in terms of functionality. Each main service acts as an entire separate operational function adjacent to others.


Inpa

Care

Units

1

rg ic al Su

ut pa tie n

t

tient

O

Healthcare - Al-Taif Children Hospital

Concept Development:

Functional Zoning/Massing

2

Defining Path/Saperation

3

Main Circulation

4

Vertical Circulation

5

View Orientation/Daylight Acess

6

Stepping Green Terraces

Site rectification by based on existing site topography:

Main Entry Level Service Entry Level

Parking Level

Parking Level


Environmental Strategies Solar Analysis Schematic analysis of solar radiation (one year) has been performed to investigate the performance of the building to compare different design treatments and propose an optimum solution to reduce energy consumption, create a healthy environment and implement innovative faรงade solutions.

Local Material To create a life-cycle design and reduce energy emission, we have considered local materials to be used in cladding, curbs, and public spaces. Water Cooling Water features, in urban areas, have a good effect on the micro-climate of surrounding with its cooling effect from the evaporative process. Thus, evaporative cooling is one of the most efficient ways of passive cooling for building and urban spaces. It might have a minimal impact on the building but is still considerable.

Double Skin Facade

North Elevation

Green Terraces

Double Skin Faรงade As a double-skin facade technology, its thermal and daylight performance is still under scientific scrutiny. The bulk of research on the performance of this facade configuration is carried out in moderate climates. However, little is understood about the performance of double skin facade configurations in extreme hot arid climates.

Solar Analysis

Green Roof The plants on green roofs can capture airborne pollutants and atmospheric deposition. They can also filter noxious gases. The temperature moderating effects of green roofs can reduce demand on power plants, and potentially decrease the amount of CO2 and other polluting contents released into the air.


Healthcare - Al-Taif Children Hospital

The design of the main hospital lobby reflects the primary intent of the design philosophical commitment to providing exceptional patientand family-centered care, especially towards children. The colorful patterns on the floor that works as wayfinding, the greenery, the ceilingmounted features, and the natural light, collaboratively made this spacious lobby the central design features for the children's hospital.


Typical Inpatient Room

Typical Elevator Lobby

Family Waiting Area

Children Play Room

The concept of the interior design, is to make the spaces feel more comfortable and domestic to children. The rooms are designed with colorful graphic representation enhanced with playful cartoon characters, which suits not only children but also appropriate to older children. During the design, we pushed the process to ensure that the main spaces where children stay the most in, such as inpatient rooms, are warm and home-like.


Healthcare - Al-Taif Children Hospital

Design Coordination In any typical healthcare project, it consists of at least 12 multi-disciplinary teams working simultaneously together and probably on a single central file and preferably on a BIM platform. Therefore, as a part of the project architect's duty, It was my responsibility to review and coordinate all the drawings as the design progresses to ensure they are aligned with the architectural drawings. A typical surgical department illustrated here to show the level of complexity that requires a high level of coordination between several consultants, especially in the latter stages of the project.

Architecture Furniture + Medical Furniture Drawing (Partial Plan)

Structural Drawing (Partial Plan)

Electrical Drawing (Partial Plan)


HVAC Drawing (Partial Plan)

Ceiling + Lighting Drawing (Partial Plan)

Water + Drain Drawing (Partial Plan)


Healthcare - Al-Taif Children Hospital

Level of Details/Information within the Architectural scope of work: Hospital design standards, such as FGI, outlines comprehensive guidelines for the design and construction of hospitals and outpatient facilities. It provides minimum requirements for all the project disciplines. Moreover, as the lead design architect and as a project architect, it was in my responsibility to verify that the design meets those minimum requirements for all scopes, which ranged from details such as bedhead unit sockets to large mechanical systems and equipment specified to the project.

Typical inpatient bed head unit with different types and numbers of sockets identified, based on FGI standards.

From the aspect of interior design, the finish type and colour codes are also needed to be specified, in case it has unique decorative features. Typical Architectural Wall Section Detail Drawing


View from the South Elevation


HIGH-RISE MIXED-USE

EE MIXED-USE TOWER Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

School Work“Option Studio�, 2012 Office Tower Energy & Sustainability Jeddah, Saudi Arabia 75,740 sqm Individual Work - Research & Design Revit, Rhino, 3Dmax, Photoshop

The project is a case study that took place in Jeddah, Saudi Arabia. The research mainly discusses the energy demands in office spaces in Saudi Arabia. The research proposed an alternative building design solutions and renewable energy applications to reduce energy consumption by establishing a design concept of a mixed-use tower. The integration of renewable energy strategies in combination with the architectural design should provide a logical calculation of the sustainable application validity. The main renewable energy application was mainly collected from solar and wind energy.


Arial View from North West Elevation

The design proposed is a 60-storey mixed-use skyscraper. Using renewable energy resources, the goal was to create a sustainable building project that consumes 20% less of its energy requirements. Around 200 units of wind turbines have been applied to satisfy 4-5% of the total energy consumption of the tower. The amount of wind turbine units have been distributed within service floors as structural and mechanical floors. Moreover, solar panels have been integrated on the top surface of the shading devices on the faรงade (louvers). These louvers are placed to face the optimum angel to collect maximum solar irradiation year-round. Based on the calculation, the project is estimated to save 20% of energy (electric consumption) each year.


High-rise - EE Mixed-Used Tower

Concept Development Stages

1

Site and Area

2

Extrusion

3

Structural Blocks

4

Basic Massing

5

Subtraction


WIND TURBINES

Application of the Re-newable Energy Systems

Articulation

For wind energy production, two sizes of Vertical Axis Wind Turbines (VAWT) are implemented of a total of 104 units, at the edge of both the structural floors (taller units) and the mechanical floors (shorter units). These units are responsible for producing 3.1% percent of total electricity.

SOLAR PANELS

6

Wind Turbine

Office

Residential

Building Secion

Schematic Section Solar Panels

Implementation of 300watt modules of solar panels proposed to be mounted on the top surface of the canopies at each floor level. The total power production of these solar panels is estimated at 16.6% of total building electrical consumption.


Floor Plans Ground Floor Level - Drop-off

High-rise - EE Mixed-Used Tower

First Floor Level - Main Lobby

N

N


Typical Floor Level

Second Floor Level

N

N


Facade Treatment

The opening sizes are different in each column.

Application

High-rise - EE Mixed-Used Tower

Design Inspiration

Accessible Terrace Helipad

Structural Floor Mechanical Floor

The facade design is inspired by the traditional window facades commonly found in the historic houses in old Jeddah city. The opening parameters are within the same widths in each row, but they are in different sizes when we look at them horizontally.

trance

Similarly, we applied the concept of having different sizes of windows widths vertically, since we have limitation in floor height, by using five modules of openings randomly throughout the facade.

Service En

Green Surface

Staff Entrance

A

B

C

D

E e

nc

tra

5 Windows Variations

M

ain

En

Outdoor Theatre


Arial View from South West Elevation


EDUCATIONAL

SUSTAINABLE ENERGIES TECHNOLOGIES CENTRE Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

edgearch, 2015 Educational New Design Riyadh, Saudi Arabia 13,000 sqm Project Manager & Project Architect Revit, CorelDRAW, Lumion, Illustrator

Project Brief: The project is located inside the King Saud University premises. It includes several renewable energy laboratories which aim to train students in the sustainable energy market. The project required LEED platinum certification to encourage the community to go green. The requirements of the certification were achieved. My Involvement: I was assigned as the project manager and project architect, responsible generally of the project schedule, budget, coordination, and meet submission deadlines.


Arial View from the Main Entrance

Selected for LEED Platinum Certification

Finalist in World Architecture Festival 2018

Special Mention in German Design Award 2019


Educational - Sustainable Technologies Center

Functional Zoning Based on Program Requirement:

HYDROGEN ENERGY

SUPPORT

BIOMASS ENERGY

Support

SUPPORT

SOLAR THERMAL ENERGY RESEARCH LAB

GRADUATE RESEARCH & GENERAL LABS

NUCLEAR ENERGY

ENERGY STORAGE RESEARCH GROUP

ENERGY EFFICIENCY & POWER QUALITY

N

GROUND FLOOR

SECOND FLOOR

FIRST FLOOR

Design Concept

The design expressed as an iconic form. The idea was to represent a cutting edge building design. The project is surrounded by a typical type of institutional building typology, and to showcase the philosophical representation of the project and appreciate its value to the public; we needed to come up with a unique form to stand out from its surrounding buildings.

1

Area Extrusion

2

Form Split

3

Additive/Subtract

4

Maximize Directionality

5

Create Nodes

6

Improve Visibility


Site Plan Drop-off Zone WIND ENERGY RESEARCH GROUP

SUPPORT

SOLAR ENERGY RESEARCH GROUP

THIRD FLOOR

Concentrated Solar Panels

Parking Area

Main Entrance

6

Green Roof and Terraces

Sub-Entrance

N


Auditorium

Main Lobby

Section Through Main Lobby Laboratory

Section Through Three Buildings

Educational - Sustainable Technologies Center


Sustainable Design Approach as per LEED Guideline

Create Character Building in Phases

RTV Design Image SE Research Group

Water Recycle

Energy Efď€ ciency

LEED Platinum

WE Research Group

STE Research Group

BE Research Group

BUILDING DESIGN CRITERIA

Green Roof

GR and GP LAB Initial Cost Saving EE and PQ

HE Research Group

Terrace ES Research Group

Renewable Energy

Running Cost Saving

NE Research Group

Functional Requirment

Green Materials

Semi-Courtyard Natural Light

Courtyard

Water Ventilated Passive Air Cooling

Water Feature


Educational - Sustainable Technologies Center

Floor Plans

Ground Floor Plan

First Floor Plan

N


Second Floor Plan

Third Floor Plan

N


Educational - Sustainable Technologies Center

Detailed Building Section (DD)

Curtain Wall - Typical Corner Detail

DD Section Drawing Through Main Lobby

Curtain Wall - Expansion Joint Detail

Curtain Wall - Typical Vertical Connection Detail

Curtain Wall - Corner Detail with Column


Arial View from the South Entrance


Educational - Sustainable Technologies Center

Entrance View from North Elevation


COMMERCIAL

AAA SHOWROOM Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

edgearch, 2011 Commercial New Facility Jeddah, Saudi Arabia 2,000 sqm Project Architect, Design Architect Revit, Photoshop

Project Brief: Arabian Auto Agency is one of Saudi Arabia's leading distributors of heavy types of equipments. Within this project, the client is seeking to relocate their main head office. The new HQ should represent a contemporary shift from its existing facility. My Involvement: I was assigned as the Design Architect, responsible for carrying out the design idea and prepare presentations for the client. The project’s main elevations were facing south and west. Therefore, in the design process, a double skin facade was considered with fritted openings. For the west facade where the main showroom is located, a unique geometry was developed to allow only nondirectional light with a transparent portion of clear glass to showcase their vehicle.


Arabian Auto Agency Showroom Exterior View from Looking at the Main Showroom


Commercial - AAA Showroom

Building Components

2 1 6

4 5 3 7 Showroom Vehicle Entrance

11

8 9 12 10

13

Sales Entrance

Key Legend 1

Warehouse

2

Workshop Area

3

Sales Lobby

4

Sales Station

5

Service Reception

6

Training Offices

7

Parts Admin

8

Parts Sales

9

Dinning Area

10

Prayer Area

11

Sales Managers

12

Sales Staff

13

Showroom

11

Showroom Entrance


Ground Floor Plan

Quality of Daylight In-between Double Skin Facade

SOUTH SUN EXPOSURE

One of the main feature elements in the design is the double facade corridor. It is designed to provide a balanced daylight space during the day. The parametric perforation pattern is more condense were the need of the daylight is required in those spaces behind the exterior facade.

N

South Elevation


Commercial - AAA Showroom

Interior View of the Showroom


Exterior View Looking at the Showroom


RESIDENTIAL LOW-RISE

LAHOYA COMPOUND Project Credit/Year: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

Freelancing Work, 2018 Residential Design-Built Project Jeddah, Saudi Arabia 2,690 sqm Project Architect & Site Supervision Revit, AutoCAD, Photoshop

Project Brief: The project is a residential compound that forms a complex of five buildings(four villas), and a service building. which advantaged in a whole wide variety of spaces and luxury elements. The small terrace on the upper floor, the covered terrace, swimming pools, and so on. The intervention of different spaces resulted in excellent interaction between elements. My Involvement: I was involved individually with a direct contact of the client. I was the designer and site supervisor, hence I dealt with all the trades to ensure that the work is delivered on time within expected quality. I spent considerable amounts of time to make every detail shine both functionally and aesthetically.


D A

C B

Neighbour

Service Area Street

Street

Duplex Villa 2 Duplex Villa 1

Main Villa Corner Villa

S

treet

A - Main Villa B - Corner Villa C - Duplex Villas D - Service Building


Design Features / Objectives

A 02 Roof Level

01 Upper Level

Shaded

North Elevation

00 Ground Level

Multi-Purpose Area Living/Recreation Area Dining Area Office Bedroom Bathroom Kitchen

-01 Basement

Gym

Shifted

Pushed to Center

Adjustable Louver System

Controllable Shading Device

Residential Low-rise - Lahoya Compound

Main Villa Exploded View

Pushed to Sides


Design Features: Fluidity The client wanted a design idea that is not too rigidly formal or conflicts with cultural habits. The concept was to design spaces to be flexible to use for both rental and private residential purposes. Sustainability Aspect of natural light and ventilation was carefully considered. In the same time aspect of solar heat gain and heat loss also studied. For example in Villa A, a large high ceiling skylight implemented at the center of the villa to allow daylight during the day, but on the other hand, narrower windows are specifically design at the south elevation to avoid overheated spaces. Connectivity The design is fluid and arranged to be connected visually by using horizontally and vertically arrangements, using glass partition, or open interlocking between functional zones. Smart Home The project implemented semi-automated controls, which can control many basic devices like, air-conditioning system, light, light colors, fresh air, drapes, intercom, garage doors, and audio systems.

Facade Cladding Process

Construction Process

Design Stage

South Elevation

Structure / Brick Work

Cladding Work

Lighting Test


Residential Low-rise - Lahoya Compound

Exterior Render of the Main Villa


Site Image of the Main Villa

Typical Elevator Lobby

Family Waiting Area

Children Play Room

The facade is designed in a minimalistic contemporary style. The balance of form and material selection established a cohesive outlook, which identifies and gives a strong identity to each corner of the project. The facade cladding was a combination of large panels of granite, sandstone, porcelain slate, wood panels, and glass. This translated into a seemingly enclosed, yet not massive, facade.


Detail Drawings

Washroom - Site Image

Residential Low-rise - Lahoya Compound

Washroom - Digital Perspective (Draft View from Revit Architecture)

Washroom - Elevation

Washroom - Section


Exterior Perspective (Draft View from Revit Architecture)

Exterior View - Site Image

Family Living Room - Digital Perspective (Draft View from Revit Architecture)

Family Living Room - Site Image


Residential Low-rise - Lahoya Compound

Main Swimming Pool from Jacuzzi Side


Main Lobby

Corridor Looking at the Double Height Space

Main Kitchen

Family Swimming Pool

The interiors of the project established a harmony, and by using sustainable strategies, it provides cool and well-lit spaces. The advantage of white colors to extend the space beyond its limits, the marble gives the luxury sense of spaces reflecting the balanced light projected on them. The lighting devices are tested to make sure they provide enough light levels based on the proposed activity in each room. The design provides an experience in the middle of the dense urban environment.


RESEARCH

RE-DIRECTING DAYLIGHT FACADE SYSTEM Project Credit/Year: Instructor: Project Category: Objective: Location: Area: Involvement Type: Main Software Used:

School Project (Thesis), 2019 Brady Peters Experimental/Academic Parametric Design Toronto, Canada N/A Individual Work Rhino, Illustrator, Arduino IDE (C++)

Daylight is the primary source of light that maintains the circadian system in the human body. Exposure to daylight has a positive impact on human health and well-being. Beyond functional performance, daylight is a fundamental aesthetic design element for architects. Traditional daylighting methods and metrics are designed for offices and therefore have shortcomings when it comes to the complexities of human activities in a residential setting. This research reports on a series of experiments that looked at how daylight can be shaded and redirected within multi-unit residential buildings (MURBS). The experiments addressed both the functional requirements of circadian light and working light levels, and the aesthetic dimensions of light and shadow. The experiments use a case study building in Toronto, Canada, and used computational daylight simulation, visualizations, and physical prototyping.


Perception of Light and Shadow

“Daylight strategies have limitations to control the available daylight and the presence and activities of building occupants.� Wyckmans, A. (2005). Intelligent Building Envelopes: Architectural Concept & Applications for Daylighting Quality.


Research - Redirecting Daylight Facade System

The initial idea of the re-directing daylight is to able to capture light and control it by using an adjustable reflector that re-directs the light into the desired direction based on personal reference depending on the time of the day.

Module Cavity (Double Skin)

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e it th ual g in ht q t c ire ylig -d da e f R ve t o pro p e Im nc to co ht e g Th ayli D

rs

cto

efle

eR f th n o tion o i t ta irec D rien lt O e Sun u a h f t e o D lt The ralle a is P

Interior

Exterior

Exploring Assembly Parts Prior Modeling and Testing


Active Multi-Axis Daylight Re-direction Façade System

Experimental Prototype Model

This test will follow a qualitative study strategy with a “Modelling–prototyping” demonstration. In the process, the study will propose assumptions of human activities by which the prototype should adapt accordingly to it. In the design process, several direct-reflective daylight re-direction systems were examined. Several studies on re-directing daylight systems showed potential benefits in terms of delivering light into the unlit spaces. However, instead of the previously limited use of the system, the author imagined exploiting this system to evolve as a dynamic façade configuration, which seems more promising. Therefore, each module consists of 2 sets of 17 layers of wood pieces (laser cut); each layer uniquely designed to consider any electrical and mechanical components to go in-between them if necessary, 5 servo motors, 1 stepper motor with a driver, one timing belt with timing pulley and 5 mirror panels. Each prototype is connected and controlled by Arduino micro controller using computational design software to develop a prototype to re-direct the daylight into space, responsive to specific sun position.

Unit Components: •Frames •Bearings •Servo Motors •Stepper Motors •Stepper Driver •Timing Belt •Timing Pulley •Copper •Mirrors Panels

Servo Motor Bearings

Mirrors

Double Height Single Bed Apartment Unit

1

2

3

4

Exterior Frame

Inner Circle

4 Modules

17 (Laser Cut) 17 5 1 1 1 1 N/A 5

Exploded Diagram of the Prototype Design

the design considered not only to work in 2 Axis (dual-axis) but to able to re-direct the light to any point in the space it is required to be able to adjust to any solar angel. The design is mainly two parts, the border frame, and the inner circle. In the inner circle, there are 5 mirrors in different sizes to fit in the circle, a servo-motor controls each mirror, and the inner circle itself is controlled by one stepper motor fixed into the external frame and moves the inner circle by a timing belt .


Research - Redirecting Daylight Facade System

The Experiments: In the following, the performance of the active Multi-Axis Daylight Re-direction Façade System was evaluated. Over hundreds of sequences of both video and photographs are recorded to observe the various spectrum of light that can be populated using the system. The physical simulation shows how the system can be adopted to occupants’ comfort preferences. Nevertheless, they also enhance the visual comfort and desire but also substantial potential to reduce the energy usage of the building.

Light Projection

Due to the unexpected weather conditions in Toronto, while running the test, I used a projected light casting directly on the modules to mimic the sunlight mechanism, the light was projected on an angle of 45 degrees from the ground and 2 meters away from the mock-up.

Prototype Mockup


Blocking daylight penetration

Light penetration from 2 units

Light penetration from a single unit

Light penetration from 2 units

Light penetration from a single unit

Full Light penetration

The prototype included 4 units mounted as a 1:50 scale faรงade enclosure of double height living space. the design of the prototype was configured to enable to rotate the inner disc in dual direction. Therefore, the inner disc can rotate 360 degrees, and the reflective louvers can be programmed to set their own angles individually. Prototype Mock-up

Looking from inside of the space

A double-height space representation


Research - Redirecting Daylight Facade System

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Re-directed daylight Alternatives - Re-derected light from a single unit

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In this study, I presented the development of an adaptive re-directing daylight prototype. The concept of the mechanical and the design is explored. The systems approach allows for control of the daylight to adapt to the complex behavior of each occupancy, which can be implemented into a large-scale building. Future studies can analyze the validity of the reflected daylight in terms of light performance and its application beyond the residential context. Re-derected Light Alternative 11

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Ataur Rahman - Architecture Portfolio 2020 (Selected Works)  

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