Abdullah Architecture portfolio 2023

I am a Highly motivated and detail-oriented graduate architect with a strong passion for BIM architecture. Seeking a challenging position where I can contribute my skills and knowledge in creating innovative and sustainable design solutions. Committed to delivering high-quality projects that meet client requirements and exceed expectations. Experimentation and researching fascinates me alot and constantly learning about how the architecture industry has influenced digital technologies over the past decades. especially more about parametric based modelling along with BIM workflow in the real world. I also dedicate myself to develop my teams cooperations and strive my best to achieve the most suitable design solution. I am passionate about using my skills and knowledge to bring the best output as possible.

Mobile no: +973 3911 6995

Visa Status : visiting visa ( 03/07/2023 - 01/10/2023 )

Click to view Personal Documents

Bahrain Address : Flat no.202,1404 - L Road - 1726 - BLOCK -917, East Riffa.

Father Mobile no. +973 39695540 / +973 39116930.

Curriculum Vitae.

Abdullah.A

Graduate Architect

21.12.1999

Nationality: Indian

Contact

Mobile no: +973 3911 6995

Mail : abdullahanwar242@gmail.com

Address : Flat no.202,1404 - L

Road - 1726 - BLOCK -917, East Riffa, Bahrain.

Work Experience

Mancini Enterprises Pvt. Ltd

Architectural Intern

Aug 2022 - Nov 2022 (4 months)

Chennai,India

Click to view Internship Portfolio

KP Builders

Freelance

Worked on Kitchen Design & 3d visualisation

Feb 2022

Nagercoil,India

Achievements

June 2019

Education

2016 - 2018

Evans Matric.Hr Sec.school, Nagercoil, kanyakumari dist.

Higher Secondary Education l 2016 - 2018

2018 - 2023

Mohammed Sathak School of Architecture, Kilakarai,Ramanathapuram dist. ( Affiliated to Anna University,Chennai)

Bachelor of Architecture

Software Skills

Autodesk AutoCad

Autodesk Revit

SketchUp

Rhinoceros3d +Grasshopper

Adobe Photoshop

Adobe InDesign

Vray

Enscape

Lumion

Learning: BIM Architecture (Dynamo,Naviswork)

Field of interest

Computational modelling

3d visualisations

Digital fabrication

Language

Tamil - native English - fluent French - basic

Dec 2020

ANDC Annual NASA Design

Competition

group of 4 students l participation

Reubens Trophy Zonal NASA

architecture sheet Hand Drafting

May 2022

ALTIVERSE Design Competition

group of 2 students l 1st Prize

March 2023

HIZORA Symposium

Pavillion Design Competition

group of 2 students l special mentionv

Presentation

Photography

Speculative Architecture

Skill Summary

Skilled in creating detailed architectural drawings and construction documentation. Strong communication skills, facilitating effective collaboration with clients, consultants, and project teams.Excellent problem-solving abilities, with the capacity to resolve design challenges and implement creative solutions.Collaborated with teams on rendering and visualization projects, enhancing design presentations.

*This is an interactive PDF.click on the specific Title to skip to the project.

International Airport Terminal l semester 10

International Airport Terminal.

Thesis / semester 10

This thesis project was to develop a design for an International airport terminal.The site was chosen in Parandur which is located near chennai.Chennai already has an international airport and a government proposal for a second airport.

The proposed new terminal can handle 20 million passenger capacirty per annum.

• Main approach road width :- 12m double lane

Revit l Photoshop

Area Statement

SIte Location : Parandur ,Chennai.

Total Site Area - 2300 ACRES

Terminal Building Area - 55 ACRES

Parking Area - 40 aCRES

Expansion Area - 30 ACRES

Total Number of Aprons - 45

Perspective View of the concourse

Form Evolution.

The basic form of the terminal building is created inbetween the two parallel runways.Both the runways are placed based on the wind direction from northeast - southwest direction.

The original form is then divided into three blocks. this type of terminal layout is called as pier or linear layout.two linear rectangular blocks are interconnected by the main terminal area.

The edges of these rectangular forms gets smoothen and curves are added. thus getting divided into two , the front side of the landside area is for the domestic and the one at the back is for the international passenger area.

Then this basic curvature form gets the complex roof structure, having, multiple roof openings. the roof structure is a combination of both space frame and lattice structures.

Master Site Plan

The Ground Floor is dedicated for the baggage handling system for a more proper and smoother circulation for the baggage flow.

Baggage Claim: For arriving passengers, the ground floor is where they retrieve their luggage after their flight. Baggage claim areas are strategically located, allowing travelers easy access to collect their belonging.

Ground Floor Level / BHS +0

The landside of the airport is for Passenger terminal parking which can accommodate upto 3700 parkings The front side of the area is dedicated for the disabled people to reduce their movement distance, followed by the bus and taxi facilites.

The access road is about 10m wide goes upto the first floor for the depature level.

All Dimensions are in Meters/M

Zoning

The travelator separates the commercial area into two for circulation.

International Airport Terminal l semester 10

TERMINAL

AIRSIDE AIRSIDE

PARKING EXPANSION AREA

LANDSIDE

Zoning Analysis

Entrance Lobby

INTERNATIONAL CONCOURSE DOMESTIC CONCOURSE

Division within the terminal

Baggage Claim Area

ETFE Lattice Frame Structure

Large Glass Facade for sungliht to penetrate the Terminal

Space Frame Structure

AIRPORT VEHICLE ACCESS /BHS

International Airport Terminal l

CURBSIDE ACCESS

Equipment and machine Rooms

Arrival Metal Paneling roof

13

The International Concourse level consist of Gates for international passengers ,consisting of large walking spaces. this level contains of Executive Lounges and Duty- free shops and a mezanine floor for cafe.

The mezzanine floor contains more of food court , cafeteria and some retail shops. this floor acts as a connecting floor between the check- in level and the concourse level.

Check- in Level is for both the international and domestic passengers.the international passengers move to the mezzanine to reach the concourse area.

Ground level consist of both the baggage handling system and also acts as the Baggage claim area for both domestic and international passengers.

All Dimensions are in Meters/M

Interior view of the International Depature Concourse

02. Dreamville Haven.

Residential / semester 05

This Project was about to design a residential building in a hilly area. Located at top sengattupatti,pachamalai,Trichy.Having a scenic view of the pachamalai hilly mountain region.This Design is achieved by having a place of living situated at the safe and convenient location, such a place for comfortable and peaceful pleasant living.

Revit

l SketchUp l Enscape l Photoshop

Site Details

Location : Trichy,India.

Site area : 875 sq.m

FSI :0.5

Builtup area : 26,340 sq.m

Access Road: 8m

No. of floors : G+1

Setback : 7m

Form Evolution.

Original rectangular block as placed into the contoured slope of the site area.Inorder to keep the structure in place, cut and fill methodology is used here. Allowing the access and main entry to the site from the north and cantileverd structure on the southern part of the building.

The original box is then divided into three similar rectangular block.this rectangular block is created inorder to be placed at three different levels of the contour site. also creating visual aspects at each corresponding levels.

These are then subtracted at non necessary spaces and also this helps in creating freeflow of wind inside the building and for allowance of proper amount of sunlight within.

On top of this, the 1st floor level block is placed,with having adequate open spaces at the ground level.the roof of the building is sliced and sloped at a manner for protecting from harsh sun during the day time.

LEGENDS

view to the slopy hills.

cross ventilation inside the living area brings in cool air during summer season

winter sun

summer sun

cantilevered structure.

air flow

Cantilevered Swimming Pool

Sectional View

cut section

cut section

Master Bedroom

Double storey High ceiling.

Entrance

LEGENDS

Interior view of the Master bedroom at floor.

Interior view of the study room at ground floor.

1.Guest Bedroom

2.Bathroom

3.Gym

4.Common Toilet

5.Bedroom

6.Master Bedroom

7.Living Space

1st Floor PLan

Corten steel as roofing material framework paneling roofing sheet

Gym

Exterior view of the front facade.

Interior view of the Living Room.

03. Fashion Design Institute.

Institutional / semester 07

The project was about to develop a campus design.The site was chosen in goa.the mian reason was that goa had a variety of people with a sense of different cultural apsects.this will improve the fashion community as well. National Institute of Fahion Technology was established in 1986.The institution offers u.g and p.g courses in the fashion stream.

Revit l Photoshop

Site Details

Location : Panaji,Goa.

Site area : 18,736 sq.m (4.63 acres)

FSI : 1

Builtup area : 26,340 sq.m

Plot coverage : 42%

Plint area : 8,750 sq.m

No. of floors : G+2

Setback : 7m

Departments

UngerGraduate PostGraduate

FD - fashion design m.Des - master of design

AD - acessory design m.F - makers of fashion

LD - leather design teaching

TD - textile design

FC - fashion commmunication

BF - bachelor of fashion tech

Form Evolution.

The basic form is developed from creating midpoints from each side of the site and linking those points.the main entry is given southern part of the site area as it connects with the main road widing about 30meters.

The block is then converted into three main building volumes namely admin block,main block and ug block.this three building is connected to each other as it to make the circulation easier as much as possble.the central part of the site is let open to create an open amphi-theatre.

These created volumes are then subtracted at respective spaces to create openings and connections.openings such as atrium and open theatre so as to create an interactive spaces within the students.

Secondary buildings are added such as hostel blocks ,canteen and auditorium.parking is provided near the auditorium.Hostel blocks are provided at the northen side of the site area as it has a scenic view of the nearby river.

Zoning analysis

Library Block.

Visibility from the open amphi-theatre

Open amphi-theatre acts as an interactive space.

Sectional View FF’

Accessiblity

Semi glazed canpoy structure at the main block

Road connecting within the site

Connecting Bridges.

Studios.

Atrium. Classrooms.

Ground Floor plan - Main block

LEGENDS

Classrooms

Studios

Labs

Staff Rooms

All Dimensions are in Meters/M

The Main Block is placed in such a way that it is connected to 2 other buildings.One can access the main block from ug block and the ug block is also connected with the admin block.The open amphi-theatre is surrounded by this three blocks.

Exterior view of the Main Block.

Open Amphi-theatre.

Interior view of the Library.

Exterior view of the Facade.

Corridor view.

Corridor view.

04.Skyline Towers.

Mid-rise apartment / semester 06

The design brief was to design a mid-rise apartment. Site is located near k.k.nagar, Trichy taluk,Tirchy district, abutting from Simco Road which connects Tirchy - Madurai Highway Road to Tirchy Town. The proposed site is immediately 18M wide Road. the located site was an semi urban area with moslty surrounded with low rise building.Designing a mid-rise apart-

Site Details

Location : k.k nager,Trichy

Site area : 17150sq.m

FSI : 2

OSR : 1,750 (10%)

Builtup area : 34,300 sq.m

Plot coverage : 15%

no. of blocks : 3

No. of floors : G+12

Setback : 6m

Total no.of Parking : 230

slit car parking : 126 per block.

stilt bike Parking : 126 per block.

Form Evolution.

The basic box is created by analysing the site surrounding context.the height and number of floors was calculated by using the dcr norms and standards.the given fsi was about 2.The entrance approach road is given at both sides of the site area, which connects with the main highway.

This Block is then divided into 2 different blocks. this is to create a shift within the block.the divided block is then given a gap so as to create an atrium of space and for the vertical circulation purpose.this is also used to create air flow within the inside of the building creating venturi effect.

The divide block is now subracted at places so as to create views and balconies.the subtracted floors are places alternaltively to create in and out kind of feel.entrance to each block is placed at both sides of the building.

Floor Plan Type A

Each floor 8 Units : six 2BHK,two 1BHK

Total no.of floors per Block : 4 floors

Floor Plate Area : 2976sq.m per block

1BHK : 24 Units (10%)

3BHK: 168 Units (70%)

Total no.Units : 240 Units

2BHK :48 Units (20%)

Total no.of Units per block : 80

Floor Plan Type B

Each floor 6 Units : two 3BHK,four 2BHK

Total no.of floors per Block : 8 floors

Exterior view

3BHK Unit

2BHK Unit ( type A)

05. Miscellaneous.

Image sampler is a component in the grasshopper ribbon.it can be used to sample and create any given image using different attractors.here the image is used to create an undulating surface.the line attractors are attracted using different height maps within the image.

Here the hexagonal panel is created using point attractors.Attractors are points that act like virtual magnets - either attracting or repelling other objects. In Grasshopper, any geometry referenced from Rhino or created withinGrasshopper can be used as an attractor. Attractors can influence any number of parameters of surrounding objects including scale, rotation, color, and position.