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architecture PORTFOLIO

Contents Academic work Professional work Vertical Refuge Medical tower Shanghai, China skyhive design competetion 2020 JBL Offiecs Commercial Office building, Lahore office project 2017 01 02 01 02 Opera Shenzhen design Al Fawad Private office project

Opera House Shenzhen bay park, china design competition 2020 Museum of Life Lahore, Pakistan Thesis project 2017 Club House Bahawalpur, Pakistan Thesis project 2019 Fawad Residence Private Residence, Lahore project 2016 03 03

RELATION WITH CONTEXT

TRANSPORT & CITY SKYLINE

Site

Medical service around site Site transportation

Pudong is the second largest area in Shanghai. It has Lujiazui business area which has a lot of tall buildings. There are also many high-rise buildings in Pudong District. Whether it is from an economic perspective, or from the pe spective of population density, this is a construction site that is very suitable to have this tower.

VERTICAL Exploration & Plan Layout

Stacking

There are three main roads in our base, two north-south directions, one east-west direction, so the traffic here is very convenient, and we need to retain this feature in the design of the streamline. Since the north side of our base faces the Huangpu River, and there is a sightseeing wooden path, it should be kept that people can pass through our building and reach the river directly. At the same time, the traffic flow should ensure that the separation of medical vehicles and ordinary vehicles does not affect each other.

2-BUILDING PROGRAMME

Master plan & Strategy Master Plan Volume locate Sunken plaza Connection between volumes Separate entrance

RELATION WITH CONTEXT

twenty-t sha redoffice exhibition 112.5m shared office 114m shared office community center shared office medical center renting house hotel

Plan 2-BUILDING PROGRAMME

2-BUILDING PROGRAMME SITE View View View 03

VERTICAL Exploration & Plan Layout

2-BUILDING PROGRAMME

csecondfloor hommercial ealthcenter

cthirdfloor hommercial ealthcenter cfourthfloor hommercial ealthcenter

sixthfloor

22.5m health center health center 18m commercial health center 13.5m commercial health center 9m commercial health center 4.5m commercial 0m commercial health center

cfifthfloor hommercial ealthcenter

healthcenter

community center shared office medical center renting house hotel

1 2 3 04

Shading rateVelux interior analysis

Rotating

Random reduce To create this pattern we take five different shading rate due

center atrium

nearest Temporary construction Flexible bad working condition BIG SPACE FOR EMERGENCY PROVIDE AS MUCH AS FLEXIBLE SPACE FOR

ATRIUM & VOID

the tower

in emergency RENTING HOUSE COMMUNITY CENTER PODIUM COMMERCIAL COMMERCIAL MEDICAL TOWER 1 2 3 4 5 6 7 8 9 MEDICAL OFFICE HOTEL MEDICAL LAB FACILITY FACILITY

lead to

CENTRAL

How

function

Shading partLadybug

2-BUILDING PROGRAMME SOUTH FACADE 2-BUILDING PROGRAMME FACADE

logic & background Public spaces Functional spaces INNER SPACE SKIN NATURAL LIGHT ENVIRONMENT Shading partLadybug Shading RateVelux BIM BASED SHADING (Pattern cover area) FACADE GENERATE LOGIC INNER SPACE FUNCTION SKIN Vertical consistence same pattern & differ density Horizontal difference different triangular pattern dimensions spaces spaces BIM BASED SHADING (Pattern cover area) LADYBUG ANALYSIS-EXTERIOR SUN IRRADIATION CONDITION WITHOUT SKIN SPRING SUMMER AUTUMN WINTER SPRING SUMMER AUTUMN WINTER FACADE 05

Generating

Void space arrangement in tower

‘Function core‘ shift

nearest ‘refuge‘ - void space

Rotating center atrium lead to nearest ‘refuge‘ - void

reduce cover area Show shading rate Generate surface take in consideration both sun analysis and aesthetical aspect, creating due to the analysis of these data.

construction New built hospital Complex condition costly need time & mannue High density Sufficient big space Function well in daily use Change arrangements when need Different people groups Doctors Patients PEOPLE GROUPS TRANSVERSE 2 SITUATIONS City Center High Density More Resources Larger Scope BIG SPACE FOR EMERGENCY PROVIDE AS MUCH AS FLEXIBLE SPACE FOR EMERGENCY CITY CENTER IN SHANGHAI MEDICAL SERVICE TENDS TO MOVE TO SUBURBAN AREA DUE TO CITY CENTRALIZATION Center Area Huangpu River Hongqiao Airport Different people groups Doctors Patients PEOPLE GROUPS TRANSVERSE 2 SITUATIONS EMERGENCY FOR EMERGENCY CITY CENTER IN SHANGHAI MEDICAL SERVICE TENDS TO MOVE TO SUBURBAN AREA DUE TO CITY CENTRALIZATION Center Area Huangpu River Hongqiao Airport VOID SPACE emergency

V OI D L IN E F U T ION COM MERICAL CORE 1 CORE 2 CORE 3 Main used for Medical service and Community center Main used for Renting house and Hotel Main used for Retail Cafe & Realxing and Shared office SECTION LINE 1 Three cores traffic connection of the skyhive (related to the funtions) 2 Shape: Blocks stacking and the height of them BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 5 BLOCK 6 BLOCK 7 BLOCK 8 BLOCK 9 Height: 239.5-295.5m Height: 295.5-300m Height: 224.5-239.5m Height: 187.3-224.5m Height: 141.3-187.3m Height: 98.5-141.3m Height: 51.5-76.3m Height: 18.3-51.5m Height: -3m-18.3m Void viewing in the block 1 and podium Void viewing in the Void viewing in the block 3 Void viewing in the Void viewing in the Void viewing in the Void viewing in the ENVIRONMENT FUNCTION Vertical consistence same pattern & differ density Horizontal difference different triangular pattern dimensions Shading RateVelux interior analysis VELUX ANALYSIS-BEST INTERIOR SHADING RATE for office & medical etc.: 60-80% public spaces: 40-80% SHADING REFER TO DIFFER SHADING RATE 40%shading rate 7 8 9 HOTEL MEDICAL LAB FACILITY FACADE GENERATE Public spaces Functional spaces FACADE different time. atrium lead to nearest ‘refuge‘ - void space Temporary construction New built hospital Flexible Complex bad working condition easily destroyed costly need time & mannue High density Sufficient big space Function well in daily use Change arrangements when need Patients PEOPLE GROUPS TRANSVERSE 2 SITUATIONS LOCATION City Center High Density More Resources DENSITY FORM OF HIGH-RISE MEDICAL SERVICE POSSIBLE IN CITY CENTER MEDICAL RESOURCES Larger Scope SERVICE AREA BIG SPACE FOR EMERGENCY PROVIDE AS MUCH AS FLEXIBLE SPACE FOR EMERGENCY CITY CENTER IN SHANGHAI MEDICAL SERVICE TENDS TO MOVE TO SUBURBAN AREA DUE TO CITY CENTRALIZATION Huangpu River Hongqiao Airport built hospital time & mannue use arrangements when need Different people groups Doctors Patients PEOPLE GROUPS TRANSVERSE 2 SITUATIONS BIG SPACE FOR EMERGENCY PROVIDE AS MUCH AS FLEXIBLE SPACE FOR EMERGENCY CITY CENTER IN SHANGHAI MEDICAL SERVICE TENDS TO MOVE TO SUBURBAN AREA DUE TO CITY CENTRALIZATION Center Area Huangpu River Hongqiao Airport ATRIUM & VOID SPACE function in emergency

V OI D L IN E F U T ION MEDICAL LAB HOTEL OFFICE RENTING HOUSE FACILITY COMMERICAL COMMUNITY CENTER HEALTHY CARE CENTER LEVEL 12-17 LEVEL 18-20 LEVEL 21-29 LEVEL 30-39 FACILITY LEVEL 51-62 CORE 1 CORE 2 CORE 3 Medical service and Community center Renting house and Hotel Cafe & Realxing and Shared office SECTION 1 Three cores traffic connection of the skyhive (related to the funtions) 2 Shape: Blocks stacking and the height of them 3 Voids: Veiwing the interior voids connections form section 4 Function: Showing the various functions arranged verctically BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 4 BLOCK 5 BLOCK 6 BLOCK 7 BLOCK 8 BLOCK 9 Height: 239.5-295.5m Height: 295.5-300m Height: 224.5-239.5m Height: 187.3-224.5m Height: 141.3-187.3m Height: 98.5-141.3m Height: 76.3-98.5m Height: 51.5-76.3m Height: 18.3-51.5m Height: -3m-18.3m Void viewing in the block and podium Void viewing in the PODIUM Void viewing in the Void viewing in the block 4 Void viewing in the block 5 Void viewing in the block 6 Void viewing in the

could be changed during different time.

Function

Temporary construction New built hospital Flexible Complex bad working condition easily destroyed costly need time High density Sufficient big space Function well in daily use Change arrangements when LOCATION City Center High Density More Resources Urban area Low Density Less Resources DENSITY FORM OF HIGH-RISE MAKE MEDICAL SERVICE POSSIBLE IN CITY CENTER MEDICAL RESOURCES Larger Scope Normal Scope SERVICE AREA PROVIDE Temporary construction New built hospital Flexible Complex bad working condition easily destroyed costly need time & mannue High density Sufficient big space Function well in daily use Change arrangements when need Different people groups LOCATION City Center High Density More Resources Urban area Low Density Less Resources DENSITY FORM OF HIGH-RISE MAKE MEDICAL SERVICE POSSIBLE IN CITY CENTER MEDICAL RESOURCES Larger Scope Normal Scope SERVICE AREA BIG SPACE FOR EMERGENCY PROVIDE AS MUCH AS FLEXIBLE SPACE FOR EMERGENCY CITY CENTER IN SHANGHAI MEDICAL SERVICE TENDS TO MOVE TO SUBURBAN AREA Huangpu River Hongqiao Airport 2-BUILDING PROGRAMME CENTRAL ATRIUM & VOID SPACE How the tower function in emergency 06

on ramp to medical service

50th floot Structure Layout

BIM Workflow

3-STRUCTURE ANALYSIS

STRUCTURE CONCEPT & LAYERS Cores Cores Steel columns Steel columns Primary beams Secondary beams Outriggers/ Truss belt Outriggers/ Truss belt 62nd 15 56,54,53,51 39,37 35 33 61-58 17 14 57th 7 10 6,5,4 9,8 16 13 29-28 24 27 22 26,25,23 21 Combined Floors Cantileverd floors Outriggers Core & Columns Block 9 Block 4 Bottom Blocks AllBlocks Beams 3d Section for Void Structural composition Outer Skin Frame for Skin Cantileverd Slab Glazing Structure Interior Space Common Space/ Shared void Green/Multipurpose

STRUCTURES

LADY BUG SYNCHRO Site Analysis Diagrams & Sketches Analysis Modelling Shape and Facade Building Performance Concepual Design 3D Modelling Dwg Revit Sun radiance analysis Daylight analysis Geometry sketch map SOLIBRI 3-STRUCTURE ANALYSIS STRUCTURES STRUCTURE LAYOUT 5th floot Structure Layout Layer of an Intermediate Floor Section with one core 40th floot Structure Layout 50th floot Structure Layout Core Primary Beams Secondary Beams Secondary Beams Secondary Beams Secondary Beams Finish Tiles Block 2 Finish Tiles Leveling Screed Leveling Screed Insulation Floor (Metal Deck+Concrete Cover Structure Columns Beams Primary Beams Primary Beams

Block 9 Block 8 Block 7 Block 6 Block 5 Block 4 Block 3 Block 2 3-STRUCTURE ANALYSIS STRUCTURES

LAYOUT 5th floot Structure Layout 40th floot Structure Layout 50th Core Primary Beams Secondary Beams Secondary Beams Secondary Beams Secondary Beams Block Block Block Block Block Block Block Block Finish Tiles Leveling Screed Leveling Screed Insulation Floor (Metal Deck+Concrete Floor (Metal Deck+Concrete Cover Floor (Metal Deck+Concrete Cover Cantilever Floors Cantilever Floors Structure Columns Beams Primary Beams STRUCTURES STRUCTURE LAYOUT 5th floot Structure Layout 40th floot Structure Layout 50th floot Structure Layout Primary Beams Secondary Beams Secondary Beams Secondary Beams Secondary Beams Finish Tiles Block 9 Block 8 Block 7 Block 6 Block 5 Block 4 Block 3 Block 2 Finish Tiles Leveling Screed Leveling Screed Insulation Insulation Floor (Metal Deck+Concrete Cover Floor (Metal Deck+Concrete Cover Floor (Metal Deck+Concrete Cover Structure Cantilever Floors Cantilever Floors Structure Beams Primary Beams 3-STRUCTURE ANALYSIS STRUCTURES STRUCTURE LAYOUT 5th floot Structure Layout Layer of an Intermediate Floor Section with one core 40th floot Structure Layout Core Primary Beams Secondary Beams Secondary Beams Secondary Beams Secondary Beams Finish Tiles Finish Tiles Leveling Screed Leveling Screed Insulation Insulation Floor (Metal Deck+Concrete Cover Floor (Metal Deck+Concrete Cover Floor (Metal Deck+Concrete Cover Structure Cantilever Floors Cantilever Floors Structure Columns Beams Primary Beams Primary Beams

STRUCTURE

Structure composition

BIM workflow

Structure Elements

Facade details

N Yearly Winter N The facade is exposed to excessive sunlight and needs to be shaded. Also the roof get much radiation but this is good for the installation of N Yearly Summer Winter N N After the installation of the skingrid the radiation of the building 4-BIM IN PROGRAM CLIMATE & SUN RADIANCE ON FACADE Ladybug & honeybee Without Skingrid Sun Radiance Analysis Climate Analysis N Autumn Yearly Summer Winter N N The facade is exposed to excessive sunlight and needs to be shaded. Also the roof get much radiation but this is good for the installation of solar panels. N Summer Winter N Autumn Yearly The facade is exposed to excessive sunlight and needs to be shaded. Also the roof get much radiation but this is good for the installation of solar panels. With Skingrid Spring Autumn Yearly N N N After the installation of the skingrid the radiation of the building is managed and the result is quite regular through the year. Instead the roof maintain its radiation. 3-STRUCTURE ANALYSIS

STRUCTURE DETAILS Section Interior Floor with Partiton walls Floor/Structure Floor/Structure Outer Skin Glass Finish tiles Finish tiles Slab Slab Structure Beams Structure Beams Interior Space Interior Floor with Partiton walls 3d Section of exterior wall Floor/Structure Floor/Structure Glass Finish tiles Finish tiles Structure Beams Structure Beams Interior Space FUNCTION Vertical consistence

pattern & differ density

difference

triangular pattern dimensions analysis 10 Stories

STRUCTURES

same

Horizontal

different

1 BLOCK 3 CORES VELUX ANALYSIS-BEST INTERIOR SHADING RATE for office & medical etc.: 60-80% public spaces: 40-80% TO DIFFER SHADING RATE 40%shading rate 60%shading rate 80%shading rate 10 Stories

DOUBLE LAYER FACADE DETAIL

BLOCK VELUX ANALYSIS-BEST INTERIOR SHADING RATE for office & medical etc.: 60-80% public spaces: 40-80% TO DIFFER SHADING RATE 40%shading rate 60%shading rate 80%shading rate 1 2 ANALYSIS-BEST INTERIOR SHADING RATE medical etc.: 60-80% public spaces: 40-80%

DOUBLE LAYER FACADE DETAIL 1

facade

Solar radiation Aanlysis of

Facade integration with solar data

Schematics of Spaces

STAFF UNDERGROUND TRAFFIC AND VERTICAL CONNECTIONS UNDERGROUND PARKING SMALL OPERA HALL 800 SEATS BIG OPERA HALL 2300 SEATS CONCERT HALL 1800 SEATS MULTIFUNCTIONAL THEATRE 400 SEATS SUPPORTING BUILDING PARLOR ‘BAMBOO’ COLUMNS ‘CHINESE’ ROOF MEP ZONE UNDERGROUND LOGISTICS AND VERTICAL CONNECTIONS COMPOSITION O M P O S I T I O N Service Area Back stage Main stage Orchestra Pit

Acustic analysis of halls

BACK STAGE 2D PLAN OF BIG OPERA 3D INTERIOR VOLUME OF BIG OPERA ACOUSTIC ANALYSIS & VISUALIZATION OF REFLECTED WAVES BIG OPERA HALL 2D SECTION OF BIG OPERA Showing the reflection of sound waves inside the hall space, of the different surfaces. Showing the reflection of sound waves inside the hall space, of the different surfaces. Showing the reflection of sound waves inside the hall space, of the different surfaces. STAGE SOURCE OF SOUND SOURCE OF SOUND SOURCE OF SOUND REVERBERATION TIME 1.9 s DEFINATION 50 SEATING AREA IMPORTING RHINO GEOMETRY SOURCE GEOMETRY FOR RAY PROJECTION VISUALIZING RAYS CALCULATIONS ANALYSIS RESULTS PIT SOUND REFLECTORS SOUND REFLECTORS SEATING GRASSHOPPER CODE USED FOR ANALYSIS Showing different steps taking in the coding sequence for the analysis of Acoustics Vertical movement Vertical movement Semi open Public area Back of the house Lobby Lobby External forest columns Actors Lounge

METAL SHEET (BRONZE EFFECT)

STEEL & REINFORCED CONCRETE COLUMNS

U-GLASS FAÇADE

BAMBOO STONE FLOOR

WOODEN FLOOR

Column design

One of the main directions of modern building structures development is the reduction of their material consumption and cost providing the required bearing capacity and high survivability Concrete filled steel tube (CFT) columns fully meet such requirements, in which the properties of concrete and steel are most rationally combined It is especially effective to use them as compressed elements, supporting large loads with small eccentricities For the purpose of further increase of bearing capacity and survivability of reinforced concrete filled steel tube (RCFT) columns it is offered to supply their concrete core with additional spiral reinforcement Such reinforcement also has a positive effect on the fire resistance of the columns, as a spiral, mounted with some distance from the inner surface of the steel pipe, is able to provide significantly longer resistance of the volumetrically compressed reinforced concrete core in fire ADDITIONAL COLUMN SUPPORT Load Bearing Formula : fcc=fc+kσr Column design RESULTS OF 2ND ATTEMPT Critical load factor for Mode 1 is 9 492 which that the maximum compressive force for buckling is Pcr 192 06x9 4921 1823 03 kN Critical load factor for Mode 2 is 3 772 which that the maximum compressive force for buckling is Pcr 192 06x3 772 724 45 kN Critical load factor for Mode 1 is 8 396 which that the maximum compressive force for buckling is Pcr 192 06x8 396 1612 53kN Visitors circulation Staff circulation Elevators Visitors entrance Staff entrance VERTICAL CONNECTIONS FUNCTIONAL ZONING Auditorium Visitors Stage Staff Backstage W/C 3 FLOOR 2 FLOOR 1 FLOOR GROUND FLOOR -1 FLOOR

° Small Opera Hall Floor 2 17

BIG OPERA HALL

TECHNOLOGICAL DETAILS E C H N O L O G I C A L D E T A I L S 18

Museum of Life

Musuem to celebrate life in Lahore, Pakistan

B.arch thesis project 2016

Architecture is rooted in soties. Storytelling in architecture, therefore, offers the achitect a way of instiling shared meaning in buildings, public buildings in particular.

The project explores the 12 stages of life and the emotions attached with them for example Adolescence (age 12-20) is associated with passion and so on. After a detail analysis of this architecture spaces are carefully carved out to celebrate and experience the intense colors and emotion of life itsself.

All the worlds a stage, And all the men and women merely players Tthey have their exits and their entrances, And one man in his time plays many parts

" "

Underground Pavillion

Heritage Pavillion

Rhythem Pavillion

PROFESSIONAL

PROFESSIONAL WORK

JBL Offiecs Commercial Office building, Lahore office project 2017 01

2 JAFFER BROTHERS OFFICE architecture interiors planning landscape info@designerseast.com www.facebook.com/designerseast www.designerseast.com © designerseast 2019 All rights reserved. No part of this design may be circulated, reproduced, emailed, stored in retrieval system, or transmitted, in any form, or by any means electronic, mechanical, photocopying, recording, or otherwise without the prior written permission of designerseast. designerseast MALL ROAD, LAHORE | DESIGN DEVELOPMENT - FACADE REPITITION RHYTHM ARCHES JHAROKA THE MODERN JHAROKAS ADDED TO THE ARCH REPETITION AND RHYTHM TO FENESTRATE THE BUILDING WITH A N EXHILARATING ARCHITECTURAL LANGUAGE ROOTED IN THE PAST YET PRIMED FOR THE FUTURE TO ADD LIGHT AND SHADOW THE PRINCIPALS OF RY ARE THEN ADDED TO GIVE THE BUILDING BALANCE HARMONY AND DATUM THE PRINCIPALS OF REPETITION TO FRAME THE BUILDING AND START EVOLVING AN ARCHITECTURAL LANGUAGE FACADE DESIGN SELECTED OPTION CONCEPT ARCHES REPETITION JHAROKA RHYTHM LIGHT & SHADOW LAHORE MUSEUM AVARI HOTEL PUNJAB UNIVERSITY SHAHDEEN MANZIL HABIB BANK LIMITED 6 JAFFER BROTHERS OFFICE architecture interiors planning landscape info@designerseast.com www.facebook.com/designerseast www.designerseast.com © designerseast 2019 All rights reserved. No part of this design may be circulated, reproduced, emailed, stored in retrieval system, or transmitted, in any form, or by any means electronic, mechanical, photocopying, recording, or otherwise without the prior written permission of designerseast. designerseast MALL ROAD, LAHORE | SCHEMATIC DESIGN PROPOSAL DESIGN INTERPRETATIONS|BUILDING DESIGN TOOL KIT REALE GROUP OFFICE BUILDING TURIN, ITALY INDIAN INSTITUTE OF MANAGEMENT MUMBAI, INDIA PUBLIC LIBRARY AMSTERDAM MUSEO NACIONAL DE ARTE ROMANO MUSEUM IN MÉRIDA, SPAIN THE SALK INSTITUTE SAN DIEGO, CALIFORNIA CELOSÍA DE LADRILLO. TERMITARY HOUSE VIETNAM 25 BOND STREET NEW YORK CITY ASEF OFFICE BUILDING TEHRAN, IRAN RIAD ADORE MARRAKECH RUOTUTORPPA SOCIAL HOUSING HELSINKI, FINLAND 29

The modern jharokas added to the arch repetition and rhythm to fenestrate the building with a exhilarating architectural language rooted in the past yet primed for the future.

Wooden clad frame for sunshading Wooden partitions in the frame

Concrete finish blocks Exterior glazing

4th floor Plan

31 5th 4th 3rd 2nd 1st Ground

Ground floor Plan

5th floor Plan 4th floor Plan 3rd floor Plan 2nd floor Plan 1st floor Plan Ground floor Plan 32

Al Fawad Residence Private Residence, Lahore office project 2016 02

ground level 0.0 1st level 3.6 m 2nd level 7.3 m 3rd level 10.9 1.Dropoff 2.Entrance Lobby 3.Driveway 4.Courtyard 5.Garage 6.Kitchen 7.Dinning 8.Lounge 9.Bath room 10.Bedroom 11.Gym 12.Swimming pool 7 9 10 10 11 12 35

1 2 3 4 5 6 8 9 36

Actual construction of the built elements as part of the architecture and exploration of different materials and finishes to achive the highest quality of esthetics and functionallity.

3d visualization of different elements of the project inspired from moroccan architecture style, The elements comprises if Jharokas made in wpc (wood plastic composites) and arches which provides a good shading from a harsh sun in summers.