Architecture and Design Portfolio First Edition

ARCHITECTURE & DESIGN PORTFOLIO

Copyright © 2022, M-Squared Studio. All Rights Reserved.

Third Edition, 2022

EDITOR : Muhammad Muaz

GRAPHIC DESIGN : Muhammad Muaz

COVER DESIGN : Muhammad Muaz

Unless otherwise indicated, all materials on these pages are copyrighted. All right reserved. No part of these prints, text or image may be used for any purpose other than personal use. Therefore, reproduction, modification, storage in retrieval system or retransmission, in any form or by any means, electronic, mechanical or otherwise, for reason other than personal use, is strictly prohibited without prior written permission.

Dedication

“In the name of Allah, the Most Beneficent, the Most Merciful. All the praises and thanks be to Allah, the Lord of ‘Alamin (mankind, jins and all that exists)”

This architecture and design portfolio publication is dedicated to my eternal love: my wife, my parents and my siblings that always supported me embarking this journey either spritually, emotionally and financial assistance.

My appreciation also goes to my teachers, lecturers, friends and to all my members that knows me that have contribution in this publication either directly or indirectly.

Thank You.

OBJECTIVE AND PHILOSOPHY

Architect is responsible not just to build a mere building, but the most important is to build a condusive living space. In my journey becoming an architect, I had a vision to establish my own architecture philosophy that could contribute to our humanity mankind. I don’t want just to be an architect for works but to serve the people and educate them what is an architecture all about. Architect should be a humble person and always be kind to everything. I believe that as an architect, we can build a better world together for the future. The world that could provide a seamless integration between human and nature. And not just that, I want this architecture journey could tighten my relationship with my Creator.

ADDRESS: No. 4, Lot 3210-C, Jalan Desa Anita, Kg Dato Abu Bakar Baginda, 43000 Kajang, Selangor

DATE OF BIRTH: 9 September 1994

CONTACT: +6013-9542072

E-MAIL: ngtr.ma@gmail.com

MARITAL STATUS: Married

RELIGIOUS: Islam

NATIONALITY: Malaysian

Al-Fateh Gtr

@alfatehgtr

@stark_archi

MUHAMMAD MUAZ BIN MAZLAN

MArch (UiTM), BSc Arch (Hons)(USIM) LAM AG/M 1149

I am graduated Master of Architecture - LAM and RIBA Part II from Universiti Teknologi Mara (UiTM) and graduated Bachelor Science of Architecture (Hons) - LAM Part I from Universiti Sains Islam Malaysia (USIM).

I am good in computer and technology, have enthusiast in physics and mathematics, study theology, love to read books and currently as a writer for the portal The Patriots.

I am a fast-learner, hardworking, multi tasking, neat and organize person, have good teamwork and good leadership.

I believe with my qualifications, skills and experiences that I acquired, I am confident that I am able to deliver a better quality of works.

LANGUAGE & WRITING PROFICIENCY

Malay (Advance) English (Moderate) Arabic (Moderate)

COMPUTER LITERACY

Reading & Writing Computer & Technology Physics & Mathematics Theology & Philosophy

INTERESTS

Kuala Lumpur City Skyline Wilayah Persekutuan Kuala Lumpur, Malaysia

JOHOR BAHRU

HIGH COURT COMPLEX

Kota Iskandar, Nusajaya, Johor

Johor Bahru High Court Complex is the new Court Complex that will be developed on 17 acre of plot land PTD 206970 at Kota Iskandar, Nusajaya, Johor.

It consist 24 court rooms: - 1 Special Court - 7 High Courts - 8 Sessions Courts - 8 Magistrate Courts

All the rooms and supporting rooms are based on 5 clusters which are: - Court Room Cluster - Judge’s Chamber Cluster - Defendant Management Cluster - Administration Cluster - Public Cluster

Johor Bahru High Court Complex has a roughly groos floor area (GFA) of 335,616 sqft.

PROJECT DATA

Project Title : Client : Building Type :

Johor Bahru High Court Complex Cahaya Jauhar Sdn. Bhd. Institutional

STUDENT ACCOMMODATION

UTHM

Parit Raja, Batu Pahat, Johor

UTHM intends to develop additional

Accommodation Complex to accommodate 5,000 students with

facilities located at UTHM, Parit Raja, Batu Pahat, Johor.

(Guard House,

Chamber, FM Office, TNB

Sports

(Futsal and Netball Court)

The approach of this development is to create an efficient planning which all the hostels are constantly near to centre facilities. We also introduce the Student Plaza area at the centre of the development to enhance the social interaction of the students and make the development lively.

KUALA LAGENDA MASTER PLAN

Kuala Lagenda, Pekan, Pahang

Kuala Lagenda is targeting city dwellers who are looking for properties away from Kuantan city which is just a 45 minutes commute but offers a resort style living environment plus much more. Realizing that there are many young income earners who worked in the city wanting an alternative lifestyle, an affordable starter home is a market that should be capitalized.

The vision and principles of the master plan are to incorporate the ‘Blue Economy Hub’ as the main theme. The development will focus on being the Blue Economy Centre of Excellence with tourism orientated environment.

Kuala Lagenda Master Plan has a total 520.15 acre of plot, develop in 2 zones which are Zone A (180.07 acre) and Zone B (340.08 acre)

development of Kuala Lagenda

Entrepreneur Park

Business Park

Central Park - Themed

Park

Tourism: Themed Park,

Commercial, Wellness

Title

Building Type :

Lagenda Master Plan

:

Holdings Sdn. Bhd. Urban Design/ Masterplan

CANCER SPECIALIST HOSPITAL

Yazd, Iran

This is the development concept to propose the Cancer Specialist Hospital at Yazd, Iran.

The development is in conceptual stage and we proposing the concept of ‘Modern Brutalism’ which fusing the modern style of sleek horizontal and vertical elements with bare concrete wall element. The design is taking into consideration of the climate of Iran that is mainly desert: arid land with usually sparse vegetation especially : such land having a very warm climate and receiving less than 25 centimeters (10 inches) of sporadic rainfall annually.

The building should have less glass to minimize the impact of sandstorm that can occur in Iran. The grand lobby area is having a big cantilevered drop-off roof to create the sense of welcoming towards the building.

PROJECT DATA

Project Title : Client : Building Type :

Cancer Specialist Hospital JPZ Construction & Engineering Sdn. Bhd. Institutional

HOSPITAL COMPLEX (500 BEDS)

Arbadil, Iran

This is the development concept to propose the Hospital Complex with 500 beds at Arbadil, Iran.

The development is in conceptual stage and we proposing the concept of ‘Modern Brutalism’ which fusing the modern style of sleek horizontal and vertical elements with bare concrete wall element. The design is taking into consideration of the climate of Iran that is mainly desert: arid land with usually sparse vegetation especially : such land having a very warm climate and receiving less than 25 centimeters (10 inches) of sporadic rainfall annually.

The building should have less glass to minimize the impact of sandstorm that can occur in Iran. The grand lobby area is having a big garden on top of it to enhance the nature into the built environment.

PROJECT DATA

Project Title :

Client : Building Type :

Hospital Complex (500 beds) JPZ Construction & Engineering Sdn. Bhd. Institutional

MALAYSIA EMBASSY OF RIYADH

Riyadh, Saudi Arabia

The Malaysia government had established its embassy at Riyadh, Saudi Arabia 20 years ago. However, the current embassy building is too small and cannot accommodate the current needs. The embassy need to be upgrade to provide a big space and more conducive of office area.

The site is located at Al-Safarat, Riyadh, Saudi Arabia which is surrounded by embassy buildings all over the world.

The development components of the embassy are Chancery Building, Ambassador Official Residential and Staff Quarters with an estimated area of 207,800 sqft and estimated development cost of RM405 millions.

The development concept is to have a modern approach which is having a sleek horizontal and vertical facade on the building architecture.

PROJECT DATA

Project Title : Client : Building Type :

Malaysia Embassy of Riyadh JPZ Construction & Engineering Sdn. Bhd. Institutional

MALAYSIA EMBASSY OF ABU DHABI

Abu Dhabi, United Arab Emirates

The current location of Malaysia embassy office is located at commercial area, Level 19, Tamouh Tower, 12 Marina Square, Reem Island that seem not suitable for an embassy office. The current embassy office also will have only less than 10 years before the rental is expired.

The site is located at Al-Bateen, Abu Dhabi, United Arab Emirates which is surrounded by hospital, shopping malls, recreational parks and beautiful beaches. It also nearby with other embassy buildings.

The development components of the embassy are Chancery Building, Ambassador Official Residential and Staff Quarters with an estimated area of 185,700 sqft and estimated development cost of RM371 millions.

The development concept is to have a modern approach which is having a sleek horizontal and vertical facade on the building architecture.

PROJECT DATA

Project Title :

Client : Building Type :

Malaysia Embassy of Abu Dhabi JPZ Construction & Engineering Sdn. Bhd. Institutional

BUKIT BINTANG CITY CENTRE (PARCEL 5)

Jalan Hang Tuah/Jalan Pudu, Kuala Lumpur

Bukit Bintang City Centre (BBCC) is a 19.4 acres mixed development that sit on previously former site of Pudu Prison in Kuala Lumpur, Malaysia. The development is located at the south western end of Bukit Bintang, bordering Pudu along Jalan Hang Tuah and Jalan Pudu.

Parcel 5 of BBCC is the 31-storey Residential Suites (SWNK Houze) consist of 441 units with central facilities and basement parking. Parcel 5 is part of the Phase 2 of the BBCC master plan development.

The location of Parcel 5 is nearby to TOD - transit hub at LRT Hang Tuah that easliy accessible to public transport such as LRT, Monorail and MRT.

PROJECT DATA

Project Title :

Bukit Bintang City Centre Parcel 5, SWNK Houze

Client : Building Type :

Ecoworld & UDA

Residential

PAROI SPORTS SOCIETY

COMMERCIAL

COMPLEX

Paroi, Seremban, Negeri Sembilan

This development is to seek the most innovative and creative deisgn solutions to produce a comprehensive Master Plan on an 11 acres plot of land along Jalan Kuala Pilah-Paroi, Seremban.

Our vision is to create Bandar Paroi as a sustainable city based on comprehensive sports. The development we are aiming at is to enhance the level of sports facilities in accordance with the needs of the national sports develoment. Upgrade all existing facilities and added new amenities such as pedestrian walkways, extreme sports activites, extensive leisure, F&B and co-working space. By providing quality sports facilities to international standards, we can attract sports enthusiasts nationwide and internationally to hold events and conduct any trainings.

We are propose a development concept of ‘Sloping Park’ which is designed to create a better experience for people to have various activities and act as main attraction towards the site. Sloping Park consists of various outdoor sports, indoor sports, gardens, commercial and social space, hospitality, residential and co-working space.

PROJECT DATA

Project Title :

Client :

Building Type :

Paroi Society Commercial Complex Tan Sri Dato’ Sri Hj Esa bin Mohamed Masterplan/Mixed Development

2-STOREY SEMI-D

HOUSING

Seksyen 13, Shah Alam, Selangor

The project consists of 54 units of 2-storey semi detached houses located in a parcel of 150 acres land, at Phase 2B PT 445, Section 13, 40100 Shah Alam Selangor Darul Ehsan.

The concept of the building as brief by the client to be of ‘modern contemporary’ with landscape to enhance the feature as aesthetic image.

The development consist of; Type A (22 units) and Type B (32 units).

PROJECT DATA

Project Title : Client : Building Type :

2-Storey Semi Detached Housing Lebar Daun Development Sdn. Bhd. Residential

AVISENA SPECIALIST HOSPITAL

Shah Alam, Selangor

Pelaburan Hartanah Berhad (PHB) is planning to develop approximately 2.46 acres of land on PT38, Seksyen 14, Shah Alam, Selangor Darul Ehsan.

PHB is proposing the ‘Expansion of Avisenan Specialist Hospital’ that the site location is strategically situated adjacent to the current hospital.

The proposed facilities of the project are 80 Beds, 23 Specialist Clinics, 6 Operating Rooms, 15 Oncology Daycare, 2 bunkers Radiotherapy, 1 MRI, 1 CT Scan and others (Physiotherapy, CSSD, Health Screening Centre, Pharmacy, Billing, Staff Cafeteria, Engineering, Drug & Central Stores).

PROJECT DATA

Project Title :

Client : Building Type :

Avisena Specialist Hospital Expansion Permodalan Hartanah Berhad (PHB) Institutional

TNB DATA CENTRE

Cyberjaya, Selangor

Tenaga Nasional Berhad (TNB) intends to develop Data Centre Complex that will be located at Cyberjaya, Sepang, Selangor, a vacant plot land with an area of 2.62 acres.

The Data Centre is envisioned as two distinct buildings, due to regulatory and functional needs:

a) Data Centre - fully automated IT operations: estimated 15,000 sqft whitespace with an estimated GFA is 60,000 sqft.

b) Office Building - 100 pax containing all supporting facilities: estimated GFA is 30,000 sqft.

The estimated construction cost is about RM69 million.

In line with TNB’s ‘Sustainable Pathway’, the design takes into consideration of the energy required to provide thermal comfort and good air quality at the concept stage, which informed the building orientation, spatial configuration, and mechanical systems; and has generated cladding and facade shading systems that respond to solar orientation.

The building received a sense of transparency and openness which was further established by the large glass windows reflected onto the tranquil pond and complimented by surrounding lush greenery. The approach to fuse nature and built environment is not just inspiring natural design but the direct and indirect experiences of nature helps to improve the occupants physical and mental well-being.

PROJECT DATA

Project Title :

Client :

Building Type :

TNB Data Centre Complex Tenaga Nasional Berhad (TNB) Office

PKNS SHOW VILLAGE (SALES GALLERY)

Bernam Jaya, Hulu Selangor, Selangor

The main objective of PKNS in undertaking the development of Proposed Show Village is to enhance the marketing and sales strategy of PKNS products. Show Gallery is the main component of Show Village and serves as a showcase for the latest new launch property at Bernam Jaya.

The Show Village consists of Sales Gallery Central Park, Food Truck/Stall Area, event space to encourage and convince the potential buyer to own real estate from PKNS. Above all, functionality, safety and sustainability will be highly considered.

The estimated construction cost of Show Village is from RM6.5 millionRM7 million.

The development theme is ‘Build To Connect’. A common ground for the diverse building that is intended for public use can be a common ground for people with different philosophies or cultures to come together and express openly. We introducing the concept ‘Susur Gajah’, a connectivity path with dynamic parametric design to enhance the journey from one to another. The destination will not be complete without a beautiful journey. The pathway will be the guide to visitor itself circulating the show village bringing an unforgetable experience within the vicinity.

PROJECT DATA

Project Title :

Client : Building Type :

PKNS Show Village (Sales Gallery) Perbadanan Kemajuan Negeri Selangor (PKNS) Office

SDPSSB FACILITY MANAGEMENT OFFICE

Pagoh, Muar, Johor

This facility management office is designed for Sime Darby Property Selatan Sdn. Bhd. for their facility management officers that function as to manage the facilities at Pagoh Edu Hub, Pagoh. The building is located within the site of Politeknik Tun Syed Nasir campus.

The key component areas are management offices, executives office, non-executive office, office supporting rooms, common facilities, storages and sub-contractor offices.

PROJECT DATA

Project Title :

Client : Building Type :

SDPSSB Facility Management Office Sime Darby Property Selatan Sdn. Bhd. Office

STUDENT VILLAGE HOUSING FOR POLITEKNIK TUN

NASIR

Pagoh, Muar, Johor

Student Village Housing is the accommodation complex complete with facilities to accommodate the student of Politeknik Tun Syed Nasir (PTSN) located at Pagoh, Muar, Johor.

Student Village Housing consist of:

Blocks Hostel

Centre

Surau Toilet

Residential

Ancillary Building (Guard House, Refuse Chamber, TNB Substation, Pump House)

Sports Facilities (Futsal and Netball Court)

DATA

Project Title :

Client :

Building Type :

Student Village Housing for Politeknik Tun Syed Nasir Tunas Selatan Construction Sdn. Bhd. Institutional

VILLA KAJANG RESIDENCY + RUMAH SELANGORKU (RSKU)

Kajang, Selangor

Villa Kajang Residency is a low rise apartment with 256 units at maximum 6 levels. The architecture style of this apartment is the combination of Australian Style and Tropical Style. We try to create a nice ambient environment to give a better living for the household. The target buyer is the small family and single working person. It also have a grand entrance, an exclusive clubhouse and the linear central public park.

While Rumah SelangorKu (RSKU) is a development required by the government to provide for the low income or B40 group. There are 65 units of Type D of RSKU that need to be provided. We still try to create the best architecture for the RSKU to blend with the Villa Kajang Residency.

PROJECT DATA

Project Title : Client : Building Type :

Villa Kajang Residency + Rumah SelangorKu (RSKU)

UDA Holdings Sdn. Bhd. Residential

WORKS

DAMANSARA-SHAH ALAM ELEVATED EXPRESSWAY (DASH)

Shah Alam, Selangor - Damansara,

Lumpur

Damansara - Shah Alam Elevated

(DASH) is one of the

project that

Group of

under

owned wholly by the Permodalan Nasional Berhad (PNB).

16.3 km

will be

(equivalent

is 20.1 km as per the Concession

traversing from Puncak

in the West to Damansara Perdana in the East.

of 3 main Toll Plazas

located at Denai Alam (TP1), RRIM (TP2) and Mutiara Damansara (TP3)

3 sites consist of the

House,

Title

Chamber,

:

Damansara-Shah Alam Elevated

Lintasan

Alam Sdn. Bhd. (DASH)

Type :

MAJU EXPRESSWAY

(MEX II)

Selangor

Maju Expressway II (MEX II) is generally a three lane dual carriageway which will be connected to the Putrajaya Interchange to be constructed by the Company in accordance with this Agreement for Maju Expressway (E20). The MEX II will exit and merge onto the existing KLIA Expressway (FT 26). The length of expressway is approximately 16.8 km.

Putrajaya Interchange with a trumpet configuration will be designed for connectivity to the existing Putrajaya Toll Plaza. Part of the Maju Expressway (E20) shall be modified and diverted to the proposed Putrajaya Interchange for traffic going to Putrajaya/Cyberjaya. Upon completion of the Putrajaya Interchange, the Company shall hand over the interchange to Maju Expressway Sdn. Bhd.

The MEX II Toll Plaza comprises the following:

Plaza

Building (Refuse Chamber, TNB Substation)

DUTA-ULU KELANG II (DUKE II)

Segambut, Kuala Lumpur

Duta-Ulu Kelang Expressway II (DUKE II) is a second phase expressway project by Ekovest Sdn Bhd. DUKE II comprises 2 links that will be constructed to provide alternative routes for commuters travel to and from the city centre (Jalan Tun Razak) and northwestern catchments (Rawang, Sg Buloh) at DUKE.

The first link which is Sri Damansara Link (SDL) is the alternative route from DUKE to MRR2 and from the north to the city centre. SDL components comprises public toilet and surau.

The second link which is Tun Razak Link (TRL) is the alternative route for Jalan Bandar Dalam and Jalan Setapak to Jalan Gombak and Jalan Genting Kelang. It also act as alternative route for Jalan Semarak to Jalan Pahang and Jalan Tun Razak. TRL components comprises:

1. Toll Plaza

2. Supervision Building

3. Rest and Service Area (under highway)

4. Office Tower (proposal)

5. Boutique Hotel (proposal)

PROJECT DATA

Project Title : Client : Building Type :

Duta-Ulu Kelang II (DUKE II) Konsortium Lebuhraya Utara-Timur (KL) Sdn. Bhd. Commercial

WEST COAST EXPRESSWAY (WCE)

Banting, Selangor - Taiping, Perak

West Coast Expressway (WCE) is a interstate highway that traversing from Banting, Selangor and end at the Taiping, Perak, connected with the PLUS Highway. WCE is aim to shorten the distance and reduced the time travelling from Selangor to Perak. The length of the WCE is about 233 km and consist 16 toll plazas across the highway which are 8 toll plazas in Selangor and 8 toll plazas in Perak.

The WCE consist 18 sites which are 16 toll plazas and 2 regional buildings. All 16 toll plazas comprise:

1. Supervision Building

2. Toll Plaza

3. Surau

While other 2 regional buildings comprise Administration Office and Maintenance Depot. These 2 regional buildings located in each state which is one in Selangor and another one in Perak.

LEBUHRAYA KEMUNING-SHAH ALAM (LKSA)

Shah Alam, Selangor

Lebuhraya Kemuning-Shah Alam (LKSA) is an expressway that connects Shah Alam from City Centre to Kota Kemuning. The LKSA is a 14 km highway that crosses KESAS Highway and Federal Highway. LKSA is the alternative route and reduce the traffic congestion along Federal Highway. LKSA is operated by Projek Lintasan Shah Alam Sdn. Bhd.

LKSA decided to develop the site near the Alam Impian Toll Plaza. The site will be developed as Rest and Service Area which is will comprises the following components:

1. Petrol Station

2. Surau

3. Public Toilet

4. Restaurants

5. Fast Food Restaurant

6. Banquet Hall

PROJECT DATA

Project Title :

Rest and Service Area at Alam Impian Toll Plaza

Client : Building Type :

Projek Lintasan Shah Alam Sdn. Bhd. Commercial

PENILAIAN NEGARA

Institut Penilaian Negara (INSPEN) is one of the government agencies that provide trainings, research and education to increase the knowledge and skills of the agencies.

INSPEN had decided to construct an additional block on the vacant site in the INSPEN development area. This project aims to construct a 9-storey additional block that comprises:

Project Title :

: Building Type :

9-storey Additional Block in Institut Penilaian Negara (INSPEN) Institut Penilaian Negara (INSPEN) Institutional

WINDBOND COMMERCIAL BUILDING

Serdang, Selangor

This is the proposal project for Windbond Group Sdn. Bhd. to develop a narrow site beside the PLUS Highway at Serdang This proposal project will have an entrance tap directly from the PLUS Highway and can be access only from the highway after the Sungai Besi Toll Plaza on south bound.

This project aims to develop a commercial building which is like shopping mall, restaurants, podium parking and public buildings which are surau and public toilet.

Project Title : Client : Building Type :

Windbond Commercial Building Windbond Group Sdn. Bhd.

3-STOREY PRIVATE BUNGALOW

Shah Alam, Selangor

Located at Seksyen 7, Shah Alam, this 3-storey private bungalow house will be a distinct architecture at the neighborhood.

The concept of the house is to have combination of horizontal and vertical line that will expressing the beauty of contemporary architecture. The uses of huge glass windows are meant to allow the penetration of natural daylighting and installing shading device to reduce the heat transfer and for the privacy.

This private bungalow consist of car porch, living area, dining area, dry and wet kitchen, 4 bedrooms including bathrooms, open living area, studio room and swimming pool.

PROJECT DATA

Project Title : Client : Building Type :

Private Bungalow Platinum Azam Fitri Herman Residential

WORKS

2-STOREY LINK HOUSING DEVELOPMENT

Kota Bharu, Kelantan

2-Storey Link Housing Development is a development project for housing area at Pasir Tumboh, Kota Bharu, Kelantan for MSO Corporation Sdn Bhd.

There are 18 units of 2-Storey Link House that will be constructed in this development project. Every unit consist of car porch, living area, dining area, kitchen, 4 bedrooms. 3 bathrooms and family area.

Project

Client

Building

2-storey

MSO

Sdn. Bhd.

CONSERVATION

OF RUMAH LIMAS BELANDA

Kuala Terengganu, Terengganu

Rumah Limas Belanda is one of the historical traditional Terengganu house that located at Kampung Losong Haji Su, Kuala Terengganu, Terengganu. This house was owned by Haji Su Mohammed Salleh Mohamad that was constructed in 1850. It had been left vacant since 2008 after his youngest child died. Muzium Negeri Terengganu had decided to bought this house to preserve this house which has the architecture value of Terengganu style.

Arkitek Punca Cipta had been appointed to do a preservation works on this house and it will become one of the tourist attraction in Terengganu that love about the history and architecture of Terengganu.

PROJECT DATA

Project Title : Client : Building Type :

Conservation of Rumah Limas Belanda Muzium Negeri Terengganu Institutional

Kyushu Geibun-Kan Chikugo, Fukuoka, Japan

SELECTED WORKS

Fusion Energy Research and Development Centre (FERDEC) is the research and development facility that focusing on the development of nuclear fusion energy as the main power for energy generation. FERDEC will be placed under Agensi Nuklear Malaysia (ANM) which is Malaysia government agency that act as a main key player in developing the nuclear application in Malaysia. Fusion energy is the energy that powering our sun. It is a reaction of fusing two light atoms to become one heavy atom, thus releasing abundant of heat energy. Since 1920s, the scientists are trying to harness this energy on this earth for our needs. Even though the cost of researching and developing the device for the fusion power is high, but it is expected that it can powering up our mankind for thousands of years, thus able to lower the cost of energy production and reduce the carbon emission. FERDEC is expected to become a catalyst for the rapid development of fusion energy in Malaysia specifically and will provide a better solution for the energy generation in the future.

Modeling : SketchUp Pro Rendering : V-ray for SketchUp Post Production : Photoshop CC and InDesign CC

Bandar Baru Bangi, Selangor

ACQUAINTANCE: THE ULTIMATUM ENERGY

POWER PLANTS

Fusion

WHAT IS FUSION ENERGY?

FUSION

The energy source of the stars on earth

THE ENERGY PRODUCE?

our Sun and stars

(15 millions

outer

atom

celsius)

Fusion

such as Hydrogen

yield a

huge amount of

Isotopes of hydrogen, typically tritium and deuterium, unite under conditions of extreme pressure and temperature to produce a neutron and a helium isotope. This liberates huge quantities energy, much greater that produced from fission. Hydrogen bombs - 3,000 times more powerful than atomic bombs - rely on fusion reactions.

Source: International Atomic Energy Agency (IAEA)

Why going for fusion energy?

MAGNETIC CONFINEMENT

Uses magnetic and electric fields to heat and squeeze the hydrogen plasma. The ITER project in France is using this method. It calls TOKAMAK Reactor.

Source: Kurzgesagt - In a nutshell, YouTube Channel

TYPE OF FUSION REACTOR INERTIAL CONFINEMENT

Uses laser beams or ion beams to squeeze and heat the hydrogen plasma. Scientists are studying this experimental approach at the National Ignition Facility of Lawrence Livermore Laboratory in the United States.

Source: Kurzgesagt - In a nutshell, YouTube Channel

THESIS STATEMENT

The exploration of spatial space in architecture can promote and nurture the scientists toward a new understanding of scientific activities through scrutinizing of the adequate approaches.

AIM

WHAT?

A proposal of fusion energy research and development centre

OBJECTIVES

Establish facilities that can enhance the research activities and educate the society

To develop new alternative renewable energy and to educate and correcting the misunderstanding

HOW? WHY? WHERE?

Jalan Bangi, Bandar Baru Bangi, Kajang, Selangor

WHO?

Involve scientists, educators/students, investors, corporates, publics and authority

To explore the possibility architecture space approach that can nurture research for scientists develop new scientific knowledge

To establish and integrate the space requirement for fusion energy research facilities with the preferred scientists preferences for the space

To incorporate the experiential learning for the public through the implementation of science and technology in architecture programs (hologram, augmented reality, virtual reality).

Nearby Agensi Nuklear Malaysia

UKM-MTDC

IMEN

Universiti Kebangsaan Malaysia (UKM)

GENERAL

FUSION

FIGURES

FUSION RESEARCH ACTIVITIES IN ASEAN

In ASEAN countries, there are 3 countries that currently have fusion device facilities and experiments that is Malaysia, Thailand and Singapore. Malaysia, through Agensi Nuklear Malaysia (ANM) had been involved in fusion research mainly for medical purpose. In ASEAN, fusion research is still in progress and not for energy generation purpose.

“The challenge for us to develop and research fusion energy in Malaysia is mainly the cost is very high.”

Dr. Siti A’aishah Hashim, 2019 Senior Director ANM

SPACE STUDY

RELATIONSHIP

A. RESEARCH FACILITIES

Studying Sun as a Source of Renewable Energy

In this sentence, two more arguments have been given for the Hereafter. It says that if man makes a deep observation of the system of the universe, he will see two things very outstanding about it: First, that the universe has been created with the truth. It is not a plaything of a child, which he might have made to amuse himself, and whose making and un-making might be meaningless. But it is a serious system whose every particle testifies that it has been created with great wisdom, its each component has a law underlying it, and everything in it has a purpose behind it. Man’s whole social and economic life and all his sciences and arts are a witness that whatever man has done in the world became possible only because he was able to discover the laws working behind everything and the purpose for which it was made. Had he been placed as a puppet in a lawless and purposeless toy-house, no science and no civilization and social life could be conceived. Now, how does it stand to reason that the Wise Being Who has created this world with such wisdom and design and Who has placed in it a creation like man, who is endowed with great mental and physical capabilities, powers and authority, freedom of action and choice, moral sense and entrusted with unlimited means and resources of the world, would have created him without a purpose and design? That man would live a full life involving both goodness and evil, justice and injustice, virtue and vice, and end up in the dust, and his good and evil acts will not bear any fruit? That each act of man will influence his own life as well as the lives of thousands of other men like himself and countless other things in the world, for good or for evil, and the whole record of his life-activity will be just set aside after his death, without accountability?

The other thing that becomes apparent after a deep observation of the system of the universe is that nothing here is immortal. Everything has an age appointed for it after attaining which, it dies and expires, and the same is the case with the universe as a whole. All the forces that are working here are limited. They can work only till an appointed term and they have inevitably to run out in time, and this system has to end. In the ancient days the philosophers and scientists who said that the world was eternal and everlasting could have their way, due mainly to lack of knowledge. But modern science almost definitely has cast its vote in favor of the God worshipers in the debate that had been going on since centuries between them and the atheists regarding the eternal and the temporal nature of the world. Now the atheists are left with no leg to stand on. They cannot claim on the basis of reason and knowledge that the world has existed since eternity and will exist forever and there is going to be no resurrection. The ancient materialistic creed rested on the belief that matter was indestructible, only its form could be changed, but after every change matter remained matter and no increase or decrease occurred in its quantity. Therefore, it was inferred that this material world had neither a beginning nor an end. But now the discovery of the atomic energy has demolished the entire materialistic edifice. Now it has come to light that energy changes into matter, and matter changes back into energy with the result that nothing persists, neither form nor appearance. The second law of Thermodynamics has proved that this material world has neither existed since eternity nor will last till eternity. It certainly began in time and has to end in time. Therefore, it is no longer possible to deny the Hereafter even according to science. And obviously, when science has surrendered, how will philosophy stand to deny the Hereafter?

Conspectus of the statement of Syed Abul ‘Ala Maududi

A deep observation of the system of the universe by humans provide 2 things very outstanding

Universe has been created with the truth

Nothing here is

Every particle testifies that it has been created with great wisdom, each component has a law underlying it and everything in it has purpose behind it Everything has an age appointed for it after attaining which, it dies and expires

Influence human’s whole social and economic life, science discoveries and arts

The second law of Thermodynamic has proved that this material world has neither existed since eternity nor will last till eternity

Correlation with fusion energy study from the Sun

The creation of Sun have a lot benefit to us. The study of sun characteristics and how it live had encourage the development of fusion energy produced by the sun. Humans are trying to mimicking the sun on how it yield energy in abundant and useful for humankind. This is align with what Allah had tell us in Al-Qur’an that He create this world with great wisdom and design which is useful to us. Everything in this world is create with purpose behind, with ‘sunnatullah’ that firm and will be diminished within certain time.

The Sun is the star at the centre of our Solar

It is a nearly perfect sphere of hot plasma, with internal convective motion that generates a magnetic field via a dynamo process.

The Sun is the main source of energy for life in Earth

The Sun comprises mainly hydrogen and helium elements.

The fusion reaction occur at the centre of the Sun with the fuse between hydrogen atoms.

The Sun will died after 5 billions years later and engulf planets nearby transformming into a Red Giant.

Syed Abul ‘Ala Maududi said in his book, Towards Understanding the Quran;

(Surah Ar-Rum:8)

THEORY

Design Philosophy + Theory

Deconstructivism

by: Zaha Hadid

Definition

Deconstructivism is a development of postmodern architecture that began in the late 1980s. It is characterized by ideas of fragmentation, an interest in manipulating ideas of a structure’s surface or skin, non-rectilinear shapes which serve to distort and dislocate some of the elements of architecture, such as structure and envelope. The finished visual appearance of buildings that exhibit the many deconstructivist “styles” is characterized by a stimulating unpredictability and a controlled chaos.

Deconstructivism Style can be categorised into 3 approaches:

Fluid

The appearance and design of the building is have nonrectilinear shapes and not rigid

Philosophy

Kinetic

The integration of mechanical machinery into the building

Parametric

The building design is depends on the certain parameter to produce design desire

CONCEPT

To discover and invent architecture and forms of urban planning in a contemporary way. To connect buildings, to form a new kind of landscape to flow together with contemporary cities and the lives of the people

Theory

Fragmentation,

Source:

Approaches

“The idea is not to have any 90-degree angles.

the beginning, there was the diagonal. The

comes from the idea of the explosion which ‘re-forms’ the space. This was an important discovery.”

Fluid Kinetic

“I don’t think that architecture is only about

enclosure. It should be able to

is only about a very

Parametric

Source: Keim, E. (n.d.). Zaha Hadid architects.

Calinisan

Zaha Muhammad Hadid

Zaha Muhammad Hadid

Initial Conception

Fusion Process + Tokamak Reactor Design

Elevations Study

BUILDING MASSING

+ FUSION: INCEPTION OF SUN ON EARTH

MArch 02 - High Rise

Since the first industrial revolution that rises between year 1760 to 1840, our world population had grown exponentially. The ramification from this scenario had contribute the high world energy consumption especially in developing countries. The energy harnessing is vigorously extract from fossil fuels to meet the world demand. In conjunction, the carbon emissions that being released to the atmosphere had elevated and had caused what we call nowadays as global warming. The accumulation of CO2 in the atmosphere will trap the heat and caused the iceberg melt, thus will increase the sea water level around the world.

It is expected that 68% or 1/3 of world population will occupy the city in next 30 years ahead (UN, 2018). So, this prediction will eventually affect the world energy consumption to power up the city. In this state, it is significance to attempt alternative solution in order to meet the demands which currently the best solution is generate energy through nuclear fusion.

Meanwhile, the need of better quality of life in future, the advance medical technologies and facilities need to be improved. Thus, the rise of 4th Industrial Revolution eventually accelerate us to create and develop sophisticated medical technologies with the integration of artificial intelligence. Despite these medical technologies will improve the healthcare and treatment, it also make an ease for doctors and medical people in diagnose and treat their patients. In addition, Malaysia is already aim to become the most visited country for medical tourism in future. Therefore, research and development is need to develop sophisticated medical technologies.

This tower will comprises 2 main core programs which are medical technology research and development and the sustainable energy harnessing, fusion reactor. It is ambitious to make the tower able to achieve zero-net energy and plus.

Modeling : Rhinoceros 3D Rendering : V-ray for Rhino Post Production : Photoshop CC and InDesign

Johor Bahru, Johor

ISSUES

1. Depletion of fossil fuels in early 2050: Scientists had predicted the fossil fuels that are being widely consume by all over the world as primary energy production will running out as early 2050 if the trend is not change. However, scientists had found that the fusion energy will be the most safe, reliable and efficient renewable energy in the future. The developed countries had already constructed the fusion energy reactor to be utilise in future to meet the demand.

2. Increasing in demands of medical tourism in Malaysia: Malaysia had been recognised as one of the top medical tourism in the world. It is because Malaysia provide a better healthcare with cheaper fees compared to Singapore. As highly demands on medical tourism in future, Malaysia need to upgrade the medical facilities and technologies to serve the patients efficiently. With Industrial Revolution 4.0, medical technologies become more sophisticated and will be able to assist the doctors in future.

Source: www.ecotricity.co.uk

AIM

As our humankind becomes more intelligent and the advancement of science and technology had led us to study, explore and integrate the solutions to the problems that had caused a global warming and climate changing. In order to response to this global issues, it is essential to design and build a tower that will not caused harm to the environment, in despite, able to selfsustain.

The aim of this project is to create a zero-net energy plus one building that can self-sustain by generating fusion energy and even can supply the excess energy to charge the electric car or street lighting. Furthermore, it is envisioned to have the building that is fully integrated with Artificial Intelligence (AI) Building Automation System that can monitoring and controlling the whole building system efficiently.

OBJECTIVES

1. To design an energy reactor integrating into the building that will generate energy by itself and able to withstand the climate changing in 2050.

2. To provide a research area or laboratory for medical technology advancement to meet the increasing demand on better healthcare in 2050.

3. To ensure the safety and comfort of users in the building in order to create a better workplace by implementation of advance technologies on the building.

4. To implement the bio-inspired nature design into the building to create a harmony space connecting people and nature.

MedTech + Fusion Tower will be the only tower that can self-sustain after the depletion of fossil fuels

Fusion energy is the infinite energy that mimick the behaviour of sun in producing energy

Fusion energy facilities that show how the energy is produce.

The MedTech + Fusion Tower will be the main energy tower that can power up the whole city and while preserving the environment.

INTELLECT HUB OF STULANG

MArch 01 - Urban Design

The site is located at Stulang area, east of Johor Bahru City Centre. The site is historically was a ‘orang laut’ settlements before the area was taken by the government to develop the area. The area was covered by mainly mangrove forest which is the main income source for ‘orang laut’. Today, it is a whole new development area comprises of private school, residential area, waterfront (reclaim land) and small commercial area.

The intention is to propose a new masterplan for Stulang area for the year of 2070, with the approach of Verdant Oasis, it is to achieve a new city environment with the integration between culture, nature and technology. It aims to be a self sustain city in the future and become one of the well-known city in the world.

In 2070, the site will be expected to become an intellect hub with specialty in development of medical robotic technology, artificial intelligence and sustainable energy. It will also comprises of hybrid housings, waterfront and integrated public realms. The world will be witnessing the whole new educational city in Stulang and expected to become a catalyst on surrounding development area.

Modeling : Rhinoceros 3D

Rendering : V-ray for Rhino Post Production : Photoshop CC

Johor Bahru, Johor

ACROS Fukuoka

Fukuoka City, Fukuoka, Japan

Faris Ridzwan

Rizal Zakaria

Khat Kufi Intan Nur Laili Safiah

Razinah Mohd

Bani Jawi Yayasan

Diraja

LOGO DESIGN

LOW POLY ART

Al-Haq Studios (Company Logo)

I’maafest 2014 (Event Logo)

Star Quark (YouTube Channel Logo)

FERDEC (Master Thesis Project Logo)

KONTRA

RENDERING